repo_name stringlengths 6 69 | path stringlengths 6 178 | copies stringclasses 278
values | size stringlengths 4 7 | content stringlengths 671 917k | license stringclasses 15
values |
|---|---|---|---|---|---|
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/EaseQuadraticActionInOut.lua | 2 | 1291 |
--------------------------------
-- @module EaseQuadraticActionInOut
-- @extend ActionEase
-- @parent_module cc
--------------------------------
--
-- @function [parent=#EaseQuadraticActionInOut] create
-- @param self
-- @param #cc.ActionInterval action
-- @return EaseQuadraticActionInOut#EaseQuadraticActionInOut ret (return value: cc.EaseQuadraticActionInOut)
--------------------------------
--
-- @function [parent=#EaseQuadraticActionInOut] clone
-- @param self
-- @return EaseQuadraticActionInOut#EaseQuadraticActionInOut ret (return value: cc.EaseQuadraticActionInOut)
--------------------------------
--
-- @function [parent=#EaseQuadraticActionInOut] update
-- @param self
-- @param #float time
-- @return EaseQuadraticActionInOut#EaseQuadraticActionInOut self (return value: cc.EaseQuadraticActionInOut)
--------------------------------
--
-- @function [parent=#EaseQuadraticActionInOut] reverse
-- @param self
-- @return ActionEase#ActionEase ret (return value: cc.ActionEase)
--------------------------------
--
-- @function [parent=#EaseQuadraticActionInOut] EaseQuadraticActionInOut
-- @param self
-- @return EaseQuadraticActionInOut#EaseQuadraticActionInOut self (return value: cc.EaseQuadraticActionInOut)
return nil
| gpl-3.0 |
dmccuskey/dmc-gestures | examples/gesture-pan-basic/dmc_corona/dmc_states_mix.lua | 29 | 3816 | --====================================================================--
-- dmc_corona/dmc_states_mix.lua
--
-- Documentation: http://docs.davidmccuskey.com/
--====================================================================--
--[[
The MIT License (MIT)
Copyright (c) 2015 David McCuskey
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.
--]]
--====================================================================--
--== DMC Corona Library : DMC States Mix
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.1.0"
--====================================================================--
--== DMC Corona Library Config
--====================================================================--
--====================================================================--
--== Support Functions
local Utils = {} -- make copying from Utils easier
--== Start: copy from lua_utils ==--
-- extend()
-- Copy key/values from one table to another
-- Will deep copy any value from first table which is itself a table.
--
-- @param fromTable the table (object) from which to take key/value pairs
-- @param toTable the table (object) in which to copy key/value pairs
-- @return table the table (object) that received the copied items
--
function Utils.extend( fromTable, toTable )
if not fromTable or not toTable then
error( "table can't be nil" )
end
function _extend( fT, tT )
for k,v in pairs( fT ) do
if type( fT[ k ] ) == "table" and
type( tT[ k ] ) == "table" then
tT[ k ] = _extend( fT[ k ], tT[ k ] )
elseif type( fT[ k ] ) == "table" then
tT[ k ] = _extend( fT[ k ], {} )
else
tT[ k ] = v
end
end
return tT
end
return _extend( fromTable, toTable )
end
--== End: copy from lua_utils ==--
--====================================================================--
--== Configuration
local dmc_lib_data
-- boot dmc_corona with boot script or
-- setup basic defaults if it doesn't exist
--
if false == pcall( function() require( 'dmc_corona_boot' ) end ) then
_G.__dmc_corona = {
dmc_corona={},
}
end
dmc_lib_data = _G.__dmc_corona
--====================================================================--
--== DMC States Mix
--====================================================================--
--====================================================================--
--== Configuration
dmc_lib_data.dmc_states_mix = dmc_lib_data.dmc_states_mix or {}
local DMC_STATES_MIX_DEFAULTS = {
}
local dmc_states_mix_data = Utils.extend( dmc_lib_data.dmc_states_mix, DMC_STATES_MIX_DEFAULTS )
--====================================================================--
--== Imports
local StatesMixModule = require 'lib.dmc_lua.lua_states_mix'
return StatesMixModule
| mit |
heysion/prosody-modules | mod_limit_auth/mod_limit_auth.lua | 31 | 1377 | -- mod_limit_auth
local st = require"util.stanza";
local new_throttle = require "util.throttle".create;
local period = math.max(module:get_option_number(module.name.."_period", 30), 0);
local max = math.max(module:get_option_number(module.name.."_max", 5), 1);
local tarpit_delay = module:get_option_number(module.name.."_tarpit_delay", nil);
if tarpit_delay then
local waiter = require "util.async".waiter;
local delay = tarpit_delay;
function tarpit_delay()
local wait, done = waiter();
module:add_timer(delay, done);
wait();
end
else
function tarpit_delay() end
end
local throttles = module:shared"throttles";
local reply = st.stanza("failure", { xmlns = "urn:ietf:params:xml:ns:xmpp-sasl" }):tag("temporary-auth-failure");
local function get_throttle(ip)
local throttle = throttles[ip];
if not throttle then
throttle = new_throttle(max, period);
throttles[ip] = throttle;
end
return throttle;
end
module:hook("stanza/urn:ietf:params:xml:ns:xmpp-sasl:auth", function (event)
local origin = event.origin;
if not get_throttle(origin.ip):peek(1) then
origin.log("warn", "Too many authentication attepmts for ip %s", origin.ip);
tarpit_delay();
origin.send(reply);
return true;
end
end, 10);
module:hook("authentication-failure", function (event)
get_throttle(event.session.ip):poll(1);
end);
-- TODO remove old throttles after some time
| mit |
m2fan/ss | plugins/webshot.lua | 919 | 1473 | local helpers = require "OAuth.helpers"
local base = 'https://screenshotmachine.com/'
local url = base .. 'processor.php'
local function get_webshot_url(param)
local response_body = {}
local request_constructor = {
url = url,
method = "GET",
sink = ltn12.sink.table(response_body),
headers = {
referer = base,
dnt = "1",
origin = base,
["User-Agent"] = "Mozilla/5.0 (Windows NT 6.2; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/41.0.2272.101 Safari/537.36"
},
redirect = false
}
local arguments = {
urlparam = param,
size = "FULL"
}
request_constructor.url = url .. "?" .. helpers.url_encode_arguments(arguments)
local ok, response_code, response_headers, response_status_line = https.request(request_constructor)
if not ok or response_code ~= 200 then
return nil
end
local response = table.concat(response_body)
return string.match(response, "href='(.-)'")
end
local function run(msg, matches)
local find = get_webshot_url(matches[1])
if find then
local imgurl = base .. find
local receiver = get_receiver(msg)
send_photo_from_url(receiver, imgurl)
end
end
return {
description = "Send an screenshot of a website.",
usage = {
"!webshot [url]: Take an screenshot of the web and send it back to you."
},
patterns = {
"^!webshot (https?://[%w-_%.%?%.:/%+=&]+)$",
},
run = run
}
| gpl-2.0 |
badboyam/crazy_bot | plugins/time.lua | 771 | 2865 | -- Implement a command !time [area] which uses
-- 2 Google APIs to get the desired result:
-- 1. Geocoding to get from area to a lat/long pair
-- 2. Timezone to get the local time in that lat/long location
-- Globals
-- If you have a google api key for the geocoding/timezone api
api_key = nil
base_api = "https://maps.googleapis.com/maps/api"
dateFormat = "%A %d %B - %H:%M:%S"
-- Need the utc time for the google api
function utctime()
return os.time(os.date("!*t"))
end
-- Use the geocoding api to get the lattitude and longitude with accuracy specifier
-- CHECKME: this seems to work without a key??
function get_latlong(area)
local api = base_api .. "/geocode/json?"
local parameters = "address=".. (URL.escape(area) or "")
if api_key ~= nil then
parameters = parameters .. "&key="..api_key
end
-- Do the request
local res, code = https.request(api..parameters)
if code ~=200 then return nil end
local data = json:decode(res)
if (data.status == "ZERO_RESULTS") then
return nil
end
if (data.status == "OK") then
-- Get the data
lat = data.results[1].geometry.location.lat
lng = data.results[1].geometry.location.lng
acc = data.results[1].geometry.location_type
types= data.results[1].types
return lat,lng,acc,types
end
end
-- Use timezone api to get the time in the lat,
-- Note: this needs an API key
function get_time(lat,lng)
local api = base_api .. "/timezone/json?"
-- Get a timestamp (server time is relevant here)
local timestamp = utctime()
local parameters = "location=" ..
URL.escape(lat) .. "," ..
URL.escape(lng) ..
"×tamp="..URL.escape(timestamp)
if api_key ~=nil then
parameters = parameters .. "&key="..api_key
end
local res,code = https.request(api..parameters)
if code ~= 200 then return nil end
local data = json:decode(res)
if (data.status == "ZERO_RESULTS") then
return nil
end
if (data.status == "OK") then
-- Construct what we want
-- The local time in the location is:
-- timestamp + rawOffset + dstOffset
local localTime = timestamp + data.rawOffset + data.dstOffset
return localTime, data.timeZoneId
end
return localTime
end
function getformattedLocalTime(area)
if area == nil then
return "The time in nowhere is never"
end
lat,lng,acc = get_latlong(area)
if lat == nil and lng == nil then
return 'It seems that in "'..area..'" they do not have a concept of time.'
end
local localTime, timeZoneId = get_time(lat,lng)
return "The local time in "..timeZoneId.." is: ".. os.date(dateFormat,localTime)
end
function run(msg, matches)
return getformattedLocalTime(matches[1])
end
return {
description = "Displays the local time in an area",
usage = "!time [area]: Displays the local time in that area",
patterns = {"^!time (.*)$"},
run = run
}
| gpl-2.0 |
Djabbz/nn | SpatialDivisiveNormalization.lua | 39 | 5171 | local SpatialDivisiveNormalization, parent = torch.class('nn.SpatialDivisiveNormalization','nn.Module')
function SpatialDivisiveNormalization:__init(nInputPlane, kernel, threshold, thresval)
parent.__init(self)
-- get args
self.nInputPlane = nInputPlane or 1
self.kernel = kernel or torch.Tensor(9,9):fill(1)
self.threshold = threshold or 1e-4
self.thresval = thresval or threshold or 1e-4
local kdim = self.kernel:nDimension()
-- check args
if kdim ~= 2 and kdim ~= 1 then
error('<SpatialDivisiveNormalization> averaging kernel must be 2D or 1D')
end
if (self.kernel:size(1) % 2) == 0 or (kdim == 2 and (self.kernel:size(2) % 2) == 0) then
error('<SpatialDivisiveNormalization> averaging kernel must have ODD dimensions')
end
-- padding values
local padH = math.floor(self.kernel:size(1)/2)
local padW = padH
if kdim == 2 then
padW = math.floor(self.kernel:size(2)/2)
end
-- create convolutional mean estimator
self.meanestimator = nn.Sequential()
self.meanestimator:add(nn.SpatialZeroPadding(padW, padW, padH, padH))
if kdim == 2 then
self.meanestimator:add(nn.SpatialConvolution(self.nInputPlane, 1, self.kernel:size(2), self.kernel:size(1)))
else
self.meanestimator:add(nn.SpatialConvolutionMap(nn.tables.oneToOne(self.nInputPlane), self.kernel:size(1), 1))
self.meanestimator:add(nn.SpatialConvolution(self.nInputPlane, 1, 1, self.kernel:size(1)))
end
self.meanestimator:add(nn.Replicate(self.nInputPlane,1,3))
-- create convolutional std estimator
self.stdestimator = nn.Sequential()
self.stdestimator:add(nn.Square())
self.stdestimator:add(nn.SpatialZeroPadding(padW, padW, padH, padH))
if kdim == 2 then
self.stdestimator:add(nn.SpatialConvolution(self.nInputPlane, 1, self.kernel:size(2), self.kernel:size(1)))
else
self.stdestimator:add(nn.SpatialConvolutionMap(nn.tables.oneToOne(self.nInputPlane), self.kernel:size(1), 1))
self.stdestimator:add(nn.SpatialConvolution(self.nInputPlane, 1, 1, self.kernel:size(1)))
end
self.stdestimator:add(nn.Replicate(self.nInputPlane,1,3))
self.stdestimator:add(nn.Sqrt())
-- set kernel and bias
if kdim == 2 then
self.kernel:div(self.kernel:sum() * self.nInputPlane)
for i = 1,self.nInputPlane do
self.meanestimator.modules[2].weight[1][i] = self.kernel
self.stdestimator.modules[3].weight[1][i] = self.kernel
end
self.meanestimator.modules[2].bias:zero()
self.stdestimator.modules[3].bias:zero()
else
self.kernel:div(self.kernel:sum() * math.sqrt(self.nInputPlane))
for i = 1,self.nInputPlane do
self.meanestimator.modules[2].weight[i]:copy(self.kernel)
self.meanestimator.modules[3].weight[1][i]:copy(self.kernel)
self.stdestimator.modules[3].weight[i]:copy(self.kernel)
self.stdestimator.modules[4].weight[1][i]:copy(self.kernel)
end
self.meanestimator.modules[2].bias:zero()
self.meanestimator.modules[3].bias:zero()
self.stdestimator.modules[3].bias:zero()
self.stdestimator.modules[4].bias:zero()
end
-- other operation
self.normalizer = nn.CDivTable()
self.divider = nn.CDivTable()
self.thresholder = nn.Threshold(self.threshold, self.thresval)
-- coefficient array, to adjust side effects
self.coef = torch.Tensor(1,1,1)
end
function SpatialDivisiveNormalization:updateOutput(input)
self.localstds = self.stdestimator:updateOutput(input)
-- compute side coefficients
local dim = input:dim()
if self.localstds:dim() ~= self.coef:dim() or (input:size(dim) ~= self.coef:size(dim)) or (input:size(dim-1) ~= self.coef:size(dim-1)) then
self.ones = self.ones or input.new()
if dim == 4 then
-- batch mode
self.ones:resizeAs(input[1]):fill(1)
local coef = self.meanestimator:updateOutput(self.ones)
self._coef = self._coef or input.new()
self._coef:resizeAs(coef):copy(coef) -- make contiguous for view
self.coef = self._coef:view(1,table.unpack(self._coef:size():totable())):expandAs(self.localstds)
else
self.ones:resizeAs(input):fill(1)
self.coef = self.meanestimator:updateOutput(self.ones)
end
end
-- normalize std dev
self.adjustedstds = self.divider:updateOutput{self.localstds, self.coef}
self.thresholdedstds = self.thresholder:updateOutput(self.adjustedstds)
self.output = self.normalizer:updateOutput{input, self.thresholdedstds}
-- done
return self.output
end
function SpatialDivisiveNormalization:updateGradInput(input, gradOutput)
-- resize grad
self.gradInput:resizeAs(input):zero()
-- backprop through all modules
local gradnorm = self.normalizer:updateGradInput({input, self.thresholdedstds}, gradOutput)
local gradadj = self.thresholder:updateGradInput(self.adjustedstds, gradnorm[2])
local graddiv = self.divider:updateGradInput({self.localstds, self.coef}, gradadj)
self.gradInput:add(self.stdestimator:updateGradInput(input, graddiv[1]))
self.gradInput:add(gradnorm[1])
-- done
return self.gradInput
end
| bsd-3-clause |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/technic/technic/init.lua | 1 | 1424 | -- Minetest 0.4.7 mod: technic
-- namespace: technic
-- (c) 2012-2013 by RealBadAngel <mk@realbadangel.pl>
--[[
2017-01-06 modified by MrCerealGuy <mrcerealguy@gmx.de>
exit if mod is deactivated
--]]
if core.skip_mod("technic") then return end
local load_start = os.clock()
technic = rawget(_G, "technic") or {}
technic.creative_mode = minetest.settings:get_bool("creative_mode")
local modpath = minetest.get_modpath("technic")
technic.modpath = modpath
-- Boilerplate to support intllib
if rawget(_G, "intllib") then
technic.getter = intllib.Getter()
else
technic.getter = function(s,a,...)if a==nil then return s end a={a,...}return s:gsub("(@?)@(%(?)(%d+)(%)?)",function(e,o,n,c)if e==""then return a[tonumber(n)]..(o==""and c or"")else return"@"..o..n..c end end) end
end
local S = technic.getter
-- Read configuration file
dofile(modpath.."/config.lua")
-- Helper functions
dofile(modpath.."/helpers.lua")
-- Items
dofile(modpath.."/items.lua")
-- Craft recipes for items
dofile(modpath.."/crafts.lua")
-- Register functions
dofile(modpath.."/register.lua")
-- Radiation
dofile(modpath.."/radiation.lua")
-- Machines
dofile(modpath.."/machines/init.lua")
-- Tools
dofile(modpath.."/tools/init.lua")
-- Aliases for legacy node/item names
dofile(modpath.."/legacy.lua")
if minetest.settings:get_bool("log_mods") then
print(S("[Technic] Loaded in %f seconds"):format(os.clock() - load_start))
end
| gpl-3.0 |
heysion/prosody-modules | mod_storage_ldap/ldap/vcard.lib.lua | 40 | 5035 | -- vim:sts=4 sw=4
-- Prosody IM
-- Copyright (C) 2008-2010 Matthew Wild
-- Copyright (C) 2008-2010 Waqas Hussain
-- Copyright (C) 2012 Rob Hoelz
--
-- This project is MIT/X11 licensed. Please see the
-- COPYING file in the source package for more information.
--
local st = require 'util.stanza';
local VCARD_NS = 'vcard-temp';
local builder_methods = {};
local base64_encode = require('util.encodings').base64.encode;
function builder_methods:addvalue(key, value)
self.vcard:tag(key):text(value):up();
end
function builder_methods:addphotofield(tagname, format_section)
local record = self.record;
local format = self.format;
local vcard = self.vcard;
local config = format[format_section];
if not config then
return;
end
if config.extval then
if record[config.extval] then
local tag = vcard:tag(tagname);
tag:tag('EXTVAL'):text(record[config.extval]):up();
end
elseif config.type and config.binval then
if record[config.binval] then
local tag = vcard:tag(tagname);
tag:tag('TYPE'):text(config.type):up();
tag:tag('BINVAL'):text(base64_encode(record[config.binval])):up();
end
else
module:log('error', 'You have an invalid %s config section', tagname);
return;
end
vcard:up();
end
function builder_methods:addregularfield(tagname, format_section)
local record = self.record;
local format = self.format;
local vcard = self.vcard;
if not format[format_section] then
return;
end
local tag = vcard:tag(tagname);
for k, v in pairs(format[format_section]) do
tag:tag(string.upper(k)):text(record[v]):up();
end
vcard:up();
end
function builder_methods:addmultisectionedfield(tagname, format_section)
local record = self.record;
local format = self.format;
local vcard = self.vcard;
if not format[format_section] then
return;
end
for k, v in pairs(format[format_section]) do
local tag = vcard:tag(tagname);
if type(k) == 'string' then
tag:tag(string.upper(k)):up();
end
for k2, v2 in pairs(v) do
if type(v2) == 'boolean' then
tag:tag(string.upper(k2)):up();
else
tag:tag(string.upper(k2)):text(record[v2]):up();
end
end
vcard:up();
end
end
function builder_methods:build()
local record = self.record;
local format = self.format;
self:addvalue( 'VERSION', '2.0');
self:addvalue( 'FN', record[format.displayname]);
self:addregularfield( 'N', 'name');
self:addvalue( 'NICKNAME', record[format.nickname]);
self:addphotofield( 'PHOTO', 'photo');
self:addvalue( 'BDAY', record[format.birthday]);
self:addmultisectionedfield('ADR', 'address');
self:addvalue( 'LABEL', nil); -- we don't support LABEL...yet.
self:addmultisectionedfield('TEL', 'telephone');
self:addmultisectionedfield('EMAIL', 'email');
self:addvalue( 'JABBERID', record.jid);
self:addvalue( 'MAILER', record[format.mailer]);
self:addvalue( 'TZ', record[format.timezone]);
self:addregularfield( 'GEO', 'geo');
self:addvalue( 'TITLE', record[format.title]);
self:addvalue( 'ROLE', record[format.role]);
self:addphotofield( 'LOGO', 'logo');
self:addvalue( 'AGENT', nil); -- we don't support AGENT...yet.
self:addregularfield( 'ORG', 'org');
self:addvalue( 'CATEGORIES', nil); -- we don't support CATEGORIES...yet.
self:addvalue( 'NOTE', record[format.note]);
self:addvalue( 'PRODID', nil); -- we don't support PRODID...yet.
self:addvalue( 'REV', record[format.rev]);
self:addvalue( 'SORT-STRING', record[format.sortstring]);
self:addregularfield( 'SOUND', 'sound');
self:addvalue( 'UID', record[format.uid]);
self:addvalue( 'URL', record[format.url]);
self:addvalue( 'CLASS', nil); -- we don't support CLASS...yet.
self:addregularfield( 'KEY', 'key');
self:addvalue( 'DESC', record[format.description]);
return self.vcard;
end
local function new_builder(params)
local vcard_tag = st.stanza('vCard', { xmlns = VCARD_NS });
local object = {
vcard = vcard_tag,
__index = builder_methods,
};
for k, v in pairs(params) do
object[k] = v;
end
setmetatable(object, object);
return object;
end
local _M = {};
function _M.create(params)
local builder = new_builder(params);
return builder:build();
end
return _M;
| mit |
mahdisudo/best | plugins/stats.lua | 866 | 4001 | do
-- Returns a table with `name` and `msgs`
local function get_msgs_user_chat(user_id, chat_id)
local user_info = {}
local uhash = 'user:'..user_id
local user = redis:hgetall(uhash)
local um_hash = 'msgs:'..user_id..':'..chat_id
user_info.msgs = tonumber(redis:get(um_hash) or 0)
user_info.name = user_print_name(user)..' ['..user_id..']'
return user_info
end
local function chat_stats(chat_id)
-- Users on chat
local hash = 'chat:'..chat_id..':users'
local users = redis:smembers(hash)
local users_info = {}
-- Get user info
for i = 1, #users do
local user_id = users[i]
local user_info = get_msgs_user_chat(user_id, chat_id)
table.insert(users_info, user_info)
end
-- Sort users by msgs number
table.sort(users_info, function(a, b)
if a.msgs and b.msgs then
return a.msgs > b.msgs
end
end)
local text = 'users in this chat \n'
for k,user in pairs(users_info) do
text = text..user.name..' = '..user.msgs..'\n'
end
local file = io.open("./groups/lists/"..chat_id.."stats.txt", "w")
file:write(text)
file:flush()
file:close()
send_document("chat#id"..chat_id,"./groups/lists/"..chat_id.."stats.txt", ok_cb, false)
return --text
end
local function chat_stats2(chat_id)
-- Users on chat
local hash = 'chat:'..chat_id..':users'
local users = redis:smembers(hash)
local users_info = {}
-- Get user info
for i = 1, #users do
local user_id = users[i]
local user_info = get_msgs_user_chat(user_id, chat_id)
table.insert(users_info, user_info)
end
-- Sort users by msgs number
table.sort(users_info, function(a, b)
if a.msgs and b.msgs then
return a.msgs > b.msgs
end
end)
local text = 'users in this chat \n'
for k,user in pairs(users_info) do
text = text..user.name..' = '..user.msgs..'\n'
end
return text
end
-- Save stats, ban user
local function bot_stats()
local redis_scan = [[
local cursor = '0'
local count = 0
repeat
local r = redis.call("SCAN", cursor, "MATCH", KEYS[1])
cursor = r[1]
count = count + #r[2]
until cursor == '0'
return count]]
-- Users
local hash = 'msgs:*:'..our_id
local r = redis:eval(redis_scan, 1, hash)
local text = 'Users: '..r
hash = 'chat:*:users'
r = redis:eval(redis_scan, 1, hash)
text = text..'\nGroups: '..r
return text
end
local function run(msg, matches)
if matches[1]:lower() == 'teleseed' then -- Put everything you like :)
local about = _config.about_text
local name = user_print_name(msg.from)
savelog(msg.to.id, name.." ["..msg.from.id.."] used /teleseed ")
return about
end
if matches[1]:lower() == "statslist" then
if not is_momod(msg) then
return "For mods only !"
end
local chat_id = msg.to.id
local name = user_print_name(msg.from)
savelog(msg.to.id, name.." ["..msg.from.id.."] requested group stats ")
return chat_stats2(chat_id)
end
if matches[1]:lower() == "stats" then
if not matches[2] then
if not is_momod(msg) then
return "For mods only !"
end
if msg.to.type == 'chat' then
local chat_id = msg.to.id
local name = user_print_name(msg.from)
savelog(msg.to.id, name.." ["..msg.from.id.."] requested group stats ")
return chat_stats(chat_id)
else
return
end
end
if matches[2] == "teleseed" then -- Put everything you like :)
if not is_admin(msg) then
return "For admins only !"
else
return bot_stats()
end
end
if matches[2] == "group" then
if not is_admin(msg) then
return "For admins only !"
else
return chat_stats(matches[3])
end
end
end
end
return {
patterns = {
"^[!/]([Ss]tats)$",
"^[!/]([Ss]tatslist)$",
"^[!/]([Ss]tats) (group) (%d+)",
"^[!/]([Ss]tats) (teleseed)",-- Put everything you like :)
"^[!/]([Tt]eleseed)"-- Put everything you like :)
},
run = run
}
end
| gpl-2.0 |
xing634325131/Luci-0.11.1 | libs/nixio/docsrc/nixio.lua | 151 | 15824 | --- General POSIX IO library.
module "nixio"
--- Look up a hostname and service via DNS.
-- @class function
-- @name nixio.getaddrinfo
-- @param host hostname to lookup (optional)
-- @param family address family [<strong>"any"</strong>, "inet", "inet6"]
-- @param service service name or port (optional)
-- @return Table containing one or more tables containing: <ul>
-- <li>family = ["inet", "inet6"]</li>
-- <li>socktype = ["stream", "dgram", "raw"]</li>
-- <li>address = Resolved IP-Address</li>
-- <li>port = Resolved Port (if service was given)</li>
-- </ul>
--- Reverse look up an IP-Address via DNS.
-- @class function
-- @name nixio.getnameinfo
-- @param ipaddr IPv4 or IPv6-Address
-- @return FQDN
--- (Linux, BSD) Get a list of available network interfaces and their addresses.
-- @class function
-- @name nixio.getifaddrs
-- @return Table containing one or more tables containing: <ul>
-- <li>name = Interface Name</li>
-- <li>family = ["inet", "inet6", "packet"]</li>
-- <li>addr = Interface Address (IPv4, IPv6, MAC, ...)</li>
-- <li>broadaddr = Broadcast Address</li>
-- <li>dstaddr = Destination Address (Point-to-Point)</li>
-- <li>netmask = Netmask (if available)</li>
-- <li>prefix = Prefix (if available)</li>
-- <li>flags = Table of interface flags (up, multicast, loopback, ...)</li>
-- <li>data = Statistics (Linux, "packet"-family)</li>
-- <li>hatype = Hardware Type Identifier (Linix, "packet"-family)</li>
-- <li>ifindex = Interface Index (Linux, "packet"-family)</li>
-- </ul>
--- Get protocol entry by name.
-- @usage This function returns nil if the given protocol is unknown.
-- @class function
-- @name nixio.getprotobyname
-- @param name protocol name to lookup
-- @return Table containing the following fields: <ul>
-- <li>name = Protocol Name</li>
-- <li>proto = Protocol Number</li>
-- <li>aliases = Table of alias names</li>
-- </ul>
--- Get protocol entry by number.
-- @usage This function returns nil if the given protocol is unknown.
-- @class function
-- @name nixio.getprotobynumber
-- @param proto protocol number to lookup
-- @return Table containing the following fields: <ul>
-- <li>name = Protocol Name</li>
-- <li>proto = Protocol Number</li>
-- <li>aliases = Table of alias names</li>
-- </ul>
--- Get all or a specifc proto entry.
-- @class function
-- @name nixio.getproto
-- @param proto protocol number or name to lookup (optional)
-- @return Table (or if no parameter is given, a table of tables)
-- containing the following fields: <ul>
-- <li>name = Protocol Name</li>
-- <li>proto = Protocol Number</li>
-- <li>aliases = Table of alias names</li>
-- </ul>
--- Create a new socket and bind it to a network address.
-- This function is a shortcut for calling nixio.socket and then bind()
-- on the socket object.
-- @usage This functions calls getaddrinfo(), socket(),
-- setsockopt() and bind() but NOT listen().
-- @usage The <em>reuseaddr</em>-option is automatically set before binding.
-- @class function
-- @name nixio.bind
-- @param host Hostname or IP-Address (optional, default: all addresses)
-- @param port Port or service description
-- @param family Address family [<strong>"any"</strong>, "inet", "inet6"]
-- @param socktype Socket Type [<strong>"stream"</strong>, "dgram"]
-- @return Socket Object
--- Create a new socket and connect to a network address.
-- This function is a shortcut for calling nixio.socket and then connect()
-- on the socket object.
-- @usage This functions calls getaddrinfo(), socket() and connect().
-- @class function
-- @name nixio.connect
-- @param host Hostname or IP-Address (optional, default: localhost)
-- @param port Port or service description
-- @param family Address family [<strong>"any"</strong>, "inet", "inet6"]
-- @param socktype Socket Type [<strong>"stream"</strong>, "dgram"]
-- @return Socket Object
--- Open a file.
-- @class function
-- @name nixio.open
-- @usage Although this function also supports the traditional fopen()
-- file flags it does not create a file stream but uses the open() syscall.
-- @param path Filesystem path to open
-- @param flags Flag string or number (see open_flags).
-- [<strong>"r"</strong>, "r+", "w", "w+", "a", "a+"]
-- @param mode File mode for newly created files (see chmod, umask).
-- @see nixio.umask
-- @see nixio.open_flags
-- @return File Object
--- Generate flags for a call to open().
-- @class function
-- @name nixio.open_flags
-- @usage This function cannot fail and will never return nil.
-- @usage The "nonblock" and "ndelay" flags are aliases.
-- @usage The "nonblock", "ndelay" and "sync" flags are no-ops on Windows.
-- @param flag1 First Flag ["append", "creat", "excl", "nonblock", "ndelay",
-- "sync", "trunc", "rdonly", "wronly", "rdwr"]
-- @param ... More Flags [-"-]
-- @return flag to be used as second paramter to open
--- Duplicate a file descriptor.
-- @class function
-- @name nixio.dup
-- @usage This funcation calls dup2() if <em>newfd</em> is set, otherwise dup().
-- @param oldfd Old descriptor [File Object, Socket Object (POSIX only)]
-- @param newfd New descriptor to serve as copy (optional)
-- @return File Object of new descriptor
--- Create a pipe.
-- @class function
-- @name nixio.pipe
-- @return File Object of the read end
-- @return File Object of the write end
--- Get the last system error code.
-- @class function
-- @name nixio.errno
-- @return Error code
--- Get the error message for the corresponding error code.
-- @class function
-- @name nixio.strerror
-- @param errno System error code
-- @return Error message
--- Sleep for a specified amount of time.
-- @class function
-- @usage Not all systems support nanosecond precision but you can expect
-- to have at least maillisecond precision.
-- @usage This function is not signal-protected and may fail with EINTR.
-- @param seconds Seconds to wait (optional)
-- @param nanoseconds Nanoseconds to wait (optional)
-- @name nixio.nanosleep
-- @return true
--- Generate events-bitfield or parse revents-bitfield for poll.
-- @class function
-- @name nixio.poll_flags
-- @param mode1 revents-Flag bitfield returned from poll to parse OR
-- ["in", "out", "err", "pri" (POSIX), "hup" (POSIX), "nval" (POSIX)]
-- @param ... More mode strings for generating the flag [-"-]
-- @see nixio.poll
-- @return table with boolean fields reflecting the mode parameter
-- <strong>OR</strong> bitfield to use for the events-Flag field
--- Wait for some event on a file descriptor.
-- poll() sets the revents-field of the tables provided by fds to a bitfield
-- indicating the events that occured.
-- @class function
-- @usage This function works in-place on the provided table and only
-- writes the revents field, you can use other fields on your demand.
-- @usage All metamethods on the tables provided as fds are ignored.
-- @usage The revents-fields are not reset when the call times out.
-- You have to check the first return value to be 0 to handle this case.
-- @usage If you want to wait on a TLS-Socket you have to use the underlying
-- socket instead.
-- @usage On Windows poll is emulated through select(), can only be used
-- on socket descriptors and cannot take more than 64 descriptors per call.
-- @usage This function is not signal-protected and may fail with EINTR.
-- @param fds Table containing one or more tables containing <ul>
-- <li> fd = I/O Descriptor [Socket Object, File Object (POSIX)]</li>
-- <li> events = events to wait for (bitfield generated with poll_flags)</li>
-- </ul>
-- @param timeout Timeout in milliseconds
-- @name nixio.poll
-- @see nixio.poll_flags
-- @return number of ready IO descriptors
-- @return the fds-table with revents-fields set
--- (POSIX) Clone the current process.
-- @class function
-- @name nixio.fork
-- @return the child process id for the parent process, 0 for the child process
--- (POSIX) Send a signal to one or more processes.
-- @class function
-- @name nixio.kill
-- @param target Target process of process group.
-- @param signal Signal to send
-- @return true
--- (POSIX) Get the parent process id of the current process.
-- @class function
-- @name nixio.getppid
-- @return parent process id
--- (POSIX) Get the user id of the current process.
-- @class function
-- @name nixio.getuid
-- @return process user id
--- (POSIX) Get the group id of the current process.
-- @class function
-- @name nixio.getgid
-- @return process group id
--- (POSIX) Set the group id of the current process.
-- @class function
-- @name nixio.setgid
-- @param gid New Group ID
-- @return true
--- (POSIX) Set the user id of the current process.
-- @class function
-- @name nixio.setuid
-- @param gid New User ID
-- @return true
--- (POSIX) Change priority of current process.
-- @class function
-- @name nixio.nice
-- @param nice Nice Value
-- @return true
--- (POSIX) Create a new session and set the process group ID.
-- @class function
-- @name nixio.setsid
-- @return session id
--- (POSIX) Wait for a process to change state.
-- @class function
-- @name nixio.waitpid
-- @usage If the "nohang" is given this function becomes non-blocking.
-- @param pid Process ID (optional, default: any childprocess)
-- @param flag1 Flag (optional) ["nohang", "untraced", "continued"]
-- @param ... More Flags [-"-]
-- @return process id of child or 0 if no child has changed state
-- @return ["exited", "signaled", "stopped"]
-- @return [exit code, terminate signal, stop signal]
--- (POSIX) Get process times.
-- @class function
-- @name nixio.times
-- @return Table containing: <ul>
-- <li>utime = user time</li>
-- <li>utime = system time</li>
-- <li>cutime = children user time</li>
-- <li>cstime = children system time</li>
-- </ul>
--- (POSIX) Get information about current system and kernel.
-- @class function
-- @name nixio.uname
-- @return Table containing: <ul>
-- <li>sysname = operating system</li>
-- <li>nodename = network name (usually hostname)</li>
-- <li>release = OS release</li>
-- <li>version = OS version</li>
-- <li>machine = hardware identifier</li>
-- </ul>
--- Change the working directory.
-- @class function
-- @name nixio.chdir
-- @param path New working directory
-- @return true
--- Ignore or use set the default handler for a signal.
-- @class function
-- @name nixio.signal
-- @param signal Signal
-- @param handler ["ign", "dfl"]
-- @return true
--- Get the ID of the current process.
-- @class function
-- @name nixio.getpid
-- @return process id
--- Get the current working directory.
-- @class function
-- @name nixio.getcwd
-- @return workign directory
--- Get the current environment table or a specific environment variable.
-- @class function
-- @name nixio.getenv
-- @param variable Variable (optional)
-- @return environment table or single environment variable
--- Set or unset a environment variable.
-- @class function
-- @name nixio.setenv
-- @usage The environment variable will be unset if value is ommited.
-- @param variable Variable
-- @param value Value (optional)
-- @return true
--- Execute a file to replace the current process.
-- @class function
-- @name nixio.exec
-- @usage The name of the executable is automatically passed as argv[0]
-- @usage This function does not return on success.
-- @param executable Executable
-- @param ... Parameters
--- Invoke the shell and execute a file to replace the current process.
-- @class function
-- @name nixio.execp
-- @usage The name of the executable is automatically passed as argv[0]
-- @usage This function does not return on success.
-- @param executable Executable
-- @param ... Parameters
--- Execute a file with a custom environment to replace the current process.
-- @class function
-- @name nixio.exece
-- @usage The name of the executable is automatically passed as argv[0]
-- @usage This function does not return on success.
-- @param executable Executable
-- @param arguments Argument Table
-- @param environment Environment Table (optional)
--- Sets the file mode creation mask.
-- @class function
-- @name nixio.umask
-- @param mask New creation mask (see chmod for format specifications)
-- @return the old umask as decimal mode number
-- @return the old umask as mode string
--- (Linux) Get overall system statistics.
-- @class function
-- @name nixio.sysinfo
-- @return Table containing: <ul>
-- <li>uptime = system uptime in seconds</li>
-- <li>loads = {loadavg1, loadavg5, loadavg15}</li>
-- <li>totalram = total RAM</li>
-- <li>freeram = free RAM</li>
-- <li>sharedram = shared RAM</li>
-- <li>bufferram = buffered RAM</li>
-- <li>totalswap = total SWAP</li>
-- <li>freeswap = free SWAP</li>
-- <li>procs = number of running processes</li>
-- </ul>
--- Create a new socket.
-- @class function
-- @name nixio.socket
-- @param domain Domain ["inet", "inet6", "unix"]
-- @param type Type ["stream", "dgram", "raw"]
-- @return Socket Object
--- (POSIX) Send data from a file to a socket in kernel-space.
-- @class function
-- @name nixio.sendfile
-- @param socket Socket Object
-- @param file File Object
-- @param length Amount of data to send (in Bytes).
-- @return bytes sent
--- (Linux) Send data from / to a pipe in kernel-space.
-- @class function
-- @name nixio.splice
-- @param fdin Input I/O descriptor
-- @param fdout Output I/O descriptor
-- @param length Amount of data to send (in Bytes).
-- @param flags (optional, bitfield generated by splice_flags)
-- @see nixio.splice_flags
-- @return bytes sent
--- (Linux) Generate a flag bitfield for a call to splice.
-- @class function
-- @name nixio.splice_flags
-- @param flag1 First Flag ["move", "nonblock", "more"]
-- @param ... More flags [-"-]
-- @see nixio.splice
-- @return Flag bitfield
--- (POSIX) Open a connection to the system logger.
-- @class function
-- @name nixio.openlog
-- @param ident Identifier
-- @param flag1 Flag 1 ["cons", "nowait", "pid", "perror", "ndelay", "odelay"]
-- @param ... More flags [-"-]
--- (POSIX) Close the connection to the system logger.
-- @class function
-- @name nixio.closelog
--- (POSIX) Write a message to the system logger.
-- @class function
-- @name nixio.syslog
-- @param priority Priority ["emerg", "alert", "crit", "err", "warning",
-- "notice", "info", "debug"]
-- @param message
--- (POSIX) Set the logmask of the system logger for current process.
-- @class function
-- @name nixio.setlogmask
-- @param priority Priority ["emerg", "alert", "crit", "err", "warning",
-- "notice", "info", "debug"]
--- (POSIX) Encrypt a user password.
-- @class function
-- @name nixio.crypt
-- @param key Key
-- @param salt Salt
-- @return password hash
--- (POSIX) Get all or a specific user group.
-- @class function
-- @name nixio.getgr
-- @param group Group ID or groupname (optional)
-- @return Table containing: <ul>
-- <li>name = Group Name</li>
-- <li>gid = Group ID</li>
-- <li>passwd = Password</li>
-- <li>mem = {Member #1, Member #2, ...}</li>
-- </ul>
--- (POSIX) Get all or a specific user account.
-- @class function
-- @name nixio.getpw
-- @param user User ID or username (optional)
-- @return Table containing: <ul>
-- <li>name = Name</li>
-- <li>uid = ID</li>
-- <li>gid = Group ID</li>
-- <li>passwd = Password</li>
-- <li>dir = Home directory</li>
-- <li>gecos = Information</li>
-- <li>shell = Shell</li>
-- </ul>
--- (Linux, Solaris) Get all or a specific shadow password entry.
-- @class function
-- @name nixio.getsp
-- @param user username (optional)
-- @return Table containing: <ul>
-- <li>namp = Name</li>
-- <li>expire = Expiration Date</li>
-- <li>flag = Flags</li>
-- <li>inact = Inactivity Date</li>
-- <li>lstchg = Last change</li>
-- <li>max = Maximum</li>
-- <li>min = Minimum</li>
-- <li>warn = Warning</li>
-- <li>pwdp = Password Hash</li>
-- </ul>
--- Create a new TLS context.
-- @class function
-- @name nixio.tls
-- @param mode TLS-Mode ["client", "server"]
-- @return TLSContext Object
| apache-2.0 |
xingshuo/frame_sync_model | server/globaldefines.lua | 1 | 2378 | local Skynet = require "lualib.local_skynet"
GAME_FIGHTER_WAR = 1001
GGameConfig = {
[GAME_FIGHTER_WAR] = {
frame_rate = 50, --times of per second
ping_interval = 1000, --ms
},
}
ACTION_ENTER = 1
ACTION_LEAVE = 2
ACTION_ATTACK = 3
ACTION_MOVE = 4
local ostime = os.time
function GetSecond()
return ostime()
end
function GetCSecond()
return Skynet.now()
end
local mathrand = math.random
function RandomList(lst)
if #lst == 0 then
return nil
end
return lst[mathrand(1,#lst)]
end
function IsValueInList(value, list)
for _,v in ipairs(list) do
if value == v then
return true
end
end
return false
end
function skynet_call(service, cmd, ...)
return Skynet.call(service, "lua", cmd, ...)
end
function skynet_send(service, cmd, ...)
Skynet.send(service, "lua", cmd, ...)
end
-- ti: 执行间隔，单位百分之一秒(10ms)
-- count：0表示无限次数, >0 有限次
-- handle : 自定义(int,string等常量key)或系统分配
local timer_no = 0
local timer_list = {}
local timer_default_hdl = 0
function AddTimer(ti, func, handle, count)
assert(ti >= 0)
count = count or 0
count = (count>0) and count or true
if handle == nil then
handle = timer_default_hdl
timer_default_hdl = timer_default_hdl + 1
end
local tno = timer_no
timer_no = timer_no + 1
timer_list[handle] = {tno, count}
local f
f = function ()
if not timer_list[handle] then
return
end
if timer_list[handle][1] ~= tno then
return
end
if timer_list[handle][2] == true then
Skynet.timeout(ti, f)
else
timer_list[handle][2] = timer_list[handle][2] - 1
if timer_list[handle][2] > 0 then
Skynet.timeout(ti, f)
else
timer_list[handle] = nil
end
end
func()
end
Skynet.timeout(ti, f)
return handle
end
function RemoveTimer(handle)
timer_list[handle] = nil
end
function RemoveAllTimers()
timer_list = {}
end
function FindTimer(handle)
return timer_list[handle]
end
local UniqIDList = {}
function NewServiceUniqID(sType)
if not UniqIDList[sType] then
UniqIDList[sType] = 0
end
UniqIDList[sType] = UniqIDList[sType] + 1
return UniqIDList[sType]
end | mit |
ahmadreza5251/terojanbot | plugins/id.lua | 355 | 2795 | local function user_print_name(user)
if user.print_name then
return user.print_name
end
local text = ''
if user.first_name then
text = user.last_name..' '
end
if user.lastname then
text = text..user.last_name
end
return text
end
local function returnids(cb_extra, success, result)
local receiver = cb_extra.receiver
--local chat_id = "chat#id"..result.id
local chat_id = result.id
local chatname = result.print_name
local text = 'IDs for chat '..chatname
..' ('..chat_id..')\n'
..'There are '..result.members_num..' members'
..'\n---------\n'
i = 0
for k,v in pairs(result.members) do
i = i+1
text = text .. i .. ". " .. string.gsub(v.print_name, "_", " ") .. " (" .. v.id .. ")\n"
end
send_large_msg(receiver, text)
end
local function username_id(cb_extra, success, result)
local receiver = cb_extra.receiver
local qusername = cb_extra.qusername
local text = 'User '..qusername..' not found in this group!'
for k,v in pairs(result.members) do
vusername = v.username
if vusername == qusername then
text = 'ID for username\n'..vusername..' : '..v.id
end
end
send_large_msg(receiver, text)
end
local function run(msg, matches)
local receiver = get_receiver(msg)
if matches[1] == "!id" then
local text = 'Name : '.. string.gsub(user_print_name(msg.from),'_', ' ') .. '\nID : ' .. msg.from.id
if is_chat_msg(msg) then
text = text .. "\n\nYou are in group " .. string.gsub(user_print_name(msg.to), '_', ' ') .. " (ID: " .. msg.to.id .. ")"
end
return text
elseif matches[1] == "chat" then
-- !ids? (chat) (%d+)
if matches[2] and is_sudo(msg) then
local chat = 'chat#id'..matches[2]
chat_info(chat, returnids, {receiver=receiver})
else
if not is_chat_msg(msg) then
return "You are not in a group."
end
local chat = get_receiver(msg)
chat_info(chat, returnids, {receiver=receiver})
end
else
if not is_chat_msg(msg) then
return "Only works in group"
end
local qusername = string.gsub(matches[1], "@", "")
local chat = get_receiver(msg)
chat_info(chat, username_id, {receiver=receiver, qusername=qusername})
end
end
return {
description = "Know your id or the id of a chat members.",
usage = {
"!id: Return your ID and the chat id if you are in one.",
"!ids chat: Return the IDs of the current chat members.",
"!ids chat <chat_id>: Return the IDs of the <chat_id> members.",
"!id <username> : Return the id from username given."
},
patterns = {
"^!id$",
"^!ids? (chat) (%d+)$",
"^!ids? (chat)$",
"^!id (.*)$"
},
run = run
}
| gpl-2.0 |
McGlaspie/mvm | lua/mvm/Hud/GUIShotgunDisplay.lua | 1 | 4853 | // ======= Copyright (c) 2003-2011, Unknown Worlds Entertainment, Inc. All rights reserved. =======
//
// lua\GUIShotgunDisplay.lua
//
// Created by: Max McGuire (max@unknownworlds.com)
//
// Displays the ammo counter for the shotgun.
//
// ========= For more information, visit us at http://www.unknownworlds.com =====================
Script.Load("lua/GUIScript.lua")
Script.Load("lua/Utility.lua")
Script.Load("lua/mvm/GUIColorGlobals.lua")
// Global state that can be externally set to adjust the display.
weaponClip = 0
weaponAmmo = 0
weaponAuxClip = 0
teamNumber = 0
bulletDisplay = nil
class 'GUIShotgunDisplay'
function GUIShotgunDisplay:Initialize()
self.weaponClip = 0
self.weaponAmmo = 0
self.weaponClipSize = 50
self.teamNumber = 0
self.flashInDelay = 1.2
self.background = GUIManager:CreateGraphicItem()
self.background:SetSize( Vector(256, 128, 0) )
self.background:SetPosition( Vector(0, 0, 0))
self.background:SetTexture("ui/ShotgunDisplay.dds")
self.background:SetShader("shaders/GUI_TeamThemed.surface_shader")
self.clipText, self.clipTextBg = self:CreateItem(52, 66)
self.ammoText, self.ammoTextBg = self:CreateItem(177, 66)
local slash, slashBg = self:CreateItem(100, 66)
slash:SetFontName("fonts/AgencyFB_large_bold.fnt")
slash:SetText("/")
slashBg:SetFontName("fonts/AgencyFB_large_bold.fnt")
slashBg:SetText("/")
self.flashInOverlay = GUIManager:CreateGraphicItem()
self.flashInOverlay:SetSize( Vector(256, 128, 0) )
self.flashInOverlay:SetPosition( Vector(0, 0, 0))
self.flashInOverlay:SetColor(Color(1,1,1,0.0))
self.background:AddChild(self.flashInOverlay)
// Force an update so our initial state is correct.
self:Update(0)
end
function GUIShotgunDisplay:CreateItem(x, y)
local textBg = GUIManager:CreateTextItem()
textBg:SetFontName("fonts/MicrogrammaDMedExt_medium.fnt")
textBg:SetFontSize(85)
textBg:SetTextAlignmentX(GUIItem.Align_Center)
textBg:SetTextAlignmentY(GUIItem.Align_Center)
textBg:SetPosition(Vector(x, y, 0))
textBg:SetColor(Color(0.88, 0.98, 1, 0.25)) //###
// Text displaying the amount of reserve ammo
local text = GUIManager:CreateTextItem()
text:SetFontName("fonts/MicrogrammaDMedExt_medium2.fnt")
text:SetFontSize(75)
text:SetTextAlignmentX(GUIItem.Align_Center)
text:SetTextAlignmentY(GUIItem.Align_Center)
text:SetPosition(Vector(x, y, 0))
text:SetColor(Color(0.88, 0.98, 1)) //###
return text, textBg
end
function GUIShotgunDisplay:UpdateTeamColors()
local ui_color = kGUI_Team1_BaseColor
if self.teamNumber == 2 then
ui_color = kGUI_Team2_BaseColor
end
self.background:SetFloatParameter( "teamBaseColorR", ui_color.r )
self.background:SetFloatParameter( "teamBaseColorG", ui_color.g )
self.background:SetFloatParameter( "teamBaseColorB", ui_color.b )
end
function GUIShotgunDisplay:Update(deltaTime)
PROFILE("GUIShotgunDisplay:Update")
self:UpdateTeamColors()
// Update the ammo counter.
local clipFormat = string.format("%d", self.weaponClip)
local ammoFormat = string.format("%02d", self.weaponAmmo)
self.clipText:SetText( clipFormat )
self.clipTextBg:SetText( clipFormat )
self.ammoText:SetText( ammoFormat )
self.ammoTextBg:SetText( ammoFormat )
if self.flashInDelay > 0 then
self.flashInDelay = Clamp(self.flashInDelay - deltaTime, 0, 5)
if self.flashInDelay == 0 then
self.flashInOverlay:SetColor(Color(1,1,1,0.7))
end
else
local flashInAlpha = self.flashInOverlay:GetColor().a
if flashInAlpha > 0 then
local alphaPerSecond = .5
flashInAlpha = Clamp(flashInAlpha - alphaPerSecond * deltaTime, 0, 1)
self.flashInOverlay:SetColor(Color(1, 1, 1, flashInAlpha))
end
end
end
function GUIShotgunDisplay:SetTeamNumber(team)
self.teamNumber = team
end
function GUIShotgunDisplay:SetClip(weaponClip)
self.weaponClip = weaponClip
end
function GUIShotgunDisplay:SetClipSize(weaponClipSize)
self.weaponClipSize = weaponClipSize
end
function GUIShotgunDisplay:SetAmmo(weaponAmmo)
self.weaponAmmo = weaponAmmo
end
/**
* Called by the player to update the components.
*/
function Update(deltaTime)
bulletDisplay:SetClip(weaponClip)
bulletDisplay:SetAmmo(weaponAmmo)
bulletDisplay:SetTeamNumber(teamNumber)
bulletDisplay:Update(deltaTime)
end
/**
* Initializes the player components.
*/
function Initialize()
GUI.SetSize( 256, 128 )
bulletDisplay = GUIShotgunDisplay()
bulletDisplay:Initialize()
bulletDisplay:SetClipSize(50)
end
Initialize()
| gpl-3.0 |
coronalabs/plugins-source-gamenetwork-google | Corona-gemwars/sprites-1x.lua | 1 | 1906 | --
-- created with TexturePacker (http://www.codeandweb.com/texturepacker)
--
-- $TexturePacker:SmartUpdate:ceb5655d19921868929dae6efaa35799$
--
-- local sheetInfo = require("mysheet")
-- local myImageSheet = graphics.newImageSheet( "mysheet.png", sheetInfo:getSheet() )
-- local sprite = display.newSprite( myImageSheet , {frames={sheetInfo:getFrameIndex("sprite")}} )
--
local SheetInfo = {}
SheetInfo.sheet =
{
frames = {
{
-- bg
x=2,
y=2,
width=320,
height=480,
},
{
-- blueball
x=428,
y=52,
width=50,
height=48,
sourceX = 0,
sourceY = 2,
sourceWidth = 50,
sourceHeight = 50
},
{
-- greenball
x=428,
y=2,
width=50,
height=48,
sourceX = 0,
sourceY = 2,
sourceWidth = 50,
sourceHeight = 50
},
{
-- redball
x=376,
y=2,
width=50,
height=50,
},
{
-- yellowball
x=324,
y=2,
width=50,
height=50,
},
{
-- logo
x=2,
y=484,
width=279,
height=178,
sourceX = 8,
sourceY = 12,
sourceWidth = 295,
sourceHeight = 190
},
},
sheetContentWidth = 512,
sheetContentHeight = 1024
}
SheetInfo.frameIndex =
{
["bg"] = 1,
["blueball"] = 2,
["greenball"] = 3,
["redball"] = 4,
["yellowball"] = 5,
["logo"] = 6,
}
function SheetInfo:getSheet()
return self.sheet;
end
function SheetInfo:getFrameIndex(name)
return self.frameIndex[name];
end
return SheetInfo
| mit |
ananay/vice-players | Vendor/CEGUI/cegui/src/ScriptingModules/LuaScriptModule/support/tolua++bin/lua/module.lua | 7 | 1526 | -- tolua: module class
-- Written by Waldemar Celes
-- TeCGraf/PUC-Rio
-- Jul 1998
-- $Id: module.lua 1004 2006-02-27 13:03:20Z lindquist $
-- This code is free software; you can redistribute it and/or modify it.
-- The software provided hereunder is on an "as is" basis, and
-- the author has no obligation to provide maintenance, support, updates,
-- enhancements, or modifications.
-- Module class
-- Represents module.
-- The following fields are stored:
-- {i} = list of objects in the module.
classModule = {
classtype = 'module'
}
classModule.__index = classModule
setmetatable(classModule,classContainer)
-- register module
function classModule:register (pre)
pre = pre or ''
push(self)
output(pre..'tolua_module(tolua_S,"'..self.name..'",',self:hasvar(),');')
output(pre..'tolua_beginmodule(tolua_S,"'..self.name..'");')
local i=1
while self[i] do
self[i]:register(pre..' ')
i = i+1
end
output(pre..'tolua_endmodule(tolua_S);')
pop()
end
-- Print method
function classModule:print (ident,close)
print(ident.."Module{")
print(ident.." name = '"..self.name.."';")
local i=1
while self[i] do
self[i]:print(ident.." ",",")
i = i+1
end
print(ident.."}"..close)
end
-- Internal constructor
function _Module (t)
setmetatable(t,classModule)
append(t)
return t
end
-- Constructor
-- Expects two string representing the module name and body.
function Module (n,b)
local t = _Module(_Container{name=n})
push(t)
t:parse(strsub(b,2,strlen(b)-1)) -- eliminate braces
pop()
return t
end
| gpl-3.0 |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/drops/init.lua | 1 | 3748 | --[[
2017-06-11 modified by MrCerealGuy <mrcerealguy@gmx.de>
exit if mod is deactivated
--]]
if core.skip_mod("itemdrop") then return end
local age = 1 --how old an item has to be before collecting
local radius_magnet = 2.5 --radius of item magnet
local player_collect_height = 1.3 --added to their pos y value
local adjuster_collect = 0.01 --Delay before collecting to visualize moveme
--Item collection
minetest.register_globalstep(function(dtime)
--collection
for _,player in ipairs(minetest.get_connected_players()) do
--don't magnetize to dead players
if player:get_hp() > 0 then
local pos = player:getpos()
local inv = player:get_inventory()
--radial detection
for _,object in ipairs(minetest.env:get_objects_inside_radius({x=pos.x,y=pos.y + player_collect_height,z=pos.z}, radius_magnet)) do
if not object:is_player() and object:get_luaentity() and object:get_luaentity().name == "__builtin:item" then
if object:get_luaentity().age > age then
if inv and inv:room_for_item("main", ItemStack(object:get_luaentity().itemstring)) then
--collect
if object:get_luaentity().collectioner == true and object:get_luaentity().age > age and object:get_luaentity().age > object:get_luaentity().age_stamp + adjuster_collect then
if object:get_luaentity().itemstring ~= "" then
inv:add_item("main", ItemStack(object:get_luaentity().itemstring))
minetest.sound_play("item_drop_pickup", {
pos = pos,
max_hear_distance = 15,
gain = 0.1,
})
object:get_luaentity().itemstring = ""
object:remove()
end
--magnet
else
--moveto for extreme speed boost
local pos1 = pos
pos1.y = pos1.y + player_collect_height
object:moveto(pos1)
object:get_luaentity().collectioner = true
object:get_luaentity().age_stamp = object:get_luaentity().age
end
end
end
end
end
end
end
end)
--Drop items on dig
function minetest.handle_node_drops(pos, drops, digger)
for _,item in ipairs(drops) do
local count, name
if type(item) == "string" then
count = 1
name = item
else
count = item:get_count()
name = item:get_name()
end
--if not inv or not inv:contains_item("main", ItemStack(name)) then
for i=1,count do
local obj = minetest.add_item(pos, name)
if obj ~= nil then
obj:get_luaentity().collect = true
obj:get_luaentity().age = age
obj:setvelocity({x=math.random(-3,3), y=math.random(2,5), z=math.random(-3,3)})
end
end
--end
end
end
--Throw items using player's velocity
function minetest.item_drop(itemstack, dropper, pos)
--if player then do modified item drop
if dropper and minetest.get_player_information(dropper:get_player_name()) then
local v = dropper:get_look_dir()
local vel = dropper:get_player_velocity()
local p = {x=pos.x, y=pos.y+player_collect_height, z=pos.z}
local item = itemstack:to_string()
local obj = core.add_item(p, item)
if obj then
v.x = (v.x*5)+vel.x
v.y = ((v.y*5)+2)+vel.y
v.z = (v.z*5)+vel.z
obj:setvelocity(v)
obj:get_luaentity().dropped_by = dropper:get_player_name()
itemstack:clear()
return itemstack
end
--machine
else
local v = dropper:get_look_dir()
local item = itemstack:to_string()
local obj = minetest.add_item({x=pos.x,y=pos.y+1.5,z=pos.z}, item) --{x=pos.x+v.x,y=pos.y+v.y+1.5,z=pos.z+v.z}
if obj then
v.x = (v.x*5)
v.y = (v.y*5)
v.z = (v.z*5)
obj:setvelocity(v)
obj:get_luaentity().dropped_by = nil
itemstack:clear()
return itemstack
end
end
end
if minetest.settings:get_bool("log_mods") then
minetest.log("action", "Drops loaded")
end
| gpl-3.0 |
cod3hulk/dotfiles | nvim/lua/user/which-key.lua | 1 | 9922 | -- local wk = require("which-key")
-- wk.register({
-- f = {
-- name = "find",
-- f = { "<cmd>Telescope find_files<cr>", "Find File" },
-- b = { "<cmd>Telescope buffers<cr>", "Find Buffers" },
-- r = { "<cmd>Telescope oldfiles<cr>", "Open Recent File"},
-- g = { "<cmd>Telescope live_grep<cr>", "Grep File"},
-- n = { "<cmd>:new<cr>", "New File" },
-- },
-- l = {
-- name = "LanguageServer",
-- i = { "<cmd>LspInstallInfo<cr>", "Install LanguageServer"},
-- },
-- w = { "<cmd>:w<cr>", "Write File" },
-- x = { "<cmd>:x<cr>", "Write And Close File" },
-- q = { "<cmd>:q<cr>", "Close File" },
-- e = { "<cmd>:NvimTreeToggle<cr>", "Toggle File Explorer" },
-- }
--
local status_ok, which_key = pcall(require, "which-key")
if not status_ok then
print("which-key not found")
return
end
local setup = {
plugins = {
marks = true, -- shows a list of your marks on ' and `
registers = true, -- shows your registers on " in NORMAL or <C-r> in INSERT mode
spelling = {
enabled = true, -- enabling this will show WhichKey when pressing z= to select spelling suggestions
suggestions = 20, -- how many suggestions should be shown in the list?
},
-- the presets plugin, adds help for a bunch of default keybindings in Neovim
-- No actual key bindings are created
presets = {
operators = false, -- adds help for operators like d, y, ... and registers them for motion / text object completion
motions = false, -- adds help for motions
text_objects = false, -- help for text objects triggered after entering an operator
windows = false, -- default bindings on <c-w>
nav = true, -- misc bindings to work with windows
z = true, -- bindings for folds, spelling and others prefixed with z
g = true, -- bindings for prefixed with g
},
},
-- add operators that will trigger motion and text object completion
-- to enable all native operators, set the preset / operators plugin above
-- operators = { gc = "Comments" },
key_labels = {
-- override the label used to display some keys. It doesn't effect WK in any other way.
-- For example:
-- ["<space>"] = "SPC",
-- ["<cr>"] = "RET",
-- ["<tab>"] = "TAB",
},
icons = {
breadcrumb = "»", -- symbol used in the command line area that shows your active key combo
separator = "➜", -- symbol used between a key and it's label
group = "+", -- symbol prepended to a group
},
popup_mappings = {
scroll_down = "<c-d>", -- binding to scroll down inside the popup
scroll_up = "<c-u>", -- binding to scroll up inside the popup
},
window = {
border = "rounded", -- none, single, double, shadow
position = "bottom", -- bottom, top
margin = { 1, 0, 1, 0 }, -- extra window margin [top, right, bottom, left]
padding = { 2, 2, 2, 2 }, -- extra window padding [top, right, bottom, left]
winblend = 0,
},
layout = {
height = { min = 4, max = 25 }, -- min and max height of the columns
width = { min = 20, max = 50 }, -- min and max width of the columns
spacing = 3, -- spacing between columns
align = "left", -- align columns left, center or right
},
ignore_missing = true, -- enable this to hide mappings for which you didn't specify a label
hidden = { "<silent>", "<cmd>", "<Cmd>", "<CR>", "call", "lua", "^:", "^ " }, -- hide mapping boilerplate
show_help = true, -- show help message on the command line when the popup is visible
triggers = "auto", -- automatically setup triggers
-- triggers = {"<leader>"} -- or specify a list manually
triggers_blacklist = {
-- list of mode / prefixes that should never be hooked by WhichKey
-- this is mostly relevant for key maps that start with a native binding
-- most people should not need to change this
i = { "f", "d" },
v = { "f", "d" },
},
}
local opts = {
mode = "n", -- NORMAL mode
prefix = "<leader>",
buffer = nil, -- Global mappings. Specify a buffer number for buffer local mappings
silent = true, -- use `silent` when creating keymaps
noremap = true, -- use `noremap` when creating keymaps
nowait = true, -- use `nowait` when creating keymaps
}
local mappings = {
-- ["/"] = { "<cmd>lua require(\"Comment.api\").toggle_current_linewise()<CR>", "Comment" },
-- ["a"] = { "<cmd>Alpha<cr>", "Alpha" },
-- ["b"] = {
-- "<cmd>lua require('telescope.builtin').buffers(require('telescope.themes').get_dropdown{previewer = false})<cr>",
-- "Buffers",
-- },
-- ["e"] = { "<cmd>NvimTreeToggle<cr>", "Explorer" },
-- ["w"] = { "<cmd>w!<CR>", "Save" },
-- ["q"] = { "<cmd>q!<CR>", "Quit" },
-- ["c"] = { "<cmd>Bdelete!<CR>", "Close Buffer" },
-- ["h"] = { "<cmd>nohlsearch<CR>", "No Highlight" },
-- ["f"] = {
-- "<cmd>lua require('telescope.builtin').find_files(require('telescope.themes').get_dropdown{previewer = false})<cr>",
-- "Find files",
-- },
-- ["F"] = { "<cmd>Telescope live_grep theme=ivy<cr>", "Find Text" },
-- ["P"] = { "<cmd>Telescope projects<cr>", "Projects" },
--
-- p = {
-- name = "Packer",
-- c = { "<cmd>PackerCompile<cr>", "Compile" },
-- i = { "<cmd>PackerInstall<cr>", "Install" },
-- s = { "<cmd>PackerSync<cr>", "Sync" },
-- S = { "<cmd>PackerStatus<cr>", "Status" },
-- u = { "<cmd>PackerUpdate<cr>", "Update" },
-- },
--
-- g = {
-- name = "Git",
-- g = { "<cmd>lua _LAZYGIT_TOGGLE()<CR>", "Lazygit" },
-- j = { "<cmd>lua require 'gitsigns'.next_hunk()<cr>", "Next Hunk" },
-- k = { "<cmd>lua require 'gitsigns'.prev_hunk()<cr>", "Prev Hunk" },
-- l = { "<cmd>lua require 'gitsigns'.blame_line()<cr>", "Blame" },
-- p = { "<cmd>lua require 'gitsigns'.preview_hunk()<cr>", "Preview Hunk" },
-- r = { "<cmd>lua require 'gitsigns'.reset_hunk()<cr>", "Reset Hunk" },
-- R = { "<cmd>lua require 'gitsigns'.reset_buffer()<cr>", "Reset Buffer" },
-- s = { "<cmd>lua require 'gitsigns'.stage_hunk()<cr>", "Stage Hunk" },
-- u = {
-- "<cmd>lua require 'gitsigns'.undo_stage_hunk()<cr>",
-- "Undo Stage Hunk",
-- },
-- o = { "<cmd>Telescope git_status<cr>", "Open changed file" },
-- b = { "<cmd>Telescope git_branches<cr>", "Checkout branch" },
-- c = { "<cmd>Telescope git_commits<cr>", "Checkout commit" },
-- d = {
-- "<cmd>Gitsigns diffthis HEAD<cr>",
-- "Diff",
-- },
-- },
--
-- l = {
-- name = "LSP",
-- a = { "<cmd>lua vim.lsp.buf.code_action()<cr>", "Code Action" },
-- d = {
-- "<cmd>Telescope lsp_document_diagnostics<cr>",
-- "Document Diagnostics",
-- },
-- w = {
-- "<cmd>Telescope lsp_workspace_diagnostics<cr>",
-- "Workspace Diagnostics",
-- },
-- f = { "<cmd>lua vim.lsp.buf.formatting()<cr>", "Format" },
-- i = { "<cmd>LspInfo<cr>", "Info" },
-- I = { "<cmd>LspInstallInfo<cr>", "Installer Info" },
-- j = {
-- "<cmd>lua vim.lsp.diagnostic.goto_next()<CR>",
-- "Next Diagnostic",
-- },
-- k = {
-- "<cmd>lua vim.lsp.diagnostic.goto_prev()<cr>",
-- "Prev Diagnostic",
-- },
-- l = { "<cmd>lua vim.lsp.codelens.run()<cr>", "CodeLens Action" },
-- q = { "<cmd>lua vim.lsp.diagnostic.set_loclist()<cr>", "Quickfix" },
-- r = { "<cmd>lua vim.lsp.buf.rename()<cr>", "Rename" },
-- s = { "<cmd>Telescope lsp_document_symbols<cr>", "Document Symbols" },
-- S = {
-- "<cmd>Telescope lsp_dynamic_workspace_symbols<cr>",
-- "Workspace Symbols",
-- },
-- },
-- s = {
-- name = "Search",
-- b = { "<cmd>Telescope git_branches<cr>", "Checkout branch" },
-- c = { "<cmd>Telescope colorscheme<cr>", "Colorscheme" },
-- h = { "<cmd>Telescope help_tags<cr>", "Find Help" },
-- M = { "<cmd>Telescope man_pages<cr>", "Man Pages" },
-- r = { "<cmd>Telescope oldfiles<cr>", "Open Recent File" },
-- R = { "<cmd>Telescope registers<cr>", "Registers" },
-- k = { "<cmd>Telescope keymaps<cr>", "Keymaps" },
-- C = { "<cmd>Telescope commands<cr>", "Commands" },
-- },
--
-- t = {
-- name = "Terminal",
-- n = { "<cmd>lua _NODE_TOGGLE()<cr>", "Node" },
-- u = { "<cmd>lua _NCDU_TOGGLE()<cr>", "NCDU" },
-- t = { "<cmd>lua _HTOP_TOGGLE()<cr>", "Htop" },
-- p = { "<cmd>lua _PYTHON_TOGGLE()<cr>", "Python" },
-- f = { "<cmd>ToggleTerm direction=float<cr>", "Float" },
-- h = { "<cmd>ToggleTerm size=10 direction=horizontal<cr>", "Horizontal" },
-- v = { "<cmd>ToggleTerm size=80 direction=vertical<cr>", "Vertical" },
-- },
--
f = {
name = "find",
f = { "<cmd>Telescope find_files<cr>", "Find File" },
b = { "<cmd>Telescope buffers<cr>", "Find Buffers" },
r = { "<cmd>Telescope oldfiles<cr>", "Open Recent File" },
g = { "<cmd>Telescope live_grep<cr>", "Grep File" },
n = { "<cmd>:new<cr>", "New File" },
},
j = {
name = "jump",
w = { "<cmd>HopWord<cr>", "Jump Word" },
j = { "<cmd>HopChar1<cr>", "Jump Char" },
},
l = {
name = "LSP",
i = { "<cmd>LspInstallInfo<cr>", "Install LanguageServer" },
f = { "<cmd>lua vim.lsp.buf.format({async = true})<cr>", "Format" },
},
w = { "<cmd>:w<cr>", "Write File" },
x = { "<cmd>:x<cr>", "Write And Close File" },
q = { "<cmd>:q<cr>", "Close File" },
e = { "<cmd>:NvimTreeToggle<cr>", "Toggle File Explorer" },
}
local vopts = {
mode = "v", -- VISUAL mode
prefix = "<leader>",
buffer = nil, -- Global mappings. Specify a buffer number for buffer local mappings
silent = true, -- use `silent` when creating keymaps
noremap = true, -- use `noremap` when creating keymaps
nowait = true, -- use `nowait` when creating keymaps
}
local vmappings = {
["/"] = { "<ESC><CMD>lua require(\"Comment.api\").toggle_linewise_op(vim.fn.visualmode())<CR>", "Comment" },
}
which_key.setup(setup)
which_key.register(mappings, opts)
which_key.register(vmappings, vopts)
| gpl-2.0 |
coronalabs/plugins-source-gamenetwork-google | Corona-gemwars/game-logic.lua | 1 | 9365 | local self = {}
local json = require "json"
-- class variables
self._spriteSheet = nil
self._displayGroup = nil
self._listener = nil
-- localized variables
local DW = display.contentWidth
local DH = display.contentHeight
self.overlay = nil
local globalScale = 1
if display.contentScaleX <= 0.6 then
globalScale = 0.5
end
self.achievedScore = 0
self.receivedTable = nil
self.event = nil
self.gemsTable = {}
self.gemsTable.moveContent = {}
self.gemsTable.moveContent.moves = {}
for i = 1, 8 do
self.gemsTable.moveContent.moves[ i ] = {}
end
local numberOfMarkedToDestroy = 0
local gemToBeDestroyed -- used as a placeholder
local isGemTouchEnabled = true -- blocker for double touching gems
-- forward declaration
local onGemTouch
self.init = function( iSheet, displayGroup, listener )
self._displayGroup = displayGroup
self._spriteSheet = iSheet
local screenWidth = display.contentWidth - (display.screenOriginX*2)
local screenRealWidth = screenWidth / display.contentScaleX
local screenHeight = display.contentHeight - (display.screenOriginY*2)
local screenRealHeight = screenHeight / display.contentScaleY
local bg = display.newImage( iSheet ,1)
bg:setReferencePoint( display.CenterReferencePoint )
bg.x = display.contentWidth * 0.5
bg.y = display.contentHeight * 0.5
bg.xScale, bg.yScale = globalScale, globalScale
displayGroup:insert( bg )
self.overlay = display.newRect( 0, 0, display.contentWidth, display.contentHeight )
self.overlay.alpha = 0.01
displayGroup:insert ( self.overlay )
-- prevent propagation of touch events
self.overlay:addEventListener("touch", function() return true end)
self.overlay:addEventListener("tap", function() return true end)
self._listener = listener
end
self.newGem = function( i, j )
local newGem
local R = math.random( 2,5 )
newGem = display.newImage( self._spriteSheet ,R)
newGem:setReferencePoint( display.CenterReferencePoint )
newGem.x = i*40-20
newGem.y = j*40+60
newGem.xScale, newGem.yScale = 0.1, 0.1
newGem.rotation = 45
newGem.i = i
newGem.j = j
newGem.isMarkedToDestroy = false
if R == 4 then
newGem.gemType = "red"
self.gemsTable.moveContent.moves[i][j] = "red"
elseif R == 3 then
newGem.gemType = "green"
self.gemsTable.moveContent.moves[i][j] = "green"
elseif R == 2 then
newGem.gemType = "blue"
self.gemsTable.moveContent.moves[i][j] = "blue"
elseif R == 5 then
newGem.gemType = "yellow"
self.gemsTable.moveContent.moves[i][j] = "yellow"
end
--new gem falling animation
transition.to( newGem, { time=100, xScale = globalScale * 0.8, yScale = globalScale * 0.8} )
self._displayGroup:insert( newGem )
newGem.touch = onGemTouch
newGem:addEventListener( "touch", newGem )
return newGem
end
self.gatherTableState = function()
for i = 1, 8, 1 do
for j = 1, 8, 1 do
self.gemsTable.moveContent.moves[i][j] = self.gemsTable[i][j].gemType
end
end
end
self.newMoveGem = function( i, j, color )
local newGem
local R = 0
if color == "red" then
R = 4
elseif color == "green" then
R = 3
elseif color == "blue" then
R = 2
elseif color == "yellow" then
R = 5
end
newGem = display.newImage( self._spriteSheet ,R)
newGem:setReferencePoint( display.CenterReferencePoint )
newGem.x = i*40-20
newGem.y = j*40+60
newGem.xScale, newGem.yScale = 0.1, 0.1
newGem.rotation = 45
newGem.i = i
newGem.j = j
newGem.isMarkedToDestroy = false
newGem.gemType = color
self.gemsTable.moveContent.moves[i][j] = color
--new gem falling animation
transition.to( newGem, { time=100, xScale = globalScale * 0.8, yScale = globalScale * 0.8} )
self._displayGroup:insert( newGem )
newGem.touch = onGemTouch
newGem:addEventListener( "touch", newGem )
return newGem
end
self.initTable = function( content )
for i = 1, 8, 1 do
self.gemsTable[i] = {}
for j = 1, 8, 1 do
--print("Move: ", content.moves[i][j])
self.gemsTable[i][j] = self.newMoveGem( i,j, content.moves[ i ][ j ] )
end
end
self.overlay:toFront()
end
self.redrawTable = function()
for i = 1, 8, 1 do
for j = 1, 8, 1 do
--print("Move: ", self.receivedTable[i][j])
if (self.gemsTable[i][j].gemType ~= self.receivedTable[i][j]) then
self.gemsTable[i][j]:removeSelf()
self.gemsTable[i][j] = self.newMoveGem( i,j, self.receivedTable[ i ][ j ] )
end
end
end
self.receivedTable = nil
self.overlay:toFront()
end
self.shiftGems = function()
print ("Shifting Gems")
--print("generated table: ", json.encode( self.gemsTable.moveContent.moves ) )
-- first roww
for i = 1, 8, 1 do
if self.gemsTable[i][1].isMarkedToDestroy then
-- current gem must go to a 'gemToBeDestroyed' variable holder to prevent memory leaks
-- cannot destroy it now as gemsTable will be sorted and elements moved down
gemToBeDestroyed = self.gemsTable[i][1]
self.gemsTable[i][1] = self.newGem(i,1, self._spriteSheet, self._displayGroup)
-- destroy old gem
gemToBeDestroyed:removeSelf()
gemToBeDestroyed = nil
end
end
-- rest of the rows
for j = 2, 8, 1 do -- j = row number - need to do like this it needs to be checked row by row
for i = 1, 8, 1 do
if self.gemsTable[i][j].isMarkedToDestroy then --if you find and empty hole then shift down all gems in column
gemToBeDestroyed = self.gemsTable[i][j]
-- shiftin whole column down, element by element in one column
for k = j, 2, -1 do -- starting from bottom - finishing at the second row
-- curent markedToDestroy Gem is replaced by the one above in the gemsTable
self.gemsTable[i][k] = self.gemsTable[i][k-1]
self.gemsTable[i][k].y = self.gemsTable[i][k].y +40
transition.to( self.gemsTable[i][k], { time=0, y= self.gemsTable[i][k].y} )
-- we change its j value as it has been 'moved down' in the gemsTable
self.gemsTable[i][k].j = self.gemsTable[i][k].j + 1
end
-- create a new gem at the first row as there is en ampty space due to gems
-- that have been moved in the column
self.gemsTable[i][1] = self.newGem(i,1, self._spriteSheet, self._displayGroup)
-- destroy the old gem (the one that was invisible and placed in gemToBeDestroyed holder)
gemToBeDestroyed:removeSelf()
gemToBeDestroyed = nil
end
end
end
self.gatherTableState()
--print("generated table after switching: ", json.encode( self.gemsTable.moveContent.moves ) )
self.overlay:toFront()
end --shiftGems()
self.markToDestroy = function( gem )
gem.isMarkedToDestroy = true
numberOfMarkedToDestroy = numberOfMarkedToDestroy + 1
-- check on the left
if gem.i>1 then
if (self.gemsTable[gem.i-1][gem.j]).isMarkedToDestroy == false then
if (self.gemsTable[gem.i-1][gem.j]).gemType == gem.gemType then
self.markToDestroy( self.gemsTable[gem.i-1][gem.j] )
end
end
end
-- check on the right
if gem.i<8 then
if (self.gemsTable[gem.i+1][gem.j]).isMarkedToDestroy == false then
if (self.gemsTable[gem.i+1][gem.j]).gemType == gem.gemType then
self.markToDestroy( self.gemsTable[gem.i+1][gem.j] )
end
end
end
-- check above
if gem.j>1 then
if (self.gemsTable[gem.i][gem.j-1]).isMarkedToDestroy == false then
if (self.gemsTable[gem.i][gem.j-1]).gemType == gem.gemType then
self.markToDestroy( self.gemsTable[gem.i][gem.j-1] )
end
end
end
-- check below
if gem.j<8 then
if (self.gemsTable[gem.i][gem.j+1]).isMarkedToDestroy== false then
if (self.gemsTable[gem.i][gem.j+1]).gemType == gem.gemType then
self.markToDestroy( self.gemsTable[gem.i][gem.j+1] )
end
end
end
end
local function sendData()
self._listener( self.event )
self.event = nil
print("triggered")
end
local function sendEvent()
print("start event")
timer.performWithDelay(600, sendData)
end
function onGemTouch( gem, event ) -- was pre-declared
if event.phase == "began" and isGemTouchEnabled then
print("Gem touched i= "..gem.i.." j= "..gem.j)
self.markToDestroy(gem)
if numberOfMarkedToDestroy >= 3 then
self.destroyGems()
self.event = {}
self.event.name = "gemTapped"
self.event.params = { gem.i, gem.j, self.achievedScore }
sendEvent()
self.achievedScore = 0
else
self.cleanUpGems()
end
end
return true
end
self.enableGemTouch = function()
isGemTouchEnabled = true
end
self.destroyGems = function()
print ("Destroying Gems. Marked to Destroy = "..numberOfMarkedToDestroy)
for i = 1, 8, 1 do
for j = 1, 8, 1 do
isGemTouchEnabled = false
if self.gemsTable[i][j].isMarkedToDestroy then
transition.to( self.gemsTable[i][j], { time=250, alpha=0, xScale=0.1, onComplete=self.enableGemTouch } )
-- update score
self.achievedScore = self.achievedScore + 50
end
end
end
numberOfMarkedToDestroy = 0
timer.performWithDelay( 300, self.shiftGems )
end
self.cleanUpGems = function()
print("Cleaning Up Gems")
numberOfMarkedToDestroy = 0
for i = 1, 8, 1 do
for j = 1, 8, 1 do
-- show that there is not enough
if self.gemsTable[i][j].isMarkedToDestroy then
transition.to( self.gemsTable[i][j], { time=100, xScale=globalScale, yScale = globalScale } )
transition.to( self.gemsTable[i][j], { time=100, delay=100, xScale=globalScale * 0.8, yScale = globalScale * 0.8} )
end
self.gemsTable[i][j].isMarkedToDestroy = false
end
end
end
return self
| mit |
SLAPaper/MCGC | MCGC/ygoLib.lua | 2 | 78200 | -- =====debug类=====
Debug = { }
function Debug.AddCard(code, owner, player, location, seq, pos, proc)
-- 添加卡片，将卡号为code的卡片的持有者设置为owner，以表示形式pos放置在player的场上位于location上序号为seq的格子处
-- 【必须】
--[[
int code
int owner
int player
int location
int seq
int pos
--]]
-- 【可选】
--[[
bool proc = false
proc = true则解除苏生限制
--]]
-- 【返回】添加的Card对象
end
function Debug.Message(any)
-- 输出调试信息
end
function Debug.PreAddCounter(c, counter_type, count)
-- 为c添加count个counter_type的指示物
-- 【必须】
--[[
Card c
int counter_type
int count
--]]
end
function Debug.PreEquip(equip_card, target)
-- 为target添加装备equip_card
-- 【必须】
--[[
Card equip_card
Card target
--]]
-- 【返回】bool类型（？）
end
function Debug.PreSetTarget(c, target)
-- 把target选为c的永续对象
-- 【必须】
--[[
Card c
Card target
--]]
end
function Debug.ReloadFieldBegin(flag)
-- 以选项flag开始布局
-- 【必须】
--[[
int flag
flag of 残局：DUEL_ATTACK_FIRST_TURN + DUEL_SIMPLE_AI
--]]
end
function Debug.ReloadFieldEnd()
-- 布局结束
end
function Debug.SetAIName(name)
-- 设置AI的名字
-- 【必须】
--[[
string name
--]]
end
function Debug.SetPlayerInfo(playerid, lp, startcount, drawcount)
-- 设置玩家信息，基本分为lp，初始手卡为startcount张，每回合抽drawcount张
-- 【必须】
--[[
int playerid
playerid 下方 0,上方 1
int lp
int startcount
int drawcount
--]]
end
function Debug.PreSummon(c, sum_type, sum_location)
-- 设置卡片c的召唤信息：以sum_type方法(通常召唤、特殊召唤等)[从sum_location]出场
-- 【必须】
--[[
Card c
int sum_type
--]]
-- 【可选】
--[[
int sum_location = 0
]]
end
function Debug.ShowHint(msg)
-- 显示提示窗口
-- 【必须】
--[[
string msg
--]]
end
-- =====bit类=====
bit = { }
function bit.band(a, b)
-- a与b的位与
end
function bit.bor(a, b)
-- a与b的位或
end
function bit.bxor(a, b)
-- a与b的位异或
end
function bit.lshift(a, b)
-- a左移b
end
function bit.rshift(a, b)
-- a右移b
end
-- =====Card类=====
Card = { }
-- 属性
Card.material_count = 0 -- 融合素材的数量
Card.material = 0 -- 融合素材的数组，内容为卡片ID
-- 方法
function Card.GetCode(c)
-- 返回c的当前代号（可能因为效果改变）
-- 【返回】
--[[
int
int
--]]
end
function Card.GetOriginalCode(c)
-- 返回c的卡片记载的代号
end
function Card.GetOriginalCodeRule(c)
-- 返回c规则上的代号（这张卡规则上当作...使用）
-- 【返回】
--[[
int
int
--]]
end
function Card.GetFusionCode(c)
-- 返回c作为融合素材时的卡号（包括c原本的卡号）
-- 【返回】
--[[
int
int
...
--]]
end
function Card.IsFusionCode(c, code)
-- 检查c作为融合素材时能否当作卡号为code的卡
end
function Card.IsSetCard(c, setname)
-- 检查c是否是名字含有setname的卡
end
function Card.IsPreviousSetCard(c, setname)
-- 检查c位置变化之前是否是名字含有setname的卡
end
function Card.IsFusionSetCard(c, setname)
-- 检查c作为融合素材时能否当作名字含有setname的卡
end
function Card.GetType(c)
-- 返回c的当前类型。
end
function Card.GetOriginalType(c)
-- 返回c的卡片记载的类型。
end
function Card.GetLevel(c)
-- 返回c的当前等级
end
function Card.GetRank(c)
-- 返回c的当前阶级
end
function Card.GetSynchroLevel(c, sc)
-- 返回c在用于同调召唤sc时的同调用等级。此函数除了某些特定卡如调节支援士，返回值与Card.GetLevel(c)相同
end
function Card.GetRitualLevel(c, rc)
-- 返回c在用于仪式召唤rc时的仪式解放等级。此函数除了某些特定卡如仪式供物，返回值与Card.GetLevel(c)相同
end
function Card.GetOriginalLevel(c)
-- 返回c的卡片记载的等级
end
function Card.GetOriginalRank(c)
-- 返回c的卡片记载的阶级
end
function Card.IsXyzLevel(c, xyzc, lv)
-- 检查c对于超量怪兽xyzc的超量用等级是否是lv
end
function Card.GetLeftScale(c)
-- 返回c的左灵摆刻度
end
function Card.GetOriginalLeftScale(c)
-- 返回c的原本的左灵摆刻度
end
function Card.GetRightScale(c)
-- 返回c的右灵摆刻度
end
function Card.GetOriginalRightScale(c)
-- 返回c的原本的右灵摆刻度
end
function Card.GetAttribute(c)
-- 返回c的当前属性。注：对某些多属性怪物如光与暗之龙，此函数的返回值可能是几个属性的组合值。
end
function Card.GetOriginalAttribute(c)
-- 返回c的卡片记载的属性
end
function Card.GetRace(c)
-- 返回c的当前种族。注：对某些多种族怪物如动画效果的魔术猿，此函数的返回值可能是几个种族的组合值。
end
function Card.GetOriginalRace(c)
-- 返回c的卡片记载的种族
end
function Card.GetAttack(c)
-- 返回c的当前攻击力，返回值是负数表示是"?"
end
function Card.GetBaseAttack(c)
-- 返回c的原本攻击力
end
function Card.GetTextAttack(c)
-- 返回c的卡片记载的攻击力
end
function Card.GetDefense(c)
-- 返回c的当前守备力，返回值是负数表示是"?"
end
function Card.GetBaseDefense(c)
-- 返回c的原本守备力
end
function Card.GetTextDefense(c)
-- 返回c的卡片记载的守备力
end
function Card.GetPreviousCodeOnField(c)
-- 返回c位置变化之前的卡号
end
function Card.GetPreviousTypeOnField(c)
-- 返回c位置变化之前的类型
end
function Card.GetPreviousLevelOnField(c)
-- 返回c位置变化之前的等级
end
function Card.GetPreviousRankOnField(c)
-- 返回c位置变化之前的阶级
end
function Card.GetPreviousAttributeOnField(c)
-- 返回c位置变化之前的属性
end
function Card.GetPreviousRaceOnField(c)
-- 返回c位置变化之前的种族
end
function Card.GetPreviousAttackOnField(c)
-- 返回c位置变化之前的攻击力
end
function Card.GetPreviousDefenseOnField(c)
-- 返回c位置变化之前的守备力
end
function Card.GetOwner(c)
-- 返回c的持有者
end
function Card.GetControler(c)
-- 返回c的当前控制者
end
function Card.GetPreviousControler(c)
-- 返回c的位置变化之前的控制者
end
function Card.GetReason(c)
-- 返回c的位置变化原因
end
function Card.GetReasonCard(c)
-- 返回导致c的位置变化的卡。此函数仅在某卡被战斗破坏时，因为上级召唤被解放，或者成为特殊召唤使用的素材时有效。
end
function Card.GetReasonPlayer(c)
-- 返回导致c的位置变化的玩家
end
function Card.GetReasonEffect(c)
-- 返回导致c的位置变化的效果。
end
function Card.GetPosition(c)
-- 返回c当前的表示形式
end
function Card.GetPreviousPosition(c)
-- 返回c位置变化前的表示形式
end
function Card.GetBattlePosition(c)
-- 返回c在本次战斗发生之前的表示形式
end
function Card.GetLocation(c)
-- 返回c当前的所在位置
end
function Card.GetPreviousLocation(c)
-- 返回c位置变化前的所在的位置
end
function Card.GetSequence(c)
--[[返回c在当前位置的序号
在场上时，序号代表所在的格子，从左往右分别是0-4，场地魔法格的序号为5
在其它地方时，序号表示的是第几张卡。最底下的卡的序号为0]]
end
function Card.GetPreviousSequence(c)
-- 返回c位置变化前的序号
end
function Card.GetSummonType(c)
-- 返回c上场的方式。
end
function Card.GetSummonLocation(c)
-- 返回c的召唤位置
end
function Card.GetSummonPlayer(c)
-- 返回召唤，特殊召唤c上场的玩家
end
function Card.GetDestination(c)
-- 返回c位置变化的目的地。此函数仅在处理位置转移代替效果时有效。
end
function Card.GetLeaveFieldDest(c)
-- 返回c离场时因改变去向的效果（如大宇宙）的目的地
end
function Card.GetTurnID(c)
-- 返回c转移到当前位置的回合
end
function Card.GetFieldID(c)
-- 返回c转移到当前位置的时间标识。此数值唯一，越小表示c是越早出现在那个位置。
end
function Card.GetRealFieldID(c)
-- 返回c转移到当前位置的真实的时间标识
end
function Card.IsCode(c, code1, code2)
-- 检查c的代号是否是code1[或者为code2]。
end
function Card.IsType(c, type)
-- 检查c是否属于类型type。
end
function Card.IsRace(c, race)
-- 检查c是否属于种族race。
end
function Card.IsAttribute(c, attribute)
-- 检查c是否属于属性attribute。
end
function Card.IsReason(c, reason)
-- 检查c是否包含原因reason。
end
function Card.IsStatus(c, status)
-- 检查c是否包含某个状态码。
end
function Card.IsNotTuner(c)
-- 检查c是否可以当成非调整来使用。
end
function Card.SetStatus(c, state, enable)
-- 给c设置或者取消状态码。除非妳清楚的了解每个状态码的含意，否则不要轻易使用此函数。
end
function Card.IsDualState(c)
-- 检查c属否处于再召唤状态。
end
function Card.EnableDualState(c)
-- 把c设置成再召唤状态。
end
function Card.SetTurnCounter(c, counter)
-- 设置c的回合计数器(光之护封剑等)
end
function Card.GetTurnCounter(c)
-- 返回c的回合计数器
end
function Card.SetCustomValue(c, tag, object)
-- 以tag作为标签为c设置一个自定义值object
end
function Card.GetCustomValue(c, tag)
-- 返回c的以tag作为标签的自定义值
end
function Card.SetMaterial(c, g)
-- 把g中的所有卡作为c的素材（上级召唤，特殊召唤）
end
function Card.GetMaterial(c)
-- 返回c出场使用的素材
end
function Card.GetMaterialCount(c)
-- 返回c出场使用的素材数量
end
function Card.GetEquipGroup(c)
-- 返回c当前装备着的卡片组
end
function Card.GetEquipCount(c)
-- 返回c当前装备着的卡片数量
end
function Card.GetEquipTarget(c)
-- 返回c当前的装备对象
end
function Card.CheckEquipTarget(c1, c2)
-- 检查c2是否是c1的正确的装备对象
end
function Card.GetUnionCount(c)
-- 返回c当前装备的同盟卡数量
end
function Card.GetOverlayGroup(c)
-- 返回c当前叠放着的卡片组
end
function Card.GetOverlayCount(c)
-- 返回c当前叠放着的卡片数量
end
function Card.GetOverlayTarget(c)
-- 返回以c为超量素材的卡
end
function Card.CheckRemoveOverlayCard(c, player, count, reason)
-- 检查玩家player能否以reason为原因，至少移除c叠放的count张卡
end
function Card.RemoveOverlayCard(c, player, min, max, reason)
-- 以reason为原因，让玩家player移除c叠放的min-max张卡，返回值表示是否成功
end
function Card.GetAttackedGroup(c)
-- 返回c本回合攻击过的卡片组
end
function Card.GetAttackedGroupCount(c)
-- 返回c本回合攻击过的卡片数量
end
function Card.GetAttackedCount(c)
-- 返回c本回合攻击过的次数
-- 注：如果此值与上一个函数的返回值不同，那么说明此卡本回合进行过直接攻击
end
function Card.GetBattledGroup(c)
-- 返回与c本回合进行过战斗的卡片组
-- 进行过战斗指发生过伤害的计算。用于剑斗兽等卡的判定。
end
function Card.GetBattledGroupCount(c)
-- 返回与c本回合进行过战斗的的卡片数量
end
function Card.GetAttackAnnouncedCount(c)
-- 返回c本回合攻击宣言的次数
-- 注：攻击被无效不会被计入攻击过的次数，但是会计入攻击宣言的次数。
end
function Card.IsDirectAttacked(c)
-- 检查c是否直接攻击过
end
function Card.SetCardTarget(c1, c2)
-- 把c2作为c1的永续对象。
-- c1和c2的联系会在c1活c2任意一卡离场或变成里侧表示时reset。
end
function Card.GetCardTarget(c)
-- 返回c当前所有的永续对象
end
function Card.GetFirstCardTarget(c)
-- 返回c当前第一个永续对象
end
function Card.GetCardTargetCount(c)
-- 返回c当前的永续对象的数量
end
function Card.IsHasCardTarget(c1, c2)
-- 检查c1是否取c2为永续对象
end
function Card.CancelCardTarget(c1, c2)
-- 取消c2为c1的永续对象
end
function Card.GetOwnerTarget(c)
-- 返回取c作为永续对象的所有卡
end
function Card.GetOwnerTargetCount(c)
-- 返回取c作为永续对象的卡的数量
end
function Card.GetActivateEffect(c)
-- 返回c的“卡片发动”的效果。仅对魔法和陷阱有效。
end
function Card.CheckActivateEffect(c, neglect_con, neglect_cost, copy_info)
-- 返回c的可以发动时机正确的“卡的发动”的效果，neglect_con=true则无视发动条件，neglect_cost=true则无视发动cost
-- copy_info=false或者自由时点的效果则只返回这个效果
-- 否则还返回这个效果的时点为code的触发时点的信息 eg,ep,ev,re,r,rp
end
function Card.RegisterEffect(c, e, forced)
-- 把效果e注册给c，返回效果的全局id。
-- 默认情况下注册时如果c带有免疫e的效果那么注册会失败。如果forced为true则不会检查c对e的免疫效果。
end
function Card.IsHasEffect(c, code)
-- 检查c是否受到效果种类是code的效果的影响
end
function Card.ResetEffect(c, id, reset_type)
-- 以重置类型为reset_type、重置种类为id手动重置c受到的效果的影响
-- 重置类型只能是以下类型，对应的重置种类为
-- RESET_EVENT 发生事件重置 id为事件
-- RESET_PHASE 阶段结束重置 id为阶段
-- RESET_CODE 重置指定code的效果 id为效果的种类code，只能重置EFFECT_TYPE_SINGLE的永续型效果
-- RESET_COPY 重置复制的效果 id为copy_id
-- RESET_CARD 重置卡片的效果 id为效果owner的卡号
end
function Card.GetEffectCount(c, code)
-- 返回c受到影响的种类是code的效果的数量
end
function Card.RegisterFlagEffect(c, code, reset_flag, property, reset_count)
-- 为c注册一个标识用效果。
-- 注：注册给卡的标识用效果不会用于系统，即使code与内置效果code重合也不会影响，并且类型总是EFFECT_TYPE_SINGLE。reset方法，property和一般的效果相同，并且不会无效化，不受卡的免疫效果影响。
end
function Card.GetFlagEffect(c, code)
-- 返回c的种类是code的标识效果的数量。
end
function Card.ResetFlagEffect(c, code)
-- 手动清除c的种类是code的标识效果。
end
function Card.SetFlagEffectLabel(c, code, label)
-- 返回c是否存在种类为code的标识效果，并设置其Label属性为label
end
function Card.GetFlagEffectLabel(c, code)
-- 返回c的种类为code的标识效果的Label，没有此效果则返回nil
end
function Card.CreateRelation(c1, c2, reset_flag)
-- 为c1建立于c2的联系。此联系仅会由于RESET_EVENT的事件reset。
end
function Card.ReleaseRelation(c1, c2)
-- 手动释放c1对于c2的联系
end
function Card.CreateEffectRelation(c, e)
-- 为卡片c和效果e建立联系
end
function Card.ReleaseEffectRelation(c, e)
-- 手动释放c与效果e的联系
end
function Card.ClearEffectRelation(c)
-- 清空c所有联系的效果
end
function Card.IsRelateToEffect(c, e)
-- 检查c是否和效果e有联系。
-- 注：每次发动进入连锁的效果时，发动效果的卡，以及发动效果时指定的对象（用Duel.SetTargetCard或者Duel.SelectTarget指定的，包括取对象和不取对象）会自动与那个效果建立联系。一旦离场，联系会重置。
end
function Card.IsRelateToChain(c, chainc)
-- 检查c是否和连锁chainc有联系
-- 注：每次发动进入连锁的效果时，发动效果的卡，以及发动效果时指定的对象（用Duel.SetTargetCard或者Duel.SelectTarget指定的，包括取对象和不取对象）会自动与那个效果建立联系。一旦离场，联系会重置。
end
function Card.IsRelateToCard(c1, c2)
-- 检查c1是否和c2有联系。
end
function Card.IsRelateToBattle(c)
-- 检查c是否和本次战斗关联。
-- 注：此效果通常用于伤害计算后伤害阶段结束前，用于检查战斗的卡是否离场过。
end
function Card.CopyEffect(c, code, reset_flag, reset_count)
-- 为c添加代号是code的卡的可复制的效果，并且添加额外的reset条件。
-- 返回值是表示复制效果的代号id。
end
function Card.ReplaceEffect(c, code, reset_flag, reset_count)
-- 把c的效果替换为卡号是code的卡的效果，并且添加额外的reset条件
-- 返回值是表示替换效果的代号id
end
function Card.EnableUnsummonable(c)
-- 将c设置为不可通常召唤的怪兽
-- 实际上是个不可复制、不会被无效的EFFECT_UNSUMMONABLE_CARD效果
end
function Card.EnableReviveLimit(c)
-- 为c添加苏生限制。
-- 实际上是不可复制、不会被无效的EFFECT_UNSUMMONABLE_CARD和EFFECT_REVIVE_LIMIT效果
end
function Card.CompleteProcedure(c)
-- 使c完成正规的召唤手续。此函数也可通过Card.SetStatus实现。
end
function Card.IsDisabled(c)
-- 检查c是否处于无效状态
end
function Card.IsDestructable(c)
-- 检查c是否是可破坏的。
-- 注：不可破坏指的是类似场地护罩，宫廷的规矩等“破壊できない”的效果
end
function Card.IsSummonableCard(c)
-- 检查c是否是可通常召唤的卡。
end
function Card.IsSpecialSummonable(c)
-- 检查是否可以对c进行特殊召唤手续。
end
function Card.IsSynchroSummonable(c, tuner)
-- 检查是否可以以tuner作为调整对c进行同调召唤手续。如果tuner是nil，此函数与上一个函数作用相同。
end
function Card.IsXyzSummonable(c, mg, min, max)
-- 检查是否可以在mg中选出[min-max个]超量素材对c进行超量召唤手续
-- 如果mg为nil，此函数与Card.IsSpecialSummonable作用相同
end
function Card.IsSummonable(c, ignore_count, e, minc)
-- 检查c是否进行通常召唤（不包含通常召唤的set)，ignore_count=true则不检查召唤次数限制
-- e~=nil则检查c是否可以以效果e进行通常召唤，minc表示至少需要的祭品数（用于区分妥协召唤与上级召唤）
end
function Card.IsMSetable(c, ignore_count, e, minc)
-- 检查c是否可进行通常召唤的set，ignore_count=true则不检查召唤次数限制
-- e~=nil则检查c是否可以以效果e进行通常召唤的set，minc表示至少需要的祭品数（用于区分妥协召唤set与上级召唤set）
end
function Card.IsSSetable(c, ignore_field)
-- 检查c是否可以set到魔法陷阱区，ignore_field=true则无视魔陷区格子限制
end
function Card.IsCanBeSpecialSummoned(c, e, sumtype, sumplayer, nocheck, nolimit, sumpos, target_player)
-- 检查c是否可以被玩家sumplayer用效果e以sumtype方式和sumpos表示形式特殊召唤到target_player场上
-- 如果nocheck是true则不检查c的召唤条件，如果nolimit是true则不检查c的苏生限制
-- sumpos默认为POS_FACEUP, target_player默认为sumplayer
end
function Card.IsAbleToHand(c)
-- 检查c是否可以送去手牌。
-- 注：仅当卡片或者玩家受到“不能加入手牌”的效果的影响时（如雷王）此函数才返回false。以下几个函数类似。
end
function Card.IsAbleToDeck(c)
-- 检查c是否可以送去卡组。
end
function Card.IsAbleToExtra(c)
-- 检查c是否可以送去额外卡组。
-- 对于非融合，同调，超量卡此函数均返回false。
end
function Card.IsAbleToGrave(c)
-- 检查c是否可以送去墓地。
end
function Card.IsAbleToRemove(c, player)
-- 检查c是否可以被玩家player除外
end
function Card.IsAbleToHandAsCost(c)
-- 检查c是否可以作为cost送去手牌。
-- 注：此函数会在Card.IsAbleToHand的基础上追加检测c的实际目的地。
-- 当c送往手牌会被送去其它地方时（如缩退回路适用中，或者c是融合，同调和超量怪的一种），此函数返回false。
-- 以下几个函数类似。
end
function Card.IsAbleToDeckAsCost(c)
-- 检查c是否可以作为cost送去卡组。
end
function Card.IsAbleToExtraAsCost(c)
-- 检查c是否可以作为cost送去额外卡组。
end
function Card.IsAbleToDeckOrExtraAsCost(c)
-- 检查c是否可以作为cost送去卡组或额外卡组（用于接触融合的召唤手续检测）
end
function Card.IsAbleToGraveAsCost(c)
-- 检查c是否可以作为cost送去墓地。
end
function Card.IsAbleToRemoveAsCost(c)
-- 检查c是否可以作为cost除外。
end
function Card.IsReleaseable(c)
-- 检查c是否可以解放（非上级召唤用）
end
function Card.IsReleasableByEffect(c)
-- 检查c是否可以被效果解放
end
function Card.IsDiscardable(c)
-- 检查c是否可以丢弃
-- 注：此函数仅用于检测，以REASON_DISCARD作为原因把一张手卡送墓并不会导致那张卡不能丢弃。
end
function Card.IsAttackable(c)
-- 检查c是否可以攻击
end
function Card.IsChainAttackable(c)
-- 检查c是否可以连续攻击
-- 注：当c因为闪光之双剑等效果进行过多次攻击之后此函数返回false。
end
function Card.IsFaceup(c)
-- 检查c是否是表侧表示
end
function Card.IsAttackPos(c)
-- 检查c是否是攻击表示
end
function Card.IsFacedown(c)
-- 检查c是否是里侧表示
end
function Card.IsDefensePos(c)
-- 检查c是否是守备表示
end
function Card.IsPosition(c, pos)
-- 检查c是否是表示形式pos
end
function Card.IsPreviousPosition(c, pos)
-- 检查c位置变化之前是否是表示形式pos
end
function Card.IsControler(c, controler)
-- 检查c的当前控制着是否是controler
end
function Card.IsOnField(c)
-- 检查c是否在场。
-- 注：当怪物召唤，反转召唤，特殊召唤时召唤成功之前，此函数返回false
end
function Card.IsLocation(c, location)
-- 检查c当前位置是否是location。
-- 注：当怪物召唤，反转召唤，特殊召唤时召唤成功之前，并且loc=LOCATION_MZONE时，此函数返回false
end
function Card.IsPreviousLocation(c, location)
-- 检查c之前的位置是否是location
end
function Card.IsLevelBelow(c, level)
-- 检查c是否是等级level以下（至少为1）
end
function Card.IsLevelAbove(c, level)
-- 检查c是否是等级level以上
end
function Card.IsRankBelow(c, rank)
-- 检查c是否是阶级rank以下（至少为1）
end
function Card.IsRankAbove(c, rank)
-- 检查c是否是阶级rank以上
end
function Card.IsAttackBelow(c, atk)
-- 检查c是否是攻击力atk以下（至少为0）
end
function Card.IsAttackAbove(c, atk)
-- 检查c是否是攻击力atk以上
end
function Card.IsDefenseBelow(c, def)
-- 检查c是否是守备力def以下（至少为0）
end
function Card.IsDefenseAbove(c, def)
-- 检查c是否是守备力def以上
end
function Card.IsPublic(c)
-- 检查c是否处于公开状态
end
function Card.IsForbidden(c)
-- 检查c是否处于被宣言禁止状态
end
function Card.IsAbleToChangeControler(c)
-- 检查c是否可以改变控制权
-- 注：仅当卡收到了“不能改变控制权”的效果的影响时，此函数返回false
end
function Card.IsControlerCanBeChanged(c)
-- 检查c的控制权是否可以改变
-- 注：此函数会在上一个函数的基础上追加检测场上的空格位
end
function Card.AddCounter(c, countertype, count, singly)
-- 为c放置count个countertype类型的指示物
-- singly为true表示逐个添加至上限为止
end
function Card.RemoveCounter(c, player, countertype, count, reason)
-- 让玩家player以原因reason移除c上的count个countertype类型的指示物
end
function Card.GetCounter(c, countertype)
-- 返回c上的countertype类型的指示物的数量
end
function Card.EnableCounterPermit(c, countertype, location)
-- 允许c[在位置location]放置那个需要"可以放置"才能放置的指示物countertype
-- location的默认值与c的种类有关，灵摆怪兽需要指定能否在怪兽区域或灵摆区域放置指示物
end
function Card.SetCounterLimit(c, countertype, count)
-- 设定c放置countertype类型指示物的上限
end
function Card.IsCanTurnSet(c)
-- 检查c是否可以转成里侧表示。
end
function Card.IsCanAddCounter(c, countertype, count, singly)
-- 检查c是否可以[逐个(singly=true)]放置count个countertype类型的指示物
end
function Card.IsCanRemoveCounter(c, player, countertype, count, reason)
-- 检查玩家player是否可以以原因reason移除c上的count个countertype类型的指示物
end
function Card.IsCanBeFusionMaterial(c, fc, ignore_mon)
-- 检查c是否可以成为[融合怪兽fc的]融合素材，ignore_mon=true则不检查c是否是怪兽
end
function Card.IsCanBeSynchroMaterial(c, sc, tuner)
-- 检查c是否可以成为同调怪兽sc的同调素材
end
function Card.IsCanBeRitualMaterial(c, sc)
-- 检查c是否能作为仪式怪兽sc的祭品
end
function Card.IsCanBeXyzMaterial(c, sc)
-- 检查c是否可以成为超量怪兽sc的超量素材
end
function Card.CheckFusionMaterial(c, g, gc, chkf)
-- 检查g是否包含了c需要[必须包含gc在内]的一组融合素材
-- 根据c的种类为EFFECT_FUSION_MATERIAL的效果的Condition函数检查
end
function Card.CheckFusionSubstitute(c, fc)
-- 检查c能否代替融合怪兽fc的记述卡名的素材
end
function Card.IsImmuneToEffect(c, e)
-- 检查c是否免疫效果e（即不受效果e的影响）
end
function Card.IsCanBeEffectTarget(c, e)
-- 检查c是否可以成为效果e的对象
end
function Card.IsCanBeBattleTarget(c1, c2)
-- 检查c1是否可以成为c2的攻击目标
end
function Card.AddTrapMonsterAttribute(c, attribute, race, level, atk, def)
-- 为魔陷卡c添加怪兽数值
-- 在数据库中有记录的数值视为原本数值，此处设置为0
end
function Card.TrapMonsterComplete(c, extra_type)
-- 使陷阱怪兽c占用一个魔法陷阱格子，并添加extra_type怪兽类型
-- 注：陷阱怪兽属性指的是同时作为怪兽和陷阱，并且额外使一个魔法陷阱的格子不能使用
end
function Card.CancelToGrave(c, cancel)
-- 取消送墓确定状态，cancel=false则重新设置送墓确定状态
--[[注：送墓确定状态指的是在场上发动的不留场的魔法和陷阱后，这些卡片的状态。
送墓确定状态中的卡无法返回手牌和卡组，并且连锁结束时送去墓地。
此函数的作用是取消此状态使其留场。用于光之护封剑和废铁稻草人等卡。]]
end
function Card.GetTributeRequirement(c)
-- 返回通常召唤c所需要的祭品的最小和最大数量
end
function Card.GetBattleTarget(c)
-- 返回与c进行战斗的卡
end
function Card.GetAttackableTarget(c)
-- 返回c可攻击的卡片组g和能否直接攻击的布尔值b
end
function Card.SetHint(c, type, value)
-- 为c设置类型为type的卡片提示信息
-- type只能为以下值，对应的value类型为
-- CHINT_TURN 回合数
-- CHINT_CARD 卡片id
-- CHINT_RACE 种族
-- CHINT_ATTRIBUTE 属性
-- CHINT_NUMBER 数字
-- CHINT_DESC 描述
end
function Card.ReverseInDeck(c)
-- 设置c在卡组中正面表示
end
function Card.SetUniqueOnField(c, s, o, unique_code, unique_location)
-- 设置c以unique_code只能在场上[或怪兽区域或魔陷区域，由unique_location决定]只能存在1张
-- s不为0会检查自己场上的唯一性，o不为0则检查对方场上的唯一性
-- unique_location默认为 LOCATION_ONFIELD
end
function Card.CheckUniqueOnField(c, check_player)
-- 检查c在check_player场上的唯一性
end
function Card.ResetNegateEffect(c, code1, ...)
-- 重置c受到的卡号为code1, code2...的卡片的效果的影响
end
function Card.AssumeProperty(c, assume_type, assume_value)
-- 把c的assume_type的数值当作assume_value使用（基因组斗士）
-- assume_type为以下类型
-- ASSUME_CODE 卡号
-- ASSUME_TYPE 类型
-- ASSUME_LEVEL 等级
-- ASSUME_RANK 阶级
-- ASSUME_ATTRIBUTE 属性
-- ASSUME_RACE 种族
-- ASSUME_ATTACK 攻击力
-- ASSUME_DEFENSE 守备力
end
function Card.SetSPSummonOnce(c, spsummon_code)
-- 设置c一回合只能进行1次特殊召唤（灵兽，波动龙）
-- 相同的spsummon_code共用1个次数
end
-- =====Effect类=====
Effect = { }
function Effect.CreateEffect(c)
-- 新建一个空效果,并且效果的拥有者为c
end
function Effect.GlobalEffect()
-- 新建一个全局效果
end
function Effect.Clone(e)
-- 新建一个效果e的副本
end
function Effect.Reset(e)
-- 把效果e重置。重置之后不可以再使用此效果
end
function Effect.GetFieldID(e)
-- 获取效果e的id
end
function Effect.SetDescription(e, desc)
-- 为效果e设置效果描述
end
function Effect.SetCategory(e, cate)
-- 设置Category属性
end
function Effect.SetCode(e, code)
-- 为效果e设置Code属性
end
function Effect.SetProperty(e, prop1, prop2)
-- 设置Property属性
-- prop2 不是必须的
end
function Effect.SetRange(e, range)
-- 为效果e设置Range属性
end
function Effect.SetAbsoluteRange(e, playerid, s_range, o_range)
-- 设置target range属性并设置EFFECT_FLAG_ABSOLUTE_RANGE标志
-- playerid != 0 s_range和o_range反转
end
function Effect.SetCountLimit(e, count, code)
-- 设置一回合可以发动的次数（仅触发型效果有效）
-- 设置一回合可以发动的次数count（仅触发型效果有效），相同的code(不等于0或1时)共用1个次数
-- code包含以下数值具有特殊的性质
-- EFFECT_COUNT_CODE_OATH 誓约使用次数
-- EFFECT_COUNT_CODE_DUEL 决斗中使用次数
-- EFFECT_COUNT_CODE_SINGLE 同一张卡多个效果公共使用次数（不限制同名卡）
end
function Effect.SetReset(e, reset_flag, reset_count)
-- 设置reset参数
-- 默认reset_count = 1
end
function Effect.SetLabel(e, label)
-- 设置Label属性
end
function Effect.SetLabelObject(e, labelobject)
-- 设置LabelObject属性
end
function Effect.SetHintTiming(e, s_time, o_time)
-- 设置提示时点
end
function Effect.SetCondition(e, con_func)
-- 设置Condition属性
end
function Effect.SetCost(e, cost_func)
-- 设置Cost属性
end
function Effect.SetTarget(e, targ_func)
-- 设置Target属性
end
function Effect.SetTargetRange(e, s_range, o_range)
-- 为效果e设置Target Range属性
--[[s_range指影响的我方区域。o_range值影响的对方区域。
如果property属性中指定了EFFECT_FLAG_ABSOLUTE_RANGE标志，那么s_range指玩家1收到影响的区域，o_range指玩家2受到影响的区域。
如果这是一个特殊召唤手续(EFFECT_SPSUMMON_PROC)的效果，并且property指定了EFFECT_FLAG_SPSUM_PARAM标志，
那么s_range表示特殊召唤到的哪个玩家的场地，o_range表示可选择的表示形式。]]
end
function Effect.SetValue(e, val)
-- 设置Value属性
end
function Effect.SetOperation(e, op_func)
-- 设置Operation属性
end
function Effect.SetOwnerPlayer(e, player)
-- 设置Owner player属性
end
function Effect.GetDescription(e)
-- 返回效果描述
end
function Effect.GetCode(e)
-- 返回code属性
end
function Effect.GetType(e)
-- 返回Type属性
end
function Effect.GetProperty(e)
-- 返回Property属性
end
function Effect.GetLabel(e)
-- 返回Label属性
-- 【返回】
--[[
int
int
--]]
end
function Effect.GetLabelObject(e)
-- 返回LabelObject属性
end
function Effect.GetCategory(e)
-- 返回Category属性
end
function Effect.GetOwner(e)
-- 返回效果拥有者
end
function Effect.GetHandler(e)
-- 返回效果在哪一张卡上生效(通常是注册该效果的卡)
end
function Effect.GetCondition(e)
-- 返回condition属性
end
function Effect.GetTarget(e)
-- 返回target属性
end
function Effect.GetCost(e)
-- 返回cost属性
end
function Effect.GetValue(e)
-- 返回value属性
end
function Effect.GetOperation(e)
-- 返回operation属性
end
function Effect.GetActiveType(e)
-- 返回e的效果类型（怪兽·魔法·陷阱）
-- 与发动该效果的卡的类型不一定相同，比如灵摆效果视为魔法卡的效果
end
function Effect.IsActiveType(e, type)
-- 检查e的效果类型（怪兽·魔法·陷阱）是否有type
end
function Effect.GetOwnerPlayer(e)
-- 返回OwnerPlayer属性，一般是Owner的控制者
end
function Effect.GetHandlerPlayer(e)
-- 返回当前者，一般是Handle的控制者
end
function Effect.IsHasProperty(e, prop1, prop2)
-- 检查效果是否含有标志prop1[和prop2]
end
function Effect.IsHasCategory(e, cate)
-- 检查效果是否含有效果分类cate
end
function Effect.IsHasType(e, type)
-- 检查效果是否属于类型type
end
function Effect.IsActivatable(e, player)
-- 检查效果e能否由player发动
end
function Effect.IsActivated(e)
-- 检查效果e能否是发动的效果（机壳）
end
function Effect.GetActivateLocation(e)
-- 返回效果e的发动区域
end
-- =====Group类=====
Group = { }
function Group.CreateGroup()
-- 新建一个空的卡片组
end
function Group.KeepAlive(g)
-- 让卡片组持续，把卡片组设置为效果的LabelObject需要设置
end
function Group.DeleteGroup(g)
-- 删除卡片组g
end
function Group.Clone(g)
-- 新建卡片组g的副本
end
function Group.FromCards(c, ...)
-- 不定参数，把传入的所有卡组合成一个卡片组并返回
end
function Group.Clear(g)
-- 清空卡片组
end
function Group.AddCard(g, c)
-- 往g中增加c
end
function Group.RemoveCard(g, c)
-- 把c从g中移除
end
function Group.GetFirst(g)
-- 返回g中第一张卡，并重置当前指针到g中第一张卡。如果g中不存在卡则返回nil
end
function Group.GetNext(g)
-- 返回并使指针指向下一张卡。如果g中不存在卡则返回nil
end
function Group.GetCount(g)
-- 返回g中卡的数量
end
function Group.ForEach(g, f)
-- 以g中的每一张卡作为参数调用一次f
end
function Group.Filter(g, f, ex, ...)
-- 过滤函数。从g中筛选满足筛选条件f并且不等于ex的卡。从第4个参数开始为额外参数。
end
function Group.FilterCount(g, f, ex, ...)
-- 过滤函数。和Group.Filter基本相同，不同之处在于此函数只返回满足条件的卡的数量
end
function Group.FilterSelect(g, player, f, min, max, ex, ...)
-- 过滤函数。让玩家player从g中选择min-max张满足筛选条件f并且不等于ex的卡。从第7个参数开始为额外参数。
end
function Group.Select(g, player, min, max, ex)
-- 让玩家player从g中选择min-max张不等于ex的卡。
end
function Group.RandomSelect(g, player, count)
-- 让玩家player从g中随机选择count张卡。因为是随机算则，所以参数player基本无用，由系统随机选取。
end
function Group.IsExists(g, f, count, ex, ...)
-- 过滤函数。检查g中是否存在至少count张满足筛选条件f并且不等于ex的卡。从第5个参数开始为额外参数。
end
function Group.CheckWithSumEqual(g, f, sum, min, max, ...)
-- 子集求和判定函数。f为返回一个interger值的函数（通常用于同调判定）。
-- 检查g中是否存在一个数量为min-max的子集满足以f对子集的每一个元素求值的和等于sum，从第6个参数开始为额外参数
-- 比如：g:CheckWithSumEqual(Card.GetSynchroLevel,7,2)检查g中是否存在一个子集满足子集的同调用等级之和等于7
end
function Group.SelectWithSumEqual(g, player, f, sum, min, max, ...)
-- 让玩家player从g中选取一个数量为min-max的子集使子集的特定函数的和等于sum，从第7个参数开始为额外参数
end
function Group.CheckWithSumGreater(g, f, sum, ...)
-- 子集求和判定函数之二。f为返回一个interger值的函数（通常用于仪式判定）。
-- 检查g中是否存在一个子集满足以f对子集的每一个元素求值的和刚好大于或者等于sum，从第4个参数开始为额外参数
-- 比如：g:CheckWithSumGreater(Card.GetRitualLevel,8)检查g中是否存在一个子集满足子集的仪式用等级之和大于等于8
-- 注：判定必须是“刚好”大于或者等于。以等级为例，要使等级合计大于等于8，可以选择LV1+LV7而不可以选择LV1+LV4+LV4
end
function Group.SelectWithSumGreater(g, player, f, sum, ...)
-- 让玩家player从g中选取一个子集使子集的特定函数的和大于等于sum，从第5个参数开始为额外参数
end
function Group.GetMinGroup(g, f, ...)
-- f为返回一个interger值的函数。从g中筛选出具有最小的f的值的卡。用于地裂等卡。
-- 第2个返回值为这个最小值，从第3个参数开始为额外参数
end
function Group.GetMaxGroup(g, f, ...)
-- f为返回一个interger值的函数。从g中筛选出具有最大的f的值的卡。用于地碎等卡。
-- 第2个返回值为这个最大值，从第3个参数开始为额外参数
end
function Group.GetSum(g, f, ...)
-- 计算g中所有卡的取值的总和。f为为每张卡的取值函数。
end
function Group.GetClassCount(g, f, ...)
-- 计算g中所有卡的种类数量，f为分类的依据，返回相同的值视为同一种类，从第3个参数开始为额外参数
end
function Group.Remove(g, f, ex, ...)
-- 从g中移除满足筛选条件f并且不等于ex的所有卡，第4个参数开始是额外参数
end
function Group.Merge(g1, g2)
-- 把g2中的所有卡合并到g1。
-- 注：g2本身不会发生变化。
end
function Group.Sub(g1, g2)
-- 从g1中移除属于g2中的卡
-- 注：g2本身不会发生变化
end
function Group.IsContains(g, c)
-- 检查g中是否存在卡片c
end
function Group.SearchCard(g, f, ...)
-- 过滤函数。返回g中满足筛选条件f的第一张卡。第三个参数为额外参数。
end
-- =====Duel类=====
Duel = { }
function Duel.EnableGlobalFlag(global_flag)
-- 设置全局标记global_flag
end
function Duel.GetLP(player)
-- 返回玩家player的当前LP
end
function Duel.SetLP(player, lp)
-- 设置玩家player的当前LP为lp
end
function Duel.GetTurnPlayer()
-- 返回当前的回合玩家
end
function Duel.GetTurnCount()
-- 返回当前的回合数
end
function Duel.GetDrawCount(player)
-- 返回玩家player每回合的规则抽卡数量
end
function Duel.RegisterEffect(e, player)
-- 把效果作为玩家player的效果注册给全局环境。
end
function Duel.RegisterFlagEffect(player, code, reset_flag, property, reset_count)
-- 此函数为玩家player注册全局环境下的标识效果。
-- 此效果总是影响玩家的(EFFECT_FLAG_PLAYER_TARGET)并且不会被无效化。
-- 其余部分与Card.RegisterFlagEffect相同
end
function Duel.GetFlagEffect(player, code)
-- 返回玩家player的特定的标识效果的数量
end
function Duel.ResetFlagEffect(player, code)
-- 手动reset玩家player的特定的标识效果
end
function Duel.Destroy(targets, reason, dest)
-- 以reason原因破坏targets去dest。返回值是实际被破坏的数量。
-- 如果reason包含REASON_RULE，则破坏事件将不会检查卡片是否免疫效果，不会触发代破效果并且无视“不能破坏”。
end
function Duel.Remove(targets, pos, reason)
-- 以reason原因，pos表示形式除外targets。返回值是实际被操作的数量。
-- 如果reason包含REASON_TEMPORARY，那么视为是暂时除外，可以通过Duel.ReturnToField返回到场上
end
function Duel.SendtoGrave(targets, reason)
-- 以reason原因把targets送去墓地。返回值是实际被操作的数量。
end
function Duel.SendtoHand(targets, player, reason)
-- 以reason原因把targets送去玩家player的手牌。返回值是实际被操作的数量。
-- 如果player是nil则返回卡的持有者的手牌。
end
function Duel.SendtoDeck(targets, player, seq, reason)
-- 以reason原因把targets送去玩家player的卡组。返回值是实际被操作的数量。
-- 如果player是nil则返回卡的持有者的卡组。
-- 如果seq=0，则是返回卡组最顶端；seq=1则是返回卡组最低端；其余情况则是返回最顶端并且标记需要洗卡组。
end
function Duel.PSendtoExtra(targets, player, reason)
-- 以reason原因把灵摆卡targets送去玩家player的额外卡组
-- 【必须】
--[[
Card/Group targets
int player
int reason
--]]
-- 如果player是nil则返回卡的持有者的额外卡组
-- 【返回】实际被操作的数量
end
function Duel.GetOperatedGroup()
-- 此函数返回之前一次卡片操作实际操作的卡片组。包括Duel.Destroy, Duel.Remove, Duel.SendtoGrave, Duel.SendtoHand, Duel.SendtoDeck, Duel.PSendtoExtra, Duel.Release, Duel.ChangePosition, Duel.SpecialSummon, Duel.DiscardDeck
end
function Duel.Summon(player, c, ignore_count, e, minc)
-- 让玩家以效果e对c进行通常召唤(非set)，至少使用minc个祭品。
-- 如果e=nil,那么就按照一般的通常召唤规则进行通常召唤。
-- 如果ignore_count=true，则忽略每回合的通常召唤次数限制。
end
function Duel.SpecialSummonRule(player, c)
-- 让玩家player对c进行特殊召唤手续。
end
function Duel.SynchroSummon(player, c, tuner, mg)
-- 让玩家player以tuner作为调整[mg为素材]对c进行同调召唤手续。
end
function Duel.XyzSummon(player, c, mg, min, max)
-- 让玩家player[从mg中][选min-max个素材]对c进行超量召唤手续
-- mg非空且min为0则直接把mg全部作为超量素材
end
function Duel.MSet(player, c, ignore_count, e, minc)
-- 让玩家以效果e对c进行通常召唤的Set，至少使用minc个祭品。
-- 如果e=nil,那么就按照一般的通常召唤规则进行通常召唤。
-- 如果ignore_count=true，则忽略每回合的通常召唤次数限制。
end
function Duel.SSet(player, c, target_player)
-- 让玩家player把targets放置到target_player的魔法陷阱区
-- 若targets为Group，则返回成功操作的数量
end
function Duel.CreateToken(player, code, cardsetCode, attack, defense, level, race, attribute)
-- 以传入的参数数值新建一个Token并返回
end
function Duel.SpecialSummon(targets, sumtype, player, target_player, nocheck, nolimit, pos)
-- 让玩家player以sumtype方式，pos表示形式把targets特殊召唤到target_player场上。
-- 如果nocheck为true则无视卡的召唤条件。如果nolimit为true则无视卡的苏生限制。
-- 返回值是特殊召唤成功的卡的数量。
end
function Duel.SpecialSummonStep(c, sumtype, sumplayer, target_player, nocheck, nolimit, pos)
-- 此函数是Duel.SpecialSummon的分解过程，只特殊召唤一张卡c。
-- 此函数用于一个效果同时特殊召唤多张参数不同的卡。
-- 此函数必须和Duel.SpecialSummonComplete一起使用。
-- 返回值表示是否特殊召唤成功。
end
function Duel.SpecialSummonComplete()
-- 此函数在确定复数个Duel.SpecialSummonStep调用完毕之后调用。用于触发事件。
end
function Duel.IsCanAddCounter(player, countertype, count, c)
-- 检查玩家player能否向卡片c添加count个countertype类型的指示物
--! require
--[[
int player
int countertype
int count
Card c
]]
--! return
--[[
bool
]]
end
function Duel.RemoveCounter(player, s, o, countertype, count, reason)
-- 让玩家player移除场上存在的countertype类型的count个指示物。
-- 表示对player来说的己方的可移除指示物的位置，o表示对player来说的对方的可移除指示物的位置
end
function Duel.IsCanRemoveCounter(player, s, o, countertype, count, reason)
-- 检查玩家player是否能移除场上的countertype类型的count个指示物。s和o参数作用同上。
end
function Duel.GetCounter(player, s, o, countertype)
-- 返回场上存在的countertype类型的指示物的数量。s和o参数作用同上。
end
function Duel.ChangePosition(targets, au, ad, du, dd, noflip, setavailable)
-- 改变targets的表示形式并返回实际操作的数量。
-- 表侧攻击表示的变成au，里侧攻击表示的变成ad，表侧守备表示变成du，里侧守备表示变成dd
-- 如果noflip=true则不触发翻转效果（但会触发反转时的诱发效果）
-- 如果setavailable=true则对象之后变成里侧也发动反转效果
end
function Duel.Release(targets, reason)
-- 以reason原因解放targets。返回值是实际解放的数量。
-- 如果reason含有REASON_COST，则不会检查卡片是否不受效果影响
end
function Duel.MoveToField(c, move_player, target_player, dest, pos, enabled)
-- 让玩家move_player把c移动的target_player的场上。dest只能是LOCATION_MZONE或者LOCATION_SZONE。
-- pos表示可选表示形式。enable表示是否立刻适用c的效果。
end
function Duel.ReturnToField(c, pos)
-- 把c返回到场上，pos默认值是离场前的表示形式，返回值表示是否成功。
-- c必须是以REASON_TEMPORARY原因离场，并且离场后没有离开过那个位置。
end
function Duel.MoveSequence(c, seq)
-- 移动c的序号。通常用于在场上换格子或者在卡组中移动到最上方或者最下方。
end
function Duel.SetChainLimit(f)
-- 设定连锁条件，f的函数原型为 bool f(e,ep,tp)
-- e表示要限制连锁的效果，ep表示要限制连锁的玩家，tp表示发动该效果的玩家
-- 在cost或者target处理中调用此函数可以限制可以连锁的效果的种类（如超融合）。
-- 如果f返回false表示不能连锁。一旦设置连锁条件后发生了新的连锁那么连锁条件将会解除。
end
function Duel.SetChainLimitTillChainEnd(f)
-- 功能同Duel.SetChainLimit，但是此函数设定的连锁条件直到连锁结束才会解除。
end
function Duel.GetChainMaterial(player)
-- 返回玩家player受到的连锁素材的效果。此函数仅用于融合类卡的效果。
end
function Duel.ConfirmDeckTop(player, count)
-- 确认玩家player卡组最上方的count张卡。双方均可确认。
end
function Duel.ConfirmCards(player, targets)
-- 给玩家player确认targets
end
function Duel.SortDecktop(sort_player, target_player, count)
-- 让玩家sort_player对玩家target_player的卡组最上方count张卡进行排序
end
function Duel.CheckEvent(event, get_info)
-- 检查当前是否是event时点
-- 若get_info=true并且是正确的时点则还返回触发时点的信息 eg,ep,ev,re,r,rp
end
function Duel.RaiseEvent(eg, code, re, r, rp, ep, ev)
-- 以eg,ep,ev,re,r,rp触发一个时点
end
function Duel.RaiseSingleEvent(ec, code, re, r, rp, ep, ev)
-- 以eg,ep,ev,re,r,rp为卡片ec触发一个单体时点
end
function Duel.CheckTiming(timing)
-- 检查当前是否是timing提示时点
end
function Duel.GetEnvironment()
-- 返回两个值，表示当前场地代号，以及当前场地效果的来源玩家。
-- 场地代号指当前生效的场地卡的代号，或者海神的巫女把场地变化效果的值。
-- 来源玩家指当前生效的场地卡的控制者，或者海神的巫女等卡的控制者。
end
function Duel.IsEnvironment(code, player)
-- 检查玩家player是否为场地代号code的来源玩家
-- 场地代号指当前生效的场地卡的代号，或者海神的巫女把场地变化效果的值
-- 来源玩家指当前生效的场地卡的控制者，或者海神的巫女等卡的控制者
end
function Duel.Win(player, reason)
-- 当前效果处理完令player以win_reason决斗胜利
end
function Duel.Draw(player, count, reason)
-- 让玩家player以原因reason抽count张卡。返回实际抽的卡的数量。
-- 如果reason含有REASON_RULE则此次抽卡不受“不能抽卡”的效果的影响。
end
function Duel.Damage(player, value, reason, is_step)
-- 以reason原因给与玩家player造成value的伤害。返回实际收到的伤害值。
-- 如果受到伤害变成回复等效果的影响时，返回值为0.
-- is_step为true则是伤害/恢复LP过程的分解，需要调用Duel.RDComplete()触发时点
--! require
--[[
int player
int value
int reason
]]
--! optional
--[[
bool is_step = false
]]
--! return
--[[
int
]]
end
function Duel.Recover(player, value, reason, is_step)
-- 以reason原因使玩家player回复value的LP。返回实际的回复值。
-- 如果受到回复变成伤害等效果的影响时，返回值为0.
-- is_step为true则是伤害/恢复LP过程的分解，需要调用Duel.RDComplete()触发时点
--! require
--[[
int player
int value
int reason
]]
--! optional
--[[
bool is_step = false
]]
--! return
--[[
int
]]
end
function Duel.RDComplete()
-- 在调用Duel.Damage/Duel.Recover时，若is_step参数为true，则需调用此函数触发时点
end
function Duel.Equip(player, c1, c2, up, is_step)
-- 把c1作为玩家player的装备卡装备给c2。返回值表示是否成功。
-- up=false则保持装备卡之前的表示形式
-- is_step=true则是装备过程的分解，需要配合Duel.EquipComplete使用
end
function Duel.EquipComplete()
-- 在调用Duel.Equip时，若is_step参数为true，则需调用此函数触发时点
end
function Duel.GetControl(targets, player, reset_phase, reset_count)
-- 让玩家player得到targets的控制权，返回值表示是否成功
--! require
--[[
Card|Group targets
Player player
]]
--! optional
--[[
RESET reset_phase = 0
int reset_count = 0
]]
--! return
--[[
bool
]]
end
function Duel.SwapControl(c1, c2, reset_phase, reset_count)
-- 交换c1和c2的控制权。返回值表示是否成功。
end
function Duel.CheckLPCost(player, cost)
-- 检查玩家player是否能支付cost点lp
end
function Duel.PayLPCost(player, cost)
-- 让玩家player支付cost点lp
end
function Duel.DiscardDeck(player, count, reason)
-- 以原因reason把玩家player的卡组最上端count张卡送去墓地.返回实际转移的数量。
end
function Duel.DiscardHand(player, f, min, max, reason, ex, ...)
-- 过滤函数。让玩家player选择并丢弃满足筛选条件f并不等于ex的min-max张手卡。
-- 第7个参数开始为额外参数。
end
function Duel.DisableShuffleCheck()
-- 使下一个操作不检查是否需要洗卡组或者洗手卡。
-- 注：如果不调用此函数，除了调用Duel.DiscardDeck和Duel.Draw之外，
-- 从卡组中取出卡或者把卡加入手卡或者把卡加入卡组（非最上端或最底端）时，
-- 系统会自动在效果处理结束时洗卡组或手卡。
-- 如果不希望如此，比如从卡组顶端除外一张卡等操作，那么需要调用此函数。
-- 此函数仅保证紧接着的一次操作不会进行洗卡检测。
end
function Duel.ShuffleDeck(player)
-- 手动洗玩家player的卡组
-- 注：会重置洗卡检测的状态
end
function Duel.ShuffleHand(player)
-- 手动洗玩家player的手卡
-- 注：会重置洗卡检测的状态
end
function Duel.ShuffleSetCard(g)
-- 洗切覆盖在怪兽区域的卡（魔术礼帽）
end
function Duel.ChangeAttacker(c)
-- 把当前的攻击卡替换成c进行攻击
-- 注：此函数会使原来的攻击怪兽视为攻击过
end
function Duel.ReplaceAttacker(c)
-- 用c代替当前攻击的卡进行伤害阶段
end
function Duel.ChangeAttackTarget(c)
-- 将攻击对象变为c，c为nil表示直接攻击，返回值表示是否成功转移攻击对象
--! optional
--[[
Card c = nil
]]
--! return
--[[
bool
]]
end
function Duel.ReplaceAttackTarget(c)
-- (预留）
end
function Duel.CalculateDamage(c1, c2)
-- 令c1与c2进行战斗伤害计算
end
function Duel.GetBattleDamage(player)
-- 返回玩家player在本次战斗中收到的伤害
end
function Duel.ChangeBattleDamage(player, value, check)
-- 把玩家player在本次战斗中收到的伤害变成value
-- heck为false则原本战斗伤害为0也改变伤害
end
function Duel.ChangeTargetCard(chainc, g)
-- 把连锁chainc的对象换成g
end
function Duel.ChangeTargetPlayer(chainc, player)
-- 把连锁chainc的对象玩家换成player
end
function Duel.ChangeTargetParam(chainc, param)
-- 把连锁chainc的对象参数换成param
end
function Duel.BreakEffect()
-- 中断当前效果，使之后的效果处理视为不同时处理。
-- 此函数会造成错时点。
end
function Duel.ChangeChainOperation(chainc, f)
-- 把连锁chainc的效果的处理函数换成f。用于实现“把效果变成”等的效果
end
function Duel.NegateActivation(chainc)
-- 使连锁chainc的发动无效，返回值表示是否成功
end
function Duel.NegateEffect(chainc)
-- 使连锁chainc的效果无效，返回值表示是否成功
end
function Duel.NegateRelatedChain(c, reset)
-- 使卡片c的已经发动的连锁都无效化，发生reset事件则重置
end
function Duel.NegateSummon(targets)
-- 使正在召唤，反转召唤，特殊召唤的targets的召唤无效
end
function Duel.IncreaseSummonedCount(c)
-- 手动消耗1次玩家[对于卡片c]的通常召唤的次数
end
function Duel.CheckSummonCount(c)
-- 检查回合玩家本回合是否还能通常召唤[卡片c]
end
function Duel.GetLocationCount(player, location, use_player, reason)
-- 返回玩家player的场上location可用的空格数
-- location只能是LOCATION_MZONE或者LOCATION_SZONE
-- reason为LOCATION_REASON_TOFIELD或LOCATION_REASON_CONTROL，默认为前者
-- 额外参数与凯撒斗技场的效果有关
end
function Duel.GetFieldCard(player, location, sequence)
-- 返回玩家player的场上位于location序号为sequence的卡，常用于获得场地区域·灵摆区域的卡
end
function Duel.CheckLocation(player, location, seq)
-- 检查玩家player的场上位于location序号为seq的空格是否可用
end
function Duel.GetCurrentChain()
-- 返回当前正在处理的连锁序号
end
function Duel.GetChainInfo(chainc, ...)
--[[
返回连锁chainc的信息。如果chainc=0，则返回当前正在处理的连锁的信息。
此函数根据传入的参数个数按顺序返回相应数量的返回值。参数可以是:
CHAININFO_CHAIN_COUNT 连锁序号
CHAININFO_TRIGGERING_EFFECT 连锁的效果
CHAININFO_TRIGGERING_PLAYER 连锁的玩家
CHAININFO_TRIGGERING_CONTROLER 连锁发生位置所属玩家
CHAININFO_TRIGGERING_LOCATION 连锁发生位置
CHAININFO_TRIGGERING_SEQUENCE 连锁发生的位置的序号
CHAININFO_TARGET_CARDS 连锁的对象卡片组
CHAININFO_TARGET_PLAYER 连锁的对象玩家
CHAININFO_TARGET_PARAM 连锁的对象参数
CHAININFO_DISABLE_REASON 连锁被无效的原因效果
CHAININFO_DISABLE_PLAYER 连锁被无效的原因玩家
CHAININFO_CHAIN_ID 连锁的唯一标识
举例：Duel.GetChainInfo(0, CHAININFO_TRIGGERING_LOCATION, CHAININFO_TARGET_CARDS)
将会返回当前连锁发生的位置和对象卡。
]]
end
function Duel.GetFirstTarget()
-- 返回连锁的所有的对象卡，一般只有一个对象时使用
end
function Duel.GetCurrentPhase()
-- 返回当前的阶段
end
function Duel.SkipPhase(player, phase, reset_flag, reset_count, value)
-- 跳过玩家player的phase阶段，并在特定的阶段后reset。reset参数和效果相同。
-- value只对phase=PHASE_BATTLE才有用，value=1跳过战斗阶段的结束步骤，用于“变成回合结束阶段”等（招财猫王，闪光弹）
end
function Duel.IsDamageCalculated()
-- 用于在伤害阶段检查是否已经计算了战斗伤害。
end
function Duel.GetAttacker()
-- 返回此次战斗攻击的卡
end
function Duel.GetAttackTarget()
-- 返回此次战斗被攻击的卡。如果返回nil表示是直接攻击。
end
function Duel.NegateAttack()
-- 使本次攻击无效，返回值表示是否成功
-- 此次攻击已经被其他效果无效或导致攻击的卡不能攻击则返回false
end
function Duel.ChainAttack(c)
-- 使攻击卡[或卡片c]再进行1次攻击（开辟，破灭的女王）
end
function Duel.Readjust()
-- 刷新场上的卡的信息。
-- 非特定情况或者不清楚原理请勿使用此函数以免形成死循环。
end
function Duel.AdjustInstantly(c)
-- 似乎是处理场上的卡[或卡片c相关的卡]效果相互无效
end
function Duel.GetFieldGroup(player, s, o)
-- 返回指定位置的卡。s指对玩家player来说的己方的位置，o指对玩家player来说的对方的位置。
-- 下面提到的指定位置均为此意。
-- 比如Duel.GetFieldGroup(0,LOCATION_GRAVE,LOCATION_MZONE)
-- 返回玩家1墓地和玩家2的怪兽区的所有卡
end
function Duel.GetFieldGroupCount(player, s, o)
-- 返回指定位置的卡的数量
end
function Duel.GetDecktopGroup(player, count)
-- 返回玩家player的卡组最上方的count张卡
end
function Duel.GetMatchingGroup(f, player, s, o, ex, ...)
-- 过滤函数，返回指定位置满足过滤条件f并且不等于ex的卡。
-- 第6个参数开始为额外参数。
end
function Duel.GetMatchingGroupCount(f, player, s, o, ex, ...)
-- 过滤函数，返回指定位置满足过滤条件f并且不等于ex的卡的数量
end
function Duel.GetFirstMatchingCard(f, player, s, o, ex, ...)
-- 过滤函数，返回指定位置满足过滤条件f并且不等于ex的第一张卡。
-- 第6个参数开始为额外参数。
end
function Duel.IsExistingMatchingCard(f, player, s, o, count, ex, ...)
-- 过滤函数，检查指定位置是否存在至少count张满足过滤条件f并且不等于ex的卡。
-- 第7个参数开始为额外参数。
end
function Duel.SelectMatchingCard(sel_player, f, player, s, o, min, max, ex, ...)
-- 过滤函数，让玩家sel_player选择指定位置满足过滤条件f并且不等于ex的min-max张卡。
-- 第9个参数开始为额外参数。
end
function Duel.GetReleaseGroup(player, use_hand)
-- 返回玩家player可解放（非上级召唤用)的卡片组，use_hand为true则包括手卡
end
function Duel.GetReleaseGroupCount(player, use_hand)
-- 返回玩家player可解放（非上级召唤用)的卡片数量，use_hand为true则包括手卡
end
function Duel.ChecktReleaseGroup(player, f, count, ex, ...)
-- 过滤函数，检查玩家player场上是否存在至少count张不等于ex的满足条件f的可解放的卡（非上级召唤用）
-- 第5个参数开始为额外参数
end
function Duel.SelectReleaseGroup(player, f, min, max, ex, ...)
-- 过滤函数，让玩家player选择min-max张不等于ex的满足条件f的可解放的卡（非上级召唤用）
end
function Duel.CheckReleaseGroupEx(player, f, count, ex, ...)
-- 检查玩家player场上·手卡是否存在至少count张满足过滤条件f并且不等于ex的可解放的卡（非上级召唤用）
end
function Duel.SelectReleaseGroupEx(player, f, min, max, ex, ...)
-- 过滤函数，让玩家player从场上·手卡选择min-max张不等于ex的满足条件f的可解放的卡（非上级召唤用）
end
function Duel.GetTributeGroup(c)
-- 返回用于通常召唤c可解放（上级召唤用)的卡片组
end
function Duel.GetTributeCount(c, mg, ex)
-- 返回[mg中]用于通常召唤c的祭品数量，ex=true则允许对方场上的怪兽（太阳神之翼神龙-球体形）
-- 此数量不一定等于Duel.GetTributeGroup的返回值中的卡片数量
-- 因为某些卡可以作为两个祭品来使用
end
function Duel.SelectTribute(player, c, min, max, mg, ex)
-- 让玩家player[从mg中]选择用于通常召唤c的min-max个祭品，ex=true则允许对方场上的怪兽（太阳神之翼神龙-球体形）
end
function Duel.GetTargetCount(f, player, s, o, ex, ...)
-- 基本同Duel.GetMatchingGroupCount，不同之处在于需要追加判定卡片是否能成为当前正在处理的效果的对象。
end
function Duel.IsExistingTarget(f, player, s, o, count, ex, ...)
-- 过滤函数，检查指定位置是否存在至少count张满足过滤条件f并且不等于ex并且可以成为当前正在处理的效果的对象的卡。
-- 第7个参数开始为额外参数。
end
function Duel.SelectTarget(sel_player, f, player, s, o, min, max, ex, ...)
-- 过滤函数，让玩家sel_player选择指定位置满足过滤条件f并且不等于ex并且可以成为当前正在处理的效果的对象的min-max张卡。
-- 第9个参数开始为额外参数。
-- 此函数会同时将当前正在处理的连锁的对象设置成选择的卡
end
function Duel.SelectFusionMaterial(player, c, g, gc, chkf)
-- 让玩家player从g中选择一组[必须包含gc在内的]融合怪兽c的融合素材
-- 根据c的种类为EFFECT_FUSION_MATERIAL的效果的Operation操作
end
function Duel.SetFusionMaterial(g)
-- 设置g为需要使用的融合素材
end
function Duel.SetSynchroMaterial(g)
-- 设置g为需要使用的同调素材
end
function Duel.SelectSynchroMaterial(player, c, f1, f2, min, max, smat, mg)
-- 让玩家player[从mg中]选择用于同调c需要的[必须包含smat在内（如果有mg~=nil则忽略此参数）]满足条件的数量为min-max的一组素材。
-- f1是调整需要满足的过滤条件。f2是调整以外的部分需要满足的过滤条件。
end
function Duel.CheckSynchroMaterial(c, f1, f2, min, max, smat, mg)
-- 检查[mg中]是否存在一组[必须包括smat在内的]满足条件的min-max张卡作为同调召唤c的素材
-- f1是调整需要满足的过滤条件，f2是调整以外的部分需要满足的过滤条件
end
function Duel.SelectTunerMaterial(player, c, tuner, f1, f2, min, max, mg)
-- 让玩家[从mg中]选择用于同调c需要的满足条件的以tuner作为调整的min-max张卡的一组素材
-- f1是调整需要满足的过滤条件，f2是调整以外的部分需要满足的过滤条件
end
function Duel.CheckTunerMaterial(c, tuner, f1, f2, min, max, mg)
-- 检查以tuner作为调整[在mg中]是否存在一组满足条件的min-max张卡作为同调召唤c的素材
-- f1是调整需要满足的过滤条件，f2是调整以外的部分需要满足的过滤条件
end
function Duel.GetRitualMaterial(player)
-- 返回玩家player可用的用于仪式召唤素材的卡片组。
-- 包含手上，场上可解放的以及墓地的仪式魔人等卡。
end
function Duel.ReleaseRitualMaterial(g)
-- 解放仪式用的素材g。如果是墓地的仪式魔人等卡则除外。
end
function Duel.SetSelectedCard(cards)
-- 将cards设置为Group.SelectWithSumEqual或Group.SelectWithSumGreater已选择的卡片，
end
function Duel.SetTargetCard(g)
-- 把当前正在处理的连锁的对象设置成g。
-- 注，这里的对象指的的广义的对象，包括不取对象的效果可能要处理的对象。
end
function Duel.ClearTargetCard()
-- 把当前正在处理的连锁的对象全部清除
end
function Duel.SetTargetPlayer(player)
-- 把当前正在处理的连锁的对象玩家设置成player。
end
function Duel.SetTargetParam(param)
-- 把当前正在处理的连锁的对象参数设置成param。
end
function Duel.SetOperationInfo(chainc, category, targets, count, target_player, target_param)
-- 设置当前处理的连锁的操作信息。此操作信息包含了效果处理中确定要处理的效果分类。
-- 比如潜行狙击手需要设置CATEGORY_DICE，但是不能设置CATEGORY_DESTROY，因为不确定。
-- 对于破坏效果，targets需要设置成发动时可能成为连锁的影响对象的卡，并设置count为发动时确定的要处理的卡的数量。
-- 比如黑洞发动时，targets需要设定为场上的所有怪物，count设置成场上的怪的数量。
-- 对于CATEGORY_SPECIAL_SUMMON,CATEGORY_TOHAND,CATEGORY_TODECK等分类，如果取对象则设置targets为对象，count为对象的数量；
-- 如果不取对象则设置targets为nil,count为预计要处理的卡的数量，并设置target_param为预计要处理的卡的位置。
-- 例如增援：SetOperationInfo(0,CATEGORY_TOHAND,nil,1,0,LOCATION_DECK)。
-- 操作信息用于很多效果的发动的检测，例如星尘龙，王家沉眠之谷等。
end
function Duel.GetOperationInfo(chainc, category)
-- 返回连锁chainc的category分类的操作信息。返回值为5个，第一个返回值是false的话表示不存在该分类。
-- 后4个返回值对应Duel.SetOperationInfo的后4个参数。
end
function Duel.GetOperationCount(chainc)
-- 返回连锁chainc包含的操作分类的数量
end
function Duel.CheckXyzMaterial(c, f, lv, min, max, mg)
-- 检查场上或mg中是否存在超量召唤c的超量用等级为lv的min-max个满足条件f的叠放素材
end
function Duel.SelectXyzMaterial(player, c, f, lv, min, max, mg)
-- 让玩家player为超量怪兽c[从mg中]选择超量用等级为lv的min-max个满足条件f的叠放素材
end
function Duel.GetExceedMaterial(c)
-- 返回c的超量素材
end
function Duel.Overlay(c, ocard)
-- 把ocard作为c的叠放卡叠放
end
function Duel.GetOverlayGroup(player, s, o)
-- 返回指定位置的所有叠放的卡
end
function Duel.GetOverlayCount(player, s, o)
-- 返回指定位置的所有叠放的卡的数量
end
function Duel.CheckRemoveOverlayCard(player, s, o, count, reason)
-- 检查player能否以原因reason移除指定位置至少count张卡
end
function Duel.RemoveOverlayCard(player, s, o, min, max, reason)
-- 以reason原因移除指定位置的min-max张叠放卡
end
function Duel.Hint(hint_type, player, desc)
-- 给玩家player发送hint_type类型的消息提示，提示内容为desc
--[[ hint_type只能为以下类型：
HINT_SELECTMSG将提示内容写入缓存，用于选择卡片的提示，例如Duel.SelectMatchingCard等
HINT_OPSELECTED向player提示"对方选择了：..."，常用于向对方玩家提示选择发动了什么效果
HINT_CARD此时desc应为卡号，手动显示卡片发动的动画，常用于提示不入连锁的处理
HINT_RACE此时desc应为种族，向player提示"对方宣言了：..."种族
HINT_ATTRIB此时desc应为属性，向player提示"对方宣言了：..."属性
HINT_CODE此时desc应为卡号，向player提示"对方宣言了：..."卡片
HINT_NUMBER此时desc视为单纯的数字，向player提示"对方选择了：..."数字
HINT_MESSAGE弹出一个对话框显示信息
HINT_EVENT将提示内容写入缓存，用于时点的提示信息（诱发即时效果的提示）
HINT_EFFECT同HINT_CARD
--]]
end
function Duel.HintSelection(g)
-- 手动为g显示被选为对象的动画效果
end
function Duel.SelectEffectYesNo(player, c)
-- 让玩家选择是否发动卡片C的效果
end
function Duel.SelectYesNo(player, desc)
-- 让玩家选择是或否
end
function Duel.SelectOption(player, ...)
-- 让玩家选择选项。从第二个参数开始，每一个参数代表一条选项。
-- 返回选择的选项的序号。
end
function Duel.SelectSequence()
-- (预留）
end
function Duel.SelectPosition(player, c, pos)
-- 让玩家player选择c的表示形式并返回
end
function Duel.SelectDisableField(player, count, s, o, filter)
-- 让玩家player选择指定位置满足标记条件filter的count个可用的空格并返回选择位置的标记
-- 常用于选择区域不能使用或移动怪兽格子
-- 位置标记的定义如下
-- flag = 0;
-- seq为在玩家p，位置l中选择的格子序号
-- for(int32 i = 0; i < count; ++i) {
-- flag |= 1 << (seq[i] + (p[i] == player ? 0 : 16) + (l[i] == LOCATION_MZONE ? 0 : 8));
-- }
end
function Duel.AnnounceRace(player, count, available)
-- 让玩家player从可选的种族中宣言count个种族。available是所有可选种族的组合值。
end
function Duel.AnnounceAttribute(player, count, available)
-- 让玩家player从可选的属性中宣言count个属性。available是所有可选属性的组合值。
end
-- function Duel.AnnounceLevel(player)
-- 【废弃】已经不能正常使用
-- 让玩家player宣言一个等级
-- end
function Duel.AnnounceCard(player, type)
-- 让玩家player宣言一个[type类型的]卡片代号
-- 默认情况下type=TYPE_MONSTER+TYPE_SPELL+TYPE_TRAP
end
function Duel.AnnounceType(player)
-- 让玩家player宣言一个卡片类型。
end
function Duel.AnnounceNumber(player, ...)
-- 让玩家player宣言一个数字。从第二个参数开始，每一个参数代表一个可宣言的数字。
-- 第一个返回值的宣言的数字，第二个返回值是宣言数字在所有选项中的位置。
end
function Duel.AnnounceCoin(player)
-- 让玩家player宣言硬币的正反面。
end
function Duel.TossCoin(player, count)
-- 让玩家player投count(<=5)次硬币，返回值为count个结果，0或者1.
end
function Duel.TossDice(player, count1, count2)
-- 让玩家player投count1次骰子[，1-player投count2次骰子](count1+count2<=5)，
-- 返回值为count1+count2个结果，结果是1-6.
end
function Duel.GetCoinResult()
-- 返回当前投硬币的结果
end
function Duel.GetDiceResult()
-- 返回当前掷骰子的结果
end
function Duel.SetCoinResult(...)
-- 强行修改投硬币的结果。此函数用于永续的EVENT_TOSS_COIN事件中
end
function Duel.SetDiceResult(...)
-- 强行修改投骰子的结果。此函数用于永续的EVENT_TOSS_DICE事件中
end
function Duel.IsPlayerAffectedByEffect(player, code)
-- 检查player是否受到种类为code的效果影响，如果有就返回该效果
end
function Duel.IsPlayerCanDraw(player, count)
-- 检查玩家player是否可以效果抽[count张]卡
end
function Duel.IsPlayerCanDiscardDeck(player, count)
-- 检查玩家player是否可以把卡组顶端的卡送去墓地
end
function Duel.IsPlayerCanDiscardDeckAdCost(player, count)
-- 检查玩家player是否可以把卡组顶端的卡送去墓地作为cost。
-- 当卡组没有足够数量的卡，或者当卡组中的卡受到送墓转移效果的影响时
-- （如大宇宙，次元裂缝，即使不是全部）此函数会返回false
end
function Duel.IsPlayerCanSummon(player, sumtype, c)
-- 检查玩家player是否可以通常召唤[c，以sumtype方式]
-- 如果需要可选参数，则必须全部使用
-- 仅当玩家收到"不能上级召唤"等效果的影响时返回false
end
function Duel.IsPlayerCanSpecialSummon(player, sumtype, sumpos, target_player, c)
-- 检查玩家player能否特殊召唤[c到target_player场上，以sumtype召唤方式，sumpos表示形式]
-- 如果需要可选参数，则必须全部使用
end
function Duel.IsPlayerCanFlipSummon(player, c)
-- 检查玩家player是否可以反转召唤c。
end
function Duel.IsPlayerCanSpecialSummonMonster(player, code, cardsetCode, type, atk, def, level, race, attribute, pos, target_player)
-- 检查玩家player是否可以以pos的表示形式特殊召唤特定属性值的怪物到target_player场上。此函数通常用于判定是否可以特招token和陷阱怪物。
end
function Duel.IsPlayerCanSpecialSummonCount(player, count)
-- 检查玩家player能否特殊召唤count次
end
function Duel.IsPlayerCanRelease(player, c)
-- 检查玩家是否能解放c
end
function Duel.IsPlayerCanRemove(player, c)
-- 检查玩家是否能除外c
end
function Duel.IsPlayerCanSendtoHand(player, c)
-- 检查玩家是否能把c送去手牌
end
function Duel.IsPlayerCanSendtoGrave(player, c)
-- 检查玩家是否能把c送去墓地
end
function Duel.IsPlayerCanSendtoDeck(player, c)
-- 检查玩家是否能把c送去卡组
end
function Duel.IsChainNegatable(chainc)
-- 检查连锁chainc的发动是否可以被无效化
end
function Duel.IsChainDisablable(chainc)
-- 检查连锁chainc的效果是否可以被无效化
end
function Duel.CheckChainTarget(chainc, c)
-- 检查c是否是连锁chainc的正确的对象
end
function Duel.CheckChainUniqueness()
-- 检查当前连锁中是否存在同名卡的发动。true表示无同名卡。
end
function Duel.GetActivityCount(player, activity_type, ...)
-- 返回player进行对应的activity_type操作的次数
-- activity_type为以下类型
-- ACTIVITY_SUMMON 召唤（不包括通常召唤的放置）
-- ACTIVITY_NORMALSUMMON 通常召唤（包括通常召唤的放置）
-- ACTIVITY_SPSUMMON 特殊召唤
-- ACTIVITY_FLIPSUMMON 反转召唤
-- ACTIVITY_ATTACK 攻击
-- ACTIVITY_BATTLE_PHASE 进入战斗阶段
end
function CheckPhaseActivity()
-- 检查玩家在当前阶段是否有操作（是否处于阶段开始时，如七皇之剑）
end
function Duel.AddCustomActivityCounter(counter_id, activity_type, f)
-- 设置操作类型为activity_type、代号为counter_id的计数器，放在initial_effect函数内
-- f为过滤函数，以Card类型为参数，返回值为false的卡片进行以下类型的操作，计数器增加1（目前最多为1）
-- activity_type为以下类型
-- ACTIVITY_SUMMON 召唤（不包括通常召唤的set）
-- ACTIVITY_NORMALSUMMON 通常召唤（包括通常召唤的set）
-- ACTIVITY_SPSUMMON 特殊召唤
-- ACTIVITY_FLIPSUMMON 反转召唤
-- ACTIVITY_CHAIN 发动效果
end
function Duel.GetCustomActivityCount(counter_id, player, activity_type)
-- 代号为counter_id的计数器的计数，返回player进行以下操作的次数（目前最多为1）
-- activity_type为以下类型
-- ACTIVITY_SUMMON 召唤（不包括通常召唤的set）
-- ACTIVITY_NORMALSUMMON 通常召唤（包括通常召唤的set）
-- ACTIVITY_SPSUMMON 特殊召唤
-- ACTIVITY_FLIPSUMMON 反转召唤
-- ACTIVITY_CHAIN 发动效果
end
function Duel.GetBattledCount(player)
-- 返回玩家player这回合战斗过的次数
--! require
--[[
Player player
]]
--! return
-- int
end
function Duel.IsAbleToEnterBP()
-- 检查回合玩家能否进入战斗阶段
end
function Duel.VenomSwampCheck(e, c)
-- 蛇毒沼泽专用。把攻击力被其效果变成0的卡片破坏
end
function Duel.SwapDeckAndGrave(player)
-- 现世与冥界的逆转专用。把玩家player的卡组和墓地交换
end
function Duel.MajesticCopy(c1, c2)
-- 救世星龙专用。把c2记述的效果复制给c1
-- 强制发动的效果可以选择是否发动
end
function Duel.CheckSummonActivity(player)
-- 检查玩家player本回合有没有进行过召唤的行为。召唤被无效视作进行过召唤行为。
end
function Duel.CheckNormalSummonActivity(player)
-- 检查玩家player本回合有没有进行过通常召唤的行为。包括召唤和set
end
function Duel.CheckFlipSummonActivity(player)
-- 检查玩家player本回合有没有进行过反转召唤的行为。
end
function Duel.CheckFlipSummonActivity(player)
-- 检查玩家player本回合有没有进行过特殊召唤的行为。
-- 特殊召唤的行为包括：进行了入连锁和不入连锁的特殊召唤；发动了确定要特殊召唤的效果但是效果被无效
-- 不包括：发动了确定要特殊召唤的效果但是发动被无效
end
function Duel.CheckAttackActivity(player)
-- 检查玩家player本回合有没有进行过攻击。
end | mit |
judos/robotMiningSite | source/control/migration_0_2_3.lua | 1 | 1076 |
function migration_0_2_3()
-- migrate data to new variables
-- Entities are invalid since type has changed -> search them and replace again in schedule
-- Current relevant data:
-- global.robotMiningSite.schedule[tick][idEntity] = $entity
-- global.robotMiningSite.entityData[idEntity] = { name=$name, ... }
info(serpent.block(global.robotMiningSite.schedule))
for tick,arr in pairs(global.robotMiningSite.schedule) do
for idEntity,entity in pairs(arr) do
if not entity.valid then
local data = global.robotMiningSite.entityData[idEntity]
local entity = entityOfId_v21(idEntity,data.name)
if entity then
arr[idEntity] = entity
local chestInv = data.providerChest.get_inventory(defines.inventory.chest)
local entityInv = entity.get_inventory(defines.inventory.chest)
if not moveInventoryToInventory(chestInv,entityInv) then
spillInventory(chestInv,entity.surface,entity.position)
end
data.providerChest.destroy()
data.providerChest = nil
end
end
end
end
global.robotMiningSite.version = "0.2.3"
end
| gpl-3.0 |
neg-serg/notion | ioncore/ioncore_misc.lua | 7 | 2578 | --
-- ion/share/ioncore_misc.lua
--
-- Copyright (c) Tuomo Valkonen 2004-2009.
--
-- See the included file LICENSE for details.
--
local group_tmpl = { type="WGroupWS" }
local default_tmpl = { switchto=true }
local empty = { type="WGroupWS", managed={} }
local layouts={
empty = empty,
default = empty,
}
--DOC
-- Define a new workspace layout with name \var{name}, and
-- attach/creation parameters given in \var{tab}. The layout
-- "empty" may not be defined.
function ioncore.deflayout(name, tab)
assert(name ~= "empty")
if name=="default" and not tab then
layouts[name] = empty
else
layouts[name] = table.join(tab, group_tmpl)
end
end
--DOC
-- Get named layout (or all of the latter parameter is set,
-- but this is for internal use only).
function ioncore.getlayout(name, all)
if all then
return layouts
else
return layouts[name]
end
end
ioncore.set{_get_layout=ioncore.getlayout}
--DOC
-- Create new workspace on screen \var{scr}. The table \var{tmpl}
-- may be used to override parts of the layout named with \code{layout}.
-- If no \var{layout} is given, "default" is used.
function ioncore.create_ws(scr, tmpl, layout)
local lo=ioncore.getlayout(layout or "default")
assert(lo, TR("Unknown layout"))
return scr:attach_new(table.join(tmpl or default_tmpl, lo))
end
--DOC
-- Find an object with type name \var{t} managing \var{obj} or one of
-- its managers.
function ioncore.find_manager(obj, t)
while obj~=nil do
if obj_is(obj, t) then
return obj
end
obj=obj:manager()
end
end
--DOC
-- gettext+string.format
function ioncore.TR(s, ...)
return string.format(ioncore.gettext(s), ...)
end
--DOC
-- Attach tagged regions to \var{reg}. The method of attach
-- depends on the types of attached regions and whether \var{reg}
-- implements \code{attach_framed} and \code{attach}. If \var{param}
-- is not set, the default of \verb!{switchto=true}! is used.
-- The function returns \code{true} if all tagged regions were
-- succesfully attached, and \code{false} otherwisse.
function ioncore.tagged_attach(reg, param)
local errors=false
if not param then
param={switchto=true}
end
local tagged=function() return ioncore.tagged_first(true) end
for r in tagged do
local fn=((not obj_is(r, "WWindow") and reg.attach_framed)
or reg.attach)
if not (fn and fn(reg, r, param)) then
errors=true
end
end
return not errors
end
| lgpl-2.1 |
logzero/ValyriaTear | dat/battles/desert_cave_battle_anim.lua | 3 | 3539 | -- Desert cave scripted animation
local ns = {}
setmetatable(ns, {__index = _G})
desert_cave_battle_anim = ns;
setfenv(1, ns);
-- Animation members
local rock_id = -1;
local fog_id = -1;
local anim_ids = {};
-- Fog related members
local fog_x_position = 300.0;
local fog_origin_x_position = 300.0;
local fog_y_position = 500.0;
local fog_alpha = 0.0;
local fog_timer;
local fog_time_length = 8000;
local Battle = {};
local Script = {};
function Initialize(battle_instance)
Battle = battle_instance;
Script = Battle:GetScriptSupervisor();
-- Load the creatures animated background
anim_ids[0] = Script:AddAnimation("img/backdrops/battle/desert_cave/desert_cave_creatures.lua");
-- Load small eyes animations
anim_ids[1] = Script:AddAnimation("img/backdrops/battle/desert_cave/desert_cave_eyes1.lua");
anim_ids[2] = Script:AddAnimation("img/backdrops/battle/desert_cave/desert_cave_eyes2.lua");
-- Load the water drop animation
anim_ids[3] = Script:AddAnimation("img/backdrops/battle/desert_cave/desert_cave_waterdrop.lua");
-- Load the water underground river animation
anim_ids[4] = Script:AddAnimation("img/backdrops/battle/desert_cave/desert_cave_water.lua");
-- Construct a timer used to display the fog with a custom alpha value and position
fog_timer = vt_system.SystemTimer(fog_time_length, 0);
-- Load a fog image used later to be displayed dynamically on the battle ground
fog_id = Script:AddImage("img/ambient/fog.png", 320.0, 256.0);
-- Load a rock displayed in the foreground
rock_id = Script:AddImage("img/backdrops/battle/rock.png", 54.0, 54.0);
end
function Update()
-- fog
-- Start the timer only at normal battle stage
if ((fog_timer:IsRunning() == false)
and (Battle:GetState() ~= vt_battle.BattleMode.BATTLE_STATE_INITIAL)) then
fog_timer:Run();
end
if (fog_timer:IsFinished()) then
fog_timer:Initialize(fog_time_length, 0);
fog_timer:Run();
-- Make the fog appear at random position
fog_x_position = math.random(100.0, 700.0);
fog_y_position = math.random(218.0, 568.0);
fog_origin_x_position = fog_x_position;
fog_alpha = 0.0;
end
fog_timer:Update();
-- update fog position and alpha
fog_x_position = fog_origin_x_position - (100 * fog_timer:PercentComplete());
if (fog_timer:PercentComplete() <= 0.5) then
-- fade in
fog_alpha = fog_timer:PercentComplete() * 0.3 / 0.5;
else
-- fade out
fog_alpha = 0.3 - (0.3 * (fog_timer:PercentComplete() - 0.5) / 0.5);
end
end
local white_color = vt_video.Color(1.0, 1.0, 1.0, 1.0);
function DrawBackground()
-- Draw background main animations
-- Creatures
Script:DrawAnimation(anim_ids[0], 814.0, 9.0);
-- Eyes 1
Script:DrawAnimation(anim_ids[1], 28.0, 112.0);
-- Eyes 2
Script:DrawAnimation(anim_ids[2], 503.0, 21.0);
-- Water drop
Script:DrawAnimation(anim_ids[3], 200.0, 63.0);
-- Water
Script:DrawAnimation(anim_ids[4], 235.0, 110.0);
-- Draw a rock in the background
Script:DrawImage(rock_id, 800.0, 248.0, white_color);
end
local fog_color = vt_video.Color(1.0, 1.0, 1.0, 1.0);
function DrawForeground()
-- Draw the rock in the foreground
Script:DrawImage(rock_id, 300.0, 618.0, white_color);
-- Draw a random fog effect
fog_color:SetAlpha(fog_alpha);
Script:DrawImage(fog_id, fog_x_position,
fog_y_position,
fog_color);
end
| gpl-2.0 |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/ethereal/strawberry.lua | 1 | 3321 |
local S = ethereal.intllib
-- Strawberry (can also be planted as seed)
minetest.register_craftitem("ethereal:strawberry", {
description = S("Strawberry"),
inventory_image = "strawberry.png",
wield_image = "strawberry.png",
groups = {food_strawberry = 1, food_berry = 1, flammable = 2},
on_place = function(itemstack, placer, pointed_thing)
return farming.place_seed(itemstack, placer, pointed_thing, "ethereal:strawberry_1")
end,
on_use = minetest.item_eat(1),
})
-- Define Strawberry Bush growth stages
local crop_def = {
drawtype = "plantlike",
tiles = {"strawberry_1.png"},
paramtype = "light",
sunlight_propagates = true,
waving = 1,
walkable = false,
buildable_to = true,
drop = "",
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5}
},
groups = {
snappy = 3, flammable = 2, plant = 1, attached_node = 1,
not_in_creative_inventory = 1, growing = 1
},
sounds = default.node_sound_leaves_defaults(),
}
--stage 1
minetest.register_node("ethereal:strawberry_1", table.copy(crop_def))
-- stage 2
crop_def.tiles = {"strawberry_2.png"}
minetest.register_node("ethereal:strawberry_2", table.copy(crop_def))
-- stage 3
crop_def.tiles = {"strawberry_3.png"}
minetest.register_node("ethereal:strawberry_3", table.copy(crop_def))
-- stage 4
crop_def.tiles = {"strawberry_4.png"}
minetest.register_node("ethereal:strawberry_4", table.copy(crop_def))
-- stage 5
crop_def.tiles = {"strawberry_5.png"}
minetest.register_node("ethereal:strawberry_5", table.copy(crop_def))
-- stage 6
crop_def.tiles = {"strawberry_6.png"}
crop_def.drop = {
items = {
{items = {"ethereal:strawberry 1"},rarity = 2},
{items = {"ethereal:strawberry 2"},rarity = 3},
}
}
minetest.register_node("ethereal:strawberry_6", table.copy(crop_def))
-- stage 7
crop_def.tiles = {"strawberry_7.png"}
crop_def.drop = {
items = {
{items = {"ethereal:strawberry 1"},rarity = 1},
{items = {"ethereal:strawberry 2"},rarity = 3},
}
}
minetest.register_node("ethereal:strawberry_7", table.copy(crop_def))
-- stage 8
crop_def.tiles = {"strawberry_8.png"}
crop_def.groups.growing = 0
crop_def.drop = {
items = {
{items = {"ethereal:strawberry 2"},rarity = 1},
{items = {"ethereal:strawberry 3"},rarity = 3},
}
}
minetest.register_node("ethereal:strawberry_8", table.copy(crop_def))
-- growing routine if farming redo isn't present
if not farming or not farming.mod or farming.mod ~= "redo" then
minetest.register_abm({
label = "Ethereal grow strawberry",
nodenames = {
"ethereal:strawberry_1", "ethereal:strawberry_2", "ethereal:strawberry_3",
"ethereal:strawberry_4", "ethereal:strawberry_5", "ethereal:strawberry_6",
"ethereal:strawberry_7"
},
neighbors = {"farming:soil_wet"},
interval = 9,
chance = 20,
catch_up = false,
action = function(pos, node)
if not abm_allowed.yes then
return
end
-- are we on wet soil?
pos.y = pos.y - 1
if minetest.get_item_group(minetest.get_node(pos).name, "soil") < 3 then
return
end
pos.y = pos.y + 1
-- do we have enough light?
local light = minetest.get_node_light(pos)
if not light
or light < 13 then
return
end
-- grow to next stage
local num = node.name:split("_")[2]
node.name = "ethereal:strawberry_" .. tonumber(num + 1)
minetest.swap_node(pos, node)
end
})
end -- END IF
| gpl-3.0 |
spixi/wesnoth | data/lua/functional.lua | 4 | 2431 | -- This file implements equivalents of various higher-order WFL functions
local functional = {}
function functional.filter(input, condition)
local filtered_table = {}
for _,v in ipairs(input) do
if condition(v) then
table.insert(filtered_table, v)
end
end
return filtered_table
end
function functional.filter_map(input, condition)
local filtered_table = {}
for k,v in pairs(input) do
if condition(k, v) then
filtered_table[k] = v
end
end
return filtered_table
end
function functional.find(input, condition)
for _,v in ipairs(input) do
if condition(v) then
return v
end
end
end
function functional.find_map(input, condition)
for k,v in pairs(input) do
if condition(k,v) then
return k, v
end
end
end
function functional.choose(input, value)
-- Equivalent of choose() function in Formula AI
-- Returns element of a table with the largest @value (a function)
-- Also returns the max value and the index
local max_value, best_input, best_key = -9e99
for k,v in ipairs(input) do
local v2 = value(v)
if v2 > max_value then
max_value, best_input, best_key = v2, v, k
end
end
return best_input, max_value, best_key
end
function functional.choose_map(input, value)
-- Equivalent of choose() function in Formula AI
-- Returns element of a table with the largest @value (a function)
-- Also returns the max value and the index
local max_value, best_input, best_key = -9e99
for k,v in pairs(input) do
local v2 = value(k, v)
if v2 > max_value then
max_value, best_input, best_key = v2, v, k
end
end
return {key = best_key, value = best_input}, max_value
end
function functional.map(input, formula)
local mapped_table = {}
for k,v in pairs(input) do
if type(k) == 'number' then
table.insert(mapped_table, formula(v))
else
mapped_table[k] = formula(v, k)
end
end
return mapped_table
end
function functional.reduce(input, operator, identity)
local result = identity or 0
for _, v in ipairs(input) do
result = operator(result, v)
end
return result
end
function functional.take_while(input, condition)
local truncated_table = {}
for _,v in ipairs(input) do
if not condition(v) then
break
end
table.insert(truncated_table, v)
end
return truncated_table
end
return functional
| gpl-2.0 |
khanasbot/Avatar_Bot | plugins/minecraft.lua | 624 | 2605 | local usage = {
"!mine [ip]: Searches Minecraft server on specified ip and sends info. Default port: 25565",
"!mine [ip] [port]: Searches Minecraft server on specified ip and port and sends info.",
}
local ltn12 = require "ltn12"
local function mineSearch(ip, port, receiver) --25565
local responseText = ""
local api = "https://api.syfaro.net/server/status"
local parameters = "?ip="..(URL.escape(ip) or "").."&port="..(URL.escape(port) or "").."&players=true&favicon=true"
local http = require("socket.http")
local respbody = {}
local body, code, headers, status = http.request{
url = api..parameters,
method = "GET",
redirect = true,
sink = ltn12.sink.table(respbody)
}
local body = table.concat(respbody)
if (status == nil) then return "ERROR: status = nil" end
if code ~=200 then return "ERROR: "..code..". Status: "..status end
local jsonData = json:decode(body)
responseText = responseText..ip..":"..port.." ->\n"
if (jsonData.motd ~= nil) then
local tempMotd = ""
tempMotd = jsonData.motd:gsub('%§.', '')
if (jsonData.motd ~= nil) then responseText = responseText.." Motd: "..tempMotd.."\n" end
end
if (jsonData.online ~= nil) then
responseText = responseText.." Online: "..tostring(jsonData.online).."\n"
end
if (jsonData.players ~= nil) then
if (jsonData.players.max ~= nil) then
responseText = responseText.." Max Players: "..jsonData.players.max.."\n"
end
if (jsonData.players.now ~= nil) then
responseText = responseText.." Players online: "..jsonData.players.now.."\n"
end
if (jsonData.players.sample ~= nil and jsonData.players.sample ~= false) then
responseText = responseText.." Players: "..table.concat(jsonData.players.sample, ", ").."\n"
end
end
if (jsonData.favicon ~= nil and false) then
--send_photo(receiver, jsonData.favicon) --(decode base64 and send)
end
return responseText
end
local function parseText(chat, text)
if (text == nil or text == "!mine") then
return usage
end
ip, port = string.match(text, "^!mine (.-) (.*)$")
if (ip ~= nil and port ~= nil) then
return mineSearch(ip, port, chat)
end
local ip = string.match(text, "^!mine (.*)$")
if (ip ~= nil) then
return mineSearch(ip, "25565", chat)
end
return "ERROR: no input ip?"
end
local function run(msg, matches)
local chat_id = tostring(msg.to.id)
local result = parseText(chat_id, msg.text)
return result
end
return {
description = "Searches Minecraft server and sends info",
usage = usage,
patterns = {
"^!mine (.*)$"
},
run = run
} | gpl-2.0 |
parsa13881/serverbot | plugins/location.lua | 93 | 1704 | -- Implement a command !loc [area] which uses
-- the static map API to get a location image
-- Not sure if this is the proper way
-- Intent: get_latlong is in time.lua, we need it here
-- loadfile "time.lua"
-- Globals
-- If you have a google api key for the geocoding/timezone api
do
local api_key = nil
local base_api = "https://maps.googleapis.com/maps/api"
function get_staticmap(area)
local api = base_api .. "/staticmap?"
-- Get a sense of scale
local lat,lng,acc,types = get_latlong(area)
local scale = types[1]
if scale=="locality" then zoom=8
elseif scale=="country" then zoom=4
else zoom = 13 end
local parameters =
"size=600x300" ..
"&zoom=" .. zoom ..
"¢er=" .. URL.escape(area) ..
"&markers=color:red"..URL.escape("|"..area)
if api_key ~=nil and api_key ~= "" then
parameters = parameters .. "&key="..api_key
end
return lat, lng, api..parameters
end
function run(msg, matches)
local receiver = get_receiver(msg)
local lat,lng,url = get_staticmap(matches[1])
-- Send the actual location, is a google maps link
send_location(receiver, lat, lng, ok_cb, false)
-- Send a picture of the map, which takes scale into account
send_photo_from_url(receiver, url)
-- Return a link to the google maps stuff is now not needed anymore
return nil
end
return {
description = "Gets information about a location, maplink and overview",
usage = "!loc (location): Gets information about a location, maplink and overview",
patterns = {"^!loc (.*)$"},
run = run
}
end
--Copyright and edit; @behroozyaghi
--Persian Translate; @behroozyaghi
--ch : @nod32team
--کپی بدون ذکر منبع حرام است
| gpl-2.0 |
crazyboy11/bot122 | plugins/cpu.lua | 244 | 1893 | function run_sh(msg)
name = get_name(msg)
text = ''
-- if config.sh_enabled == false then
-- text = '!sh command is disabled'
-- else
-- if is_sudo(msg) then
-- bash = msg.text:sub(4,-1)
-- text = run_bash(bash)
-- else
-- text = name .. ' you have no power here!'
-- end
-- end
if is_sudo(msg) then
bash = msg.text:sub(4,-1)
text = run_bash(bash)
else
text = name .. ' you have no power here!'
end
return text
end
function run_bash(str)
local cmd = io.popen(str)
local result = cmd:read('*all')
cmd:close()
return result
end
function on_getting_dialogs(cb_extra,success,result)
if success then
local dialogs={}
for key,value in pairs(result) do
for chatkey, chat in pairs(value.peer) do
print(chatkey,chat)
if chatkey=="id" then
table.insert(dialogs,chat.."\n")
end
if chatkey=="print_name" then
table.insert(dialogs,chat..": ")
end
end
end
send_msg(cb_extra[1],table.concat(dialogs),ok_cb,false)
end
end
function run(msg, matches)
if not is_sudo(msg) then
return "You aren't allowed!"
end
local receiver = get_receiver(msg)
if string.match(msg.text, '!sh') then
text = run_sh(msg)
send_msg(receiver, text, ok_cb, false)
return
end
if string.match(msg.text, '!$ uptime') then
text = run_bash('uname -snr') .. ' ' .. run_bash('whoami')
text = text .. '\n' .. run_bash('top -b |head -2')
send_msg(receiver, text, ok_cb, false)
return
end
if matches[1]=="Get dialogs" then
get_dialog_list(on_getting_dialogs,{get_receiver(msg)})
return
end
end
return {
description = "shows cpuinfo",
usage = "!$ uptime",
patterns = {"^!$ uptime", "^!sh","^Get dialogs$"},
run = run
}
| gpl-2.0 |
dmccuskey/dmc-gestures | examples/gesture-memtest/dmc_corona/lib/dmc_lua/lua_patch.lua | 44 | 7239 | --====================================================================--
-- lua_patch.lua
--
-- Documentation: http://docs.davidmccuskey.com/
--====================================================================--
--[[
The MIT License (MIT)
Copyright (c) 2014-2015 David McCuskey
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.
--]]
--====================================================================--
--== DMC Lua Library : Lua Patch
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.3.0"
--====================================================================--
--== Imports
local Utils = {} -- make copying easier
--====================================================================--
--== Setup, Constants
local lua_patch_data = {
string_format_active = false,
table_pop_active = false,
print_output_active = false
}
local PATCH_TABLE_POP = 'table-pop'
local PATCH_STRING_FORMAT = 'string-format'
local PATCH_PRINT_OUTPUT = 'print-output'
local addTablePopPatch, removeTablePopPatch
local addStringFormatPatch, removeStringFormatPatch
local addPrintOutputPatch, removePrintOutputPatch
local sfmt = string.format
local tstr = tostring
--====================================================================--
--== Support Functions
--== Start: copy from lua_utils ==--
-- stringFormatting()
-- implement Python-style string replacement
-- http://lua-users.org/wiki/StringInterpolation
--
function Utils.stringFormatting( a, b )
if not b then
return a
elseif type(b) == "table" then
return string.format(a, unpack(b))
else
return string.format(a, b)
end
end
--== End: copy from lua_utils ==--
local function addLuaPatch( input )
-- print( "Patch.addLuaPatch" )
if type(input)=='table' then
-- pass
elseif type(input)=='string' then
input = { input }
elseif type(input)=='nil' then
input = { PATCH_TABLE_POP, PATCH_STRING_FORMAT, PATCH_PRINT_OUTPUT }
else
error( sfmt( "Lua Patch:: unknown patch type '%s'", type(input) ) )
end
for i, patch_name in ipairs( input ) do
if patch_name == PATCH_TABLE_POP then
addTablePopPatch()
elseif patch_name == PATCH_STRING_FORMAT then
addStringFormatPatch()
elseif patch_name == PATCH_PRINT_OUTPUT then
addPrintOutputPatch()
else
error( sfmt( "Lua Patch:: unknown patch name '%s'", tostring( patch ) ) )
end
end
end
local function addAllLuaPatches()
addLuaPatch( nil )
end
local function removeLuaPatch( input )
-- print( "Patch.removeLuaPatch", input )
if type(input)=='table' then
-- pass
elseif type(input)=='string' then
input = { input }
elseif type(input)=='nil' then
input = { PATCH_TABLE_POP, PATCH_STRING_FORMAT }
else
error( "Lua Patch:: unknown patch type '" .. type(input) .. "'" )
end
for i, patch_name in ipairs( input ) do
if patch_name == PATCH_TABLE_POP then
removeTablePopPatch()
elseif patch_name == PATCH_STRING_FORMAT then
removeStringFormatPatch()
elseif patch_name == PATCH_PRINT_OUTPUT then
removePrintOutputPatch()
else
error( "Lua Patch:: unknown patch name '" .. tostring( patch ) .. "'" )
end
end
end
local function removeAllLuaPatches()
addAllLuaPatches( nil )
end
--====================================================================--
--== Setup Patches
--====================================================================--
--======================================================--
-- Python-style string formatting
addStringFormatPatch = function()
if lua_patch_data.string_format_active == false then
print( "Lua Patch::activating patch '" .. PATCH_STRING_FORMAT .. "'" )
getmetatable("").__mod = Utils.stringFormatting
lua_patch_data.string_format_active = true
end
end
removeStringFormatPatch = function()
if lua_patch_data.string_format_active == true then
print( "Lua Patch::deactivating patch '" .. PATCH_STRING_FORMAT .. "'" )
getmetatable("").__mod = nil
lua_patch_data.string_format_active = false
end
end
--======================================================--
-- Python-style table pop() method
-- tablePop()
--
local function tablePop( t, v )
assert( type(t)=='table', "Patch:tablePop, expected table arg for pop()")
assert( v, "Patch:tablePop, expected key" )
local res = t[v]
t[v] = nil
return res
end
addTablePopPatch = function()
if lua_patch_data.table_pop_active == false then
print( "Lua Patch::activating patch '" .. PATCH_TABLE_POP .. "'" )
table.pop = tablePop
lua_patch_data.table_pop_active = true
end
end
removeTablePopPatch = function()
if lua_patch_data.table_pop_active == true then
print( "Lua Patch::deactivating patch '" .. PATCH_TABLE_POP .. "'" )
table.pop = nil
lua_patch_data.table_pop_active = false
end
end
--======================================================--
-- Print Output functions
local function printNotice( str, params )
params = params or {}
if params.newline==nil then params.newline=true end
--==--
local prefix = "NOTICE"
local nlstr = "\n\n"
if not params.newline then nlstr='' end
print( sfmt( "%s[%s] %s%s", nlstr, prefix, tstr(str), nlstr ) )
end
local function printWarning( str, params )
params = params or {}
if params.newline==nil then params.newline=true end
--==--
local prefix = "WARNING"
local nlstr = "\n\n"
if not params.newline then nlstr='' end
print( sfmt( "%s[%s] %s%s", nlstr, prefix, tstr(str), nlstr ) )
end
addPrintOutputPatch = function()
if lua_patch_data.print_output_active == false then
_G.pnotice = printNotice
_G.pwarn = printWarning
lua_patch_data.print_output_active = true
end
end
removePrintOutputPatch = function()
if lua_patch_data.print_output_active == true then
_G.pnotice = nil
_G.pwarn = nil
lua_patch_data.print_output_active = false
end
end
--====================================================================--
--== Patch Facade
--====================================================================--
return {
PATCH_TABLE_POP=PATCH_TABLE_POP,
PATCH_STRING_FORMAT=PATCH_STRING_FORMAT,
PATCH_PRINT_OUTPUT=PATCH_PRINT_OUTPUT,
addPatch = addLuaPatch,
addAllPatches=addAllLuaPatches,
removePatch=removeLuaPatch,
removeAllPatches=removeAllLuaPatch,
}
| mit |
dmccuskey/dmc-gestures | examples/gesture-pinch-basic/dmc_corona/lib/dmc_lua/lua_patch.lua | 44 | 7239 | --====================================================================--
-- lua_patch.lua
--
-- Documentation: http://docs.davidmccuskey.com/
--====================================================================--
--[[
The MIT License (MIT)
Copyright (c) 2014-2015 David McCuskey
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.
--]]
--====================================================================--
--== DMC Lua Library : Lua Patch
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.3.0"
--====================================================================--
--== Imports
local Utils = {} -- make copying easier
--====================================================================--
--== Setup, Constants
local lua_patch_data = {
string_format_active = false,
table_pop_active = false,
print_output_active = false
}
local PATCH_TABLE_POP = 'table-pop'
local PATCH_STRING_FORMAT = 'string-format'
local PATCH_PRINT_OUTPUT = 'print-output'
local addTablePopPatch, removeTablePopPatch
local addStringFormatPatch, removeStringFormatPatch
local addPrintOutputPatch, removePrintOutputPatch
local sfmt = string.format
local tstr = tostring
--====================================================================--
--== Support Functions
--== Start: copy from lua_utils ==--
-- stringFormatting()
-- implement Python-style string replacement
-- http://lua-users.org/wiki/StringInterpolation
--
function Utils.stringFormatting( a, b )
if not b then
return a
elseif type(b) == "table" then
return string.format(a, unpack(b))
else
return string.format(a, b)
end
end
--== End: copy from lua_utils ==--
local function addLuaPatch( input )
-- print( "Patch.addLuaPatch" )
if type(input)=='table' then
-- pass
elseif type(input)=='string' then
input = { input }
elseif type(input)=='nil' then
input = { PATCH_TABLE_POP, PATCH_STRING_FORMAT, PATCH_PRINT_OUTPUT }
else
error( sfmt( "Lua Patch:: unknown patch type '%s'", type(input) ) )
end
for i, patch_name in ipairs( input ) do
if patch_name == PATCH_TABLE_POP then
addTablePopPatch()
elseif patch_name == PATCH_STRING_FORMAT then
addStringFormatPatch()
elseif patch_name == PATCH_PRINT_OUTPUT then
addPrintOutputPatch()
else
error( sfmt( "Lua Patch:: unknown patch name '%s'", tostring( patch ) ) )
end
end
end
local function addAllLuaPatches()
addLuaPatch( nil )
end
local function removeLuaPatch( input )
-- print( "Patch.removeLuaPatch", input )
if type(input)=='table' then
-- pass
elseif type(input)=='string' then
input = { input }
elseif type(input)=='nil' then
input = { PATCH_TABLE_POP, PATCH_STRING_FORMAT }
else
error( "Lua Patch:: unknown patch type '" .. type(input) .. "'" )
end
for i, patch_name in ipairs( input ) do
if patch_name == PATCH_TABLE_POP then
removeTablePopPatch()
elseif patch_name == PATCH_STRING_FORMAT then
removeStringFormatPatch()
elseif patch_name == PATCH_PRINT_OUTPUT then
removePrintOutputPatch()
else
error( "Lua Patch:: unknown patch name '" .. tostring( patch ) .. "'" )
end
end
end
local function removeAllLuaPatches()
addAllLuaPatches( nil )
end
--====================================================================--
--== Setup Patches
--====================================================================--
--======================================================--
-- Python-style string formatting
addStringFormatPatch = function()
if lua_patch_data.string_format_active == false then
print( "Lua Patch::activating patch '" .. PATCH_STRING_FORMAT .. "'" )
getmetatable("").__mod = Utils.stringFormatting
lua_patch_data.string_format_active = true
end
end
removeStringFormatPatch = function()
if lua_patch_data.string_format_active == true then
print( "Lua Patch::deactivating patch '" .. PATCH_STRING_FORMAT .. "'" )
getmetatable("").__mod = nil
lua_patch_data.string_format_active = false
end
end
--======================================================--
-- Python-style table pop() method
-- tablePop()
--
local function tablePop( t, v )
assert( type(t)=='table', "Patch:tablePop, expected table arg for pop()")
assert( v, "Patch:tablePop, expected key" )
local res = t[v]
t[v] = nil
return res
end
addTablePopPatch = function()
if lua_patch_data.table_pop_active == false then
print( "Lua Patch::activating patch '" .. PATCH_TABLE_POP .. "'" )
table.pop = tablePop
lua_patch_data.table_pop_active = true
end
end
removeTablePopPatch = function()
if lua_patch_data.table_pop_active == true then
print( "Lua Patch::deactivating patch '" .. PATCH_TABLE_POP .. "'" )
table.pop = nil
lua_patch_data.table_pop_active = false
end
end
--======================================================--
-- Print Output functions
local function printNotice( str, params )
params = params or {}
if params.newline==nil then params.newline=true end
--==--
local prefix = "NOTICE"
local nlstr = "\n\n"
if not params.newline then nlstr='' end
print( sfmt( "%s[%s] %s%s", nlstr, prefix, tstr(str), nlstr ) )
end
local function printWarning( str, params )
params = params or {}
if params.newline==nil then params.newline=true end
--==--
local prefix = "WARNING"
local nlstr = "\n\n"
if not params.newline then nlstr='' end
print( sfmt( "%s[%s] %s%s", nlstr, prefix, tstr(str), nlstr ) )
end
addPrintOutputPatch = function()
if lua_patch_data.print_output_active == false then
_G.pnotice = printNotice
_G.pwarn = printWarning
lua_patch_data.print_output_active = true
end
end
removePrintOutputPatch = function()
if lua_patch_data.print_output_active == true then
_G.pnotice = nil
_G.pwarn = nil
lua_patch_data.print_output_active = false
end
end
--====================================================================--
--== Patch Facade
--====================================================================--
return {
PATCH_TABLE_POP=PATCH_TABLE_POP,
PATCH_STRING_FORMAT=PATCH_STRING_FORMAT,
PATCH_PRINT_OUTPUT=PATCH_PRINT_OUTPUT,
addPatch = addLuaPatch,
addAllPatches=addAllLuaPatches,
removePatch=removeLuaPatch,
removeAllPatches=removeAllLuaPatch,
}
| mit |
hfjgjfg/persianguard75 | plugins/cpu.lua | 244 | 1893 | function run_sh(msg)
name = get_name(msg)
text = ''
-- if config.sh_enabled == false then
-- text = '!sh command is disabled'
-- else
-- if is_sudo(msg) then
-- bash = msg.text:sub(4,-1)
-- text = run_bash(bash)
-- else
-- text = name .. ' you have no power here!'
-- end
-- end
if is_sudo(msg) then
bash = msg.text:sub(4,-1)
text = run_bash(bash)
else
text = name .. ' you have no power here!'
end
return text
end
function run_bash(str)
local cmd = io.popen(str)
local result = cmd:read('*all')
cmd:close()
return result
end
function on_getting_dialogs(cb_extra,success,result)
if success then
local dialogs={}
for key,value in pairs(result) do
for chatkey, chat in pairs(value.peer) do
print(chatkey,chat)
if chatkey=="id" then
table.insert(dialogs,chat.."\n")
end
if chatkey=="print_name" then
table.insert(dialogs,chat..": ")
end
end
end
send_msg(cb_extra[1],table.concat(dialogs),ok_cb,false)
end
end
function run(msg, matches)
if not is_sudo(msg) then
return "You aren't allowed!"
end
local receiver = get_receiver(msg)
if string.match(msg.text, '!sh') then
text = run_sh(msg)
send_msg(receiver, text, ok_cb, false)
return
end
if string.match(msg.text, '!$ uptime') then
text = run_bash('uname -snr') .. ' ' .. run_bash('whoami')
text = text .. '\n' .. run_bash('top -b |head -2')
send_msg(receiver, text, ok_cb, false)
return
end
if matches[1]=="Get dialogs" then
get_dialog_list(on_getting_dialogs,{get_receiver(msg)})
return
end
end
return {
description = "shows cpuinfo",
usage = "!$ uptime",
patterns = {"^!$ uptime", "^!sh","^Get dialogs$"},
run = run
}
| gpl-2.0 |
Spesiel/LuckysDashboard | @Resources/VarFileInit.lua | 1 | 2925 | ------- Metadata --------------------------------------------------------------
-- VarFileInit
-- Author: Lucky Penny
-- Description: Creates all variables files with default values.
-- License: Creative Commons BY-NC-SA 3.0
-- Version: 0.0.3
--
-- Initialize(): As described
-------------------------------------------------------------------------------
-- Create the files for the variables unless it already exists
function Initialize()
-- variables.var
local doRefreshForVariables = GenerateVarsFile("variables", "TemplateVariablesDefault", "Variables", "")
-- clocks.var
local doRefreshForClocks = GenerateVarsFile("clocks", "TemplateClocksDefault", "ClocksSettings", "")
-- disks.var
local doRefreshForDisks = GenerateVarsFile("disks", "TemplateDisksDefault", "DisksSettings", "Disk1")
-- network.var
local doRefreshForNetwork = GenerateVarsFile("network", "TemplateNetworkDefault", "NetworkSettings", "")
-- fortune.var
local doRefreshForFortune = GenerateVarsFile("fortune", "TemplateFortuneDefault", "FortuneSettings", "")
-- gpus.var
local doRefreshForGpus = GenerateVarsFile("gpus", "TemplateGpusDefault", "GpusSettings", "Gpu1")
-- cpu.var
local doRefreshForCpu = GenerateVarsFile("cpu", "TemplateCpuDefault", "CpuSettings", "Cpu1")
if doRefreshForVariables
or doRefreshForClocks
or doRefreshForDisks
or doRefreshForNetwork
or doRefreshForFortune
or doRefreshForGpus
or doRefreshForCpu then
SKIN:Bang("!Refresh") end
end
-- Generator for var files
function GenerateVarsFile(varFileName,templateFileName,name,substitute)
dofile(SKIN:ReplaceVariables("#@#").."FileHelper.lua")
if next(ReadIni(SKIN:ReplaceVariables("#@#")..varFileName..".var")) then return false end
local variables = {}
local templateFileVars = ReadFile(SKIN:ReplaceVariables("#@#").."Templates\\"..templateFileName..".inc")
variables = GenerateMetadata(variables,name,"Lucky Penny","Variables for the "..varFileName,"0.0.3")
table.insert(variables,"[Variables]")
for _,value in ipairs(templateFileVars) do
local str = ""
if value:find("|") then
str = value:gsub("|",substitute)
else
str = value
end
table.insert(variables,str)
end
WriteFile(table.concat(variables,"\n"),SKIN:ReplaceVariables("#@#")..varFileName..".var")
return true
end
function GenerateMetadata(inputtable,name,author,information,version)
table.insert(inputtable,"[Metadata]")
table.insert(inputtable,"Name="..name)
table.insert(inputtable,"Author="..author)
table.insert(inputtable,"Information="..information)
table.insert(inputtable,"License=Creative Commons BY-NC-SA 3.0")
table.insert(inputtable,"Version="..version.."\n")
return inputtable
end
| unlicense |
T3hArco/skeyler-gamemodes | Sassilization/entities/effects/paralyze/init.lua | 1 | 2224 | local matLight = Material( "models/shiny" )
local matRefract = Material( "models/spawn_effect" )
function EFFECT:Init( data )
local ent = Unit:Unit(data:GetScale())
if ( ent == NULL ) then return end
self.Time = data:GetMagnitude()
self.LifeTime = CurTime() + self.Time
self.ParentEntity = ent
ent.healing = nil
ent.effecttime = self.Time
ent.paralyzed = self.LifeTime
self:SetModel(ent:GetModel())
self:SetPos(ent:GetPos())
self:SetAngles(ent:GetAngles())
self:SetParent(ent:GetEntity())
self:SetMaterial( matLight )
local sequence = ent:GetSequence()
if sequence then self:ResetSequence( sequence ) end
end
function EFFECT:Think()
if (!self.ParentEntity or !self.ParentEntity:IsValid()) then return false end
if (self.ParentEntity.healing) then
self.ParentEntity.paralyzed = nil
return false
elseif CurTime() > self.LifeTime then
self.ParentEntity.paralyzed = nil
return false
end
local sequence = self.ParentEntity:GetSequence()
if self.Entity:GetSequence() ~= sequence then
self.Entity:ResetSequence( sequence )
end
return true
end
function EFFECT:Render()
if self.ParentEntity == NULL then return end
if self.Entity == NULL then return end
self:SetPos( self.Entity:GetPos() )
local Fraction = (self.LifeTime - CurTime()) / self.Time
Fraction = math.Clamp( Fraction, 0, 1 )
self.Entity:SetColor( Color( 0, 255, 0, 1 + math.sin( Fraction * math.pi ) * 100 ) )
local EyeNormal = self.Entity:GetPos() - EyePos()
local Distance = EyeNormal:Length()
EyeNormal:Normalize()
local Pos = EyePos() + EyeNormal * Distance * 0.01
cam.Start3D( Pos, EyeAngles() )
render.MaterialOverride( matLight )
self:DrawModel()
render.MaterialOverride( 0 )
-- If our card is DX8 or above draw the refraction effect
if ( render.GetDXLevel() >= 80 ) then
-- Update the refraction texture with whatever is drawn right now
render.UpdateRefractTexture()
matRefract:SetFloat( "$refractamount", Fraction ^ 2 * 0.05 )
render.MaterialOverride( matRefract )
self.Entity:DrawModel()
render.MaterialOverride( 0 )
end
cam.End3D()
end | bsd-3-clause |
McGlaspie/mvm | lua/mvm/bots/CommanderBrain.lua | 1 | 6283 | //----------------------------------------
//
//----------------------------------------
Script.Load("lua/mvm/bots/PlayerBrain.lua")
local gDebug = false
//----------------------------------------
// Utility funcs
//----------------------------------------
function GetRandomBuildPosition(techId, aroundPos, maxDist)
local extents = GetExtents(techId)
local validationFunc = LookupTechData(techId, kTechDataRequiresInfestation, nil) and GetIsPointOnInfestation or nil
local randPos = GetRandomSpawnForCapsule(extents.y, extents.x, aroundPos, 0.01, maxDist, EntityFilterAll(), validationFunc)
return randPos
end
//----------------------------------------
//
//----------------------------------------
class 'CommanderBrain' (PlayerBrain)
function CommanderBrain:GetShouldDebug(bot)
//return true
return gDebug
end
//----------------------------------------
// This enumerates EVERYTHING that the commander can do right now - EVERYTHING
// The result is a hash table with techId as keys and an array of units as values. These are the units that you can perform the tech on (it may just be com)
//----------------------------------------
function CommanderBrain:GetDoableTechIds(com)
local teamNum = self:GetExpectedTeamNumber()
local tree = GetTechTree(teamNum)
local doables = {}
local function GetIsActionButton(techNode)
return not techNode:GetIsPassive()
and not techNode:GetIsMenu()
end
local function HandleUnitActionButton(unit, techNode)
assert( techNode ~= nil )
assert( GetIsActionButton(techNode) )
local techId = techNode:GetTechId()
if techNode:GetAvailable() then
// check cool down
if com:GetIsTechOnCooldown(techId) then
return
end
local allowed, canAfford = unit:GetTechAllowed( techId, techNode, com )
if self.debug then
Print("%s-%d.%s = %s (%s^%s)",
unit:GetClassName(),
unit:GetId(),
EnumToString(kTechId, techId),
ToString( allowed and canAfford ),
ToString(allowed),
ToString(canAfford) )
end
if allowed and canAfford then
if doables[techId] == nil then
doables[techId] = {}
end
table.insert( doables[techId], unit )
end
end
end
//----------------------------------------
// Go through all units, gather all the things we can do with them
//----------------------------------------
local function CollectUnitDoableTechIds( unit, menuTechId, doables, visitedMenus )
// Very important. Menus are naturally cyclic, since there is always a "back" button
visitedMenus[menuTechId] = true
local techIds = unit:GetTechButtons( menuTechId ) or {}
for _, techId in ipairs(techIds) do
if techId ~= kTechId.None then
local techNode = tree:GetTechNode(techId)
assert(techNode ~= nil)
if techNode:GetIsMenu() and visitedMenus[techId] == nil then
CollectUnitDoableTechIds( unit, techId, doables, visitedMenus )
elseif GetIsActionButton(techNode) then
HandleUnitActionButton( unit, techNode )
end
end
end
end
for _, unit in ipairs(GetEntitiesForTeam("ScriptActor", teamNum)) do
CollectUnitDoableTechIds( unit, kTechId.RootMenu, doables, {} )
end
//----------------------------------------
// Now do commander buttons. They are all in a two-level table, so no need to recurse.
//----------------------------------------
// Now do commander buttons - all of them
for _,menu in pairs( com:GetButtonTable() ) do
for _,techId in ipairs(menu) do
if techId ~= kTechId.None then
local techNode = tree:GetTechNode(techId)
assert( techNode ~= nil )
if GetIsActionButton(techNode) then
HandleUnitActionButton( com, techNode )
end
end
end
end
return doables
end
//----------------------------------------
// Helper function for subclasses
//----------------------------------------
function CommanderBrain:ExecuteTechId( commander, techId, position, hostEntity )
DebugPrint("Combrain executing %s at %s on %s", EnumToString(kTechId, techId),
ToString(position),
hostEntity == nil and "<no target>" or hostEntity:GetClassName())
local techNode = commander:GetTechTree():GetTechNode( techId )
local allowed, canAfford = hostEntity:GetTechAllowed( techId, techNode, commander )
assert( allowed and canAfford )
// We should probably use ProcessTechTreeAction instead here...
commander.isBotRequestedAction = true // Hackapalooza...
local success, keepGoing = commander:ProcessTechTreeActionForEntity(
techNode,
position,
Vector(0,1,0), // normal
true, // isCommanderPicked
0, // orientation
hostEntity,
nil // trace
)
if success then
// set cooldown
local cooldown = LookupTechData(techId, kTechDataCooldown, 0)
if cooldown ~= 0 then
commander:SetTechCooldown(techId, cooldown, Shared.GetTime())
end
else
DebugPrint("COM BOT ERROR: Failed to perform action %s", EnumToString(kTechId, techId))
end
return success
end
//----------------------------------------
//
//----------------------------------------
function CommanderBrain:Update( bot, move )
PlayerBrain.Update( self, bot, move )
// Move a little bit to avoid AFK kick
bot:GetMotion():SetDesiredMoveDirection( Vector( math.random(), math.random(), math.random() ) )
end
//----------------------------------------
//
//----------------------------------------
Event.Hook("Console_bot_com",
function()
gDebug = not gDebug
Print("CommanderBrain debug = %s", ToString(gDebug))
end)
| gpl-3.0 |
T3hArco/skeyler-gamemodes | Sassilization/gamemode/server/buildings.lua | 1 | 12087 | --------------------
-- Sassilization
-- By Sassafrass / Spacetech / LuaPineapple
--------------------
local HULL_BUILDER
hook.Add( "InitPostEntity", "Load_queryphys", function()
HULL_BUILDER = ents.Create("prop_physics")
HULL_BUILDER:SetSolid( SOLID_NONE )
HULL_BUILDER:SetCollisionGroup( COLLISION_GROUP_NONE )
HULL_BUILDER:SetMoveType( MOVETYPE_NONE )
HULL_BUILDER:EnableCustomCollisions(false)
local phys = HULL_BUILDER:GetPhysicsObject()
if( phys:IsValid() ) then
phys:EnableCollisions( false )
phys:EnableMotion( false )
end
end )
function SA.CreateConvexMeshBox( mins, maxs )
HULL_BUILDER:PhysicsInitBox( mins, maxs )
local phys = HULL_BUILDER:GetPhysicsObject()
HULL_BUILDER:SetSolid( SOLID_NONE )
HULL_BUILDER:SetCollisionGroup( COLLISION_GROUP_NONE )
HULL_BUILDER:SetMoveType( MOVETYPE_NONE )
if( phys:IsValid() ) then
phys:EnableCollisions( false )
phys:EnableMotion( false )
return phys:GetMesh()
end
end
function GM:SpawnBuilding(Name, Pos, Ang, Empire, NoTable)
local Building = ents.Create("building_" .. Name)
Building.dt.bBuilt = false
Building:SetControl(Empire)
Building:SetPos(Pos)
Building:SetAngles(Ang)
Building:Spawn()
Building:Activate()
Building.CachedType = Name
return Building
end
function GM:SpawnWall( Empire, WallTower1, WallTower2, Positions )
local Building = ents.Create("building_wall")
Building:SetControl( Empire )
Building:Spawn()
Building:Activate()
Building:SetTowers( WallTower1, WallTower2, Positions ) --Sets Position and Angle
return Building
end
concommand.Add("sa_buildwall", function(ply, cmd, args)
if(ply.NextBuildBuilding and ply.NextBuildBuilding > CurTime()) then
return
end
ply.NextBuildBuilding = CurTime() + 0.1;
local Empire = ply:GetEmpire()
if( not Empire ) then return end
if( GAMEMODE:MaxEntLimitReached() ) then
ply:ChatPrint( "Map has reached Max Entity Limit" )
return
end
if #args < 4 then
return
end
local Building = building.GetBuilding("walltower")
if(not Building) then
return
end
if(not building.CanBuild(Empire, "walltower")) then
return
end
local aimVec = Vector( tonumber(args[1]), tonumber(args[2]), tonumber(args[3]) )
local tower1 = Entity( args[4] )
local tower2 = NULL
if args[5] then
tower2 = Entity( args[5] )
end
--MsgN("T1: ", tower1)
--MsgN("T2: ", tower2)
if( tower1 ~= NULL ) then
if( not (IsValid( tower1 ) and tower1:IsWallTower() and tower1:GetEmpire() == Empire) ) then
print( "Invalid tower1\n" )
return
end
else
return
end
if( tower2 ~= NULL ) then
if( not (IsValid( tower2 ) and tower2:IsWallTower() and tower2:GetEmpire() == Empire) ) then
print( "Invalid tower2\n" )
return
end
else
tower2 = nil
end
local trace = {}
trace.start = ply:EyePos()
trace.endpos = trace.start + aimVec * 2048;
trace.filter = ply;
trace.mask = MASK_SHOT_HULL
local tr = util.TraceLine( trace );
local Positions, Cost;
if( tower1 and tower2 ) then
local pos1 = tower1:GetPos()
local pos2 = tower2:GetPos()
local midpos = pos1:MidPoint(pos2)
--Is it feasible that the player can create the wall at this position?
if( tr.HitPos:Distance( (pos1 + pos2)*0.5 ) >= 10 ) then return end
--Can this wall be built here?
if( not ( GAMEMODE:NoInbetweenWall( tower1, tower2 ) and GAMEMODE:ValidWallAngle( tower1, midpos ) and GAMEMODE:ValidWallAngle( tower2, midpos ) ) ) then
ply:ChatPrint( "Couldn't make wall here" )
return
end
Positions, Cost = GAMEMODE:CalculateWallPositions( pos1, pos2, {tower1, tower2} )
if( Positions ) then
if( Empire:GetFood() >= Building.Food*Cost and
Empire:GetIron() >= Building.Iron*Cost and
Empire:GetGold() >= Building.Gold*Cost ) then
Empire:AddFood(-Building.Food*Cost or 0)
Empire:AddIron(-Building.Iron*Cost or 0)
Empire:AddGold(-Building.Gold*Cost or 0)
GAMEMODE:SpawnWall( Empire, tower1, tower2, Positions )
ply:ChatPrint( "Successfully linked two Wall Towers." )
end
end
elseif( tower1 ) then
local CanFit, Pos, Ang = GAMEMODE:CanFit(tr, Building.OBBMins, Building.OBBMaxs, Angle(0, 0, 0), false, false)
if( not GAMEMODE:IsPosInTerritory( Pos, ply:GetEmpire():GetID() ) ) then
return
end
if( Pos:Distance( tower1:GetPos() ) < 10 ) then
ply:ChatPrint( "Wall too close to another" )
return
end
if( not ( GAMEMODE:ValidWallAngle( tower1, Pos ) ) ) then
ply:ChatPrint( "Couldn't make wall here" )
return
end
Positions, Cost = GAMEMODE:CalculateWallPositions( Pos, tower1:GetPos(), tower1 )
if( Positions ) then
if( Empire:GetFood() >= Building.Food*Cost and
Empire:GetIron() >= Building.Iron*Cost and
Empire:GetGold() >= Building.Gold*Cost ) then
if Empire.spawns[Building.id] != nil then
Empire.spawns[Building.id] = Empire.spawns[Building.id] + 1
else
Empire.spawns[Building.id] = 1
end
Empire:AddFood(-Building.Food*Cost or 0)
Empire:AddIron(-Building.Iron*Cost or 0)
Empire:AddGold(-Building.Gold*Cost or 0)
local tower = GAMEMODE:SpawnBuilding("walltower", Pos, Ang, Empire)
GAMEMODE:SpawnWall( Empire, tower1, tower, Positions )
ply:ChatPrint( "You created a new Connected Wall" )
end
else
ply:ChatPrint( "Failed to create Connected Wall" )
end
end
end )
util.AddNetworkString( "NetworkConnectedGates" )
concommand.Add("sa_buildbuilding", function(ply, cmd, args)
if(ply.NextBuildBuilding and ply.NextBuildBuilding > CurTime()) then
return
end
ply.NextBuildBuilding = CurTime() + 0.05
local Empire = ply:GetEmpire()
if( not Empire ) then return end
if( GAMEMODE:MaxEntLimitReached() ) then
ply:ChatPrint( "Map has reached Max Entity Limit" )
return
end
if(table.Count(args) ~= 13) then
ply:ChatPrint( "Incorrect argument count for " .. tostring( cmd ) )
return
end
local Name = args[1]
local x = tonumber(args[2])
local y = tonumber(args[3])
local z = tonumber(args[4])
local Pitch = tonumber(args[5])
local Yaw = tonumber(args[6])
local Roll = tonumber(args[7])
local obbsMins = Vector(args[8], args[9], args[10])
local obbsMaxs = Vector(args[11], args[12], args[13])
local Building = building.GetBuilding(Name)
if(not Building) then
return
end
if(not building.CanBuild(Empire, Name)) then
return
end
local trace = {}
trace.start = ply:EyePos()
trace.endpos = trace.start + Vector(tonumber(x), tonumber(y), tonumber(z)) * 2048
trace.filter = ply
trace.mask = MASK_SHOT_HULL
local tr = util.TraceLine( trace )
if Name == "gate" then
closest = nil
vecPos = Vector(tonumber(x), tonumber(y), tonumber(z))
for _, e in pairs(ents.FindByClass("building_wall")) do
if e:GetEmpire() == Empire then
if closest == nil then
closest = e
end
if closest:GetPos():Distance(vecPos) > e:GetPos():Distance(vecPos) then
closest = e
end
end
end
end
if Name == "walltower" or Name == "shieldmono" then
--I do these seperately because for some reason CanFit returns false on either of these if they're on a displacement
CanFit, Pos, Ang = GAMEMODE:CanFit(tr, obbsMins, obbsMaxs, Angle(Pitch, Yaw, Roll), "wall", Building.Foundation)
else
CanFit, Pos, Ang = GAMEMODE:CanFit(tr, obbsMins, obbsMaxs, Angle(Pitch, Yaw, Roll), true, Building.Foundation)
end
if(not CanFit and Name ~= "gate") then
return
end
if Building.Require and Building.Require["city"] then
if( not GAMEMODE:IsPosInTerritory( Pos, ply:GetEmpire():GetID() ) and Name ~= "gate" ) then
return
end
else
if( not GAMEMODE:IsPosInTerritory( Pos, 0 ) and Name ~= "gate" ) then
return
end
end
if(Name == "gate") then
if(closest and closest:IsWall()) then
local Valid, Walls, Guards = GAMEMODE:CalculateGate(Empire, closest, vecPos)
if (Valid) then
Empire:AddFood( -Building.Food or 0)
Empire:AddIron( -Building.Iron or 0)
Empire:AddGold( -Building.Gold or 0)
Pos = vecPos + GATE_OFFSET
Ang = Walls[1]:GetAngles()
local Ent = GAMEMODE:SpawnBuilding(Name, Pos, Ang, Empire)
Ent:Materialize()
Ent.HiddenWalls = {}
local LeftTower = GAMEMODE:SpawnBuilding(Name, Pos + (Ang:Right() * 26), Ang, Empire)
LeftTower:ChangeSettings("Wall", "models/mrgiggles/sassilization/walltower.mdl", true)
LeftTower:Materialize()
Ent:AddConnected(LeftTower)
LeftTower:AddConnected(Ent)
LeftTower.HiddenWalls = {}
local RightTower = GAMEMODE:SpawnBuilding(Name, Pos + (Ang:Right() * -26), Ang, Empire)
RightTower:ChangeSettings("Wall", "models/mrgiggles/sassilization/walltower.mdl", true)
RightTower:Materialize()
Ent:AddConnected(RightTower)
RightTower:AddConnected(Ent)
RightTower.HiddenWalls = {}
LeftTower:AddConnected(RightTower)
RightTower:AddConnected(LeftTower)
for k,v in pairs(Walls) do
v.gate = Ent
closest:HideWallSegment(v)
table.insert(LeftTower.HiddenWalls, v)
table.insert(Ent.HiddenWalls, v)
table.insert(RightTower.HiddenWalls, v)
end
for k,v in pairs(Guards) do
table.insert(v.ConnectedGates, Ent)
for i,d in pairs(player.GetAll()) do
timer.Simple(0.1, function()
net.Start("NetworkConnectedGates")
net.WriteEntity(v)
net.WriteEntity(Ent)
net.Send(d)
net.Start("NetworkConnectedGates")
net.WriteEntity(v)
net.WriteEntity(LeftTower)
net.Send(d)
net.Start("NetworkConnectedGates")
net.WriteEntity(v)
net.WriteEntity(RightTower)
net.Send(d)
end)
end
end
if Empire.spawns[Building.id] != nil then
Empire.spawns[Building.id] = Empire.spawns[Building.id] + 1
else
Empire.spawns[Building.id] = 1
end
return
end
else
ply:ChatPrint( "Gate too close to another" )
return
end
elseif(Name == "walltower") then
local towers = GAMEMODE:GetWallTowersInSphere( Pos, 128, Empire )
for _, tower in pairs( towers ) do
if( Pos:Distance( tower:GetPos() ) < SA.MIN_WALL_DISTANCE ) then
ply:ChatPrint( "Wall too close to another" )
return
end
end
end
if Name != "tower" && Name != "workshop" then
if Empire.spawns[Building.id] != nil then
Empire.spawns[Building.id] = Empire.spawns[Building.id] + 1
else
Empire.spawns[Building.id] = 1
end
else
if Empire.spawns[Building.id[1]] != nil then
Empire.spawns[Building.id[1]] = Empire.spawns[Building.id[1]] + 1
else
Empire.spawns[Building.id[1]] = 1
end
end
Empire:AddFood(-Building.Food or 0)
Empire:AddIron(-Building.Iron or 0)
Empire:AddGold(-Building.Gold or 0)
GAMEMODE:SpawnBuilding(Name, Pos, Ang, Empire)
end)
concommand.Add("sa_upgradebuilding", function(ply, cmd, args)
local Name = args[1]
local EntIndex = args[2]
if(table.Count(args) ~= 2) then
return
end
local Empire = ply:GetEmpire()
if( not Empire ) then return end
local Building = building.GetBuilding(Name)
if(not Building) then
return
end
if(not building.CanBuild(Empire, Name)) then
return
end
local Ent = Entity(EntIndex)
if(not IsValid(Ent)) then
return
end
if(not building.CanUpgrade(Empire, Name, Ent:GetLevel() + 1)) then
return
end
if(not Ent:IsUpgradeable()) then
return
end
if Empire.spawns[Building.id[Ent:GetLevel() + 1]] != nil then
Empire.spawns[Building.id[Ent:GetLevel() + 1]] = Empire.spawns[Building.id[Ent:GetLevel() + 1]] + 1
else
Empire.spawns[Building.id[Ent:GetLevel() + 1]] = 1
end
Empire:AddFood(-Building.Food or 0)
Empire:AddIron(-Building.Iron or 0)
Empire:AddGold(-Building.Gold or 0)
Ent:Upgrade()
end)
| bsd-3-clause |
pydsigner/naev | dat/snd/music.lua | 10 | 6708 |
--[[
-- music will get called with a string parameter indicating status
-- valid parameters:
-- load - game is loading
-- land - player landed
-- takeoff - player took off
-- combat - player just got a hostile onscreen
-- idle - current playing music ran out
]]--
last = "idle"
-- Faction-specific songs.
factional = {
Collective = { "collective1", "collective2", "automat" },
Empire = { "empire1", "empire2" },
Sirius = { "sirius1", "sirius2" },
Dvaered = { "dvaered1", "dvaered2" },
["Za'lek"] = { "zalek1", "zalek2" }
}
function choose( str )
-- Stores all the available sound types and their functions
choose_table = {
["load"] = choose_load,
["intro"] = choose_intro,
["credits"] = choose_credits,
["land"] = choose_land,
["takeoff"] = choose_takeoff,
["ambient"] = choose_ambient,
["combat"] = choose_combat
}
-- Means to only change song if needed
if str == nil then
str = "ambient"
end
-- If we are over idling then we do weird stuff
local changed = false
if str == "idle" and last ~= "idle" then
-- We'll play the same as last unless it was takeoff
if last == "takeoff" then
changed = choose_ambient()
else
changed = choose(last)
end
-- Normal case
else
changed = choose_table[ str ]()
end
if changed and str ~= "idle" then
last = str -- save the last string so we can use it
end
end
--[[
-- @brief Checks to see if a song is being played, if it is it stops it.
--
-- @return true if music is playing.
--]]
function checkIfPlayingOrStop( song )
if music.isPlaying() then
if music.current() ~= song then
music.stop()
end
return true
end
return false
end
--[[
-- @brief Play a song if it's not currently playing.
--]]
function playIfNotPlaying( song )
if checkIfPlayingOrStop( song ) then
return true
end
music.load( song )
music.play()
return true
end
--[[
-- @brief Chooses Loading songs.
--]]
function choose_load ()
return playIfNotPlaying( "machina" )
end
--[[
-- @brief Chooses Intro songs.
--]]
function choose_intro ()
return playIfNotPlaying( "intro" )
end
--[[
-- @brief Chooses Credit songs.
--]]
function choose_credits ()
return playIfNotPlaying( "empire1" )
end
--[[
-- @brief Chooses landing songs.
--]]
function choose_land ()
local pnt = planet.cur()
local class = pnt:class()
if class == "M" then
mus = { "agriculture" }
elseif class == "O" then
mus = { "ocean" }
elseif class == "P" then
mus = { "snow" }
else
if pnt:services()["inhabited"] then
mus = { "cosmostation", "upbeat" }
else
mus = { "agriculture" }
end
end
music.load( mus[ rnd.rnd(1, #mus) ] )
music.play()
return true
end
-- Takeoff songs
function choose_takeoff ()
-- No need to restart
if last == "takeoff" and music.isPlaying() then
return true
end
takeoff = { "liftoff", "launch2", "launch3chatstart" }
music.load( takeoff[ rnd.rnd(1,#takeoff) ])
music.play()
return true
end
-- Save old data
last_sysFaction = nil
last_sysNebuDens = nil
last_sysNebuVol = nil
ambient_neutral = { "ambient2", "mission",
"peace1", "peace2", "peace4", "peace6",
"void_sensor", "ambiphonic",
"ambient4", "terminal", "eureka",
"ambient2_5" }
--[[
-- @brief Chooses ambient songs.
--]]
function choose_ambient ()
local force = true
-- Check to see if we want to update
if music.isPlaying() then
if last == "takeoff" then
return true
elseif last == "ambient" then
force = false
end
-- Get music information.
local songname, songpos = music.current()
-- Do not change songs so soon
if songpos < 10. then
music.delay( "ambient", 10. - songpos )
return false
end
end
-- Get information about the current system
local sys = system.cur()
local factions = sys:presences()
local faction = sys:faction()
if faction then
faction = faction:name()
end
local nebu_dens, nebu_vol = sys:nebula()
-- Check to see if changing faction zone
if faction ~= last_sysFaction then
-- Table must not be empty
if next(factions) ~= nil then
force = true
end
if force then
last_sysFaction = faction
end
end
-- Check to see if entering nebula
local nebu = nebu_dens > 0
if nebu ~= last_sysNebuDens then
force = true
last_sysNebuDens = nebu
end
-- Must be forced
if force then
-- Choose the music, bias by faction first
local add_neutral = false
local neutral_prob = 0.6
if factional[faction] then
ambient = factional[faction]
if faction ~= "Collective" then
add_neutral = true
end
elseif nebu then
ambient = { "ambient1", "ambient3" }
add_neutral = true
else
ambient = ambient_neutral
end
-- Clobber array with generic songs if allowed.
if add_neutral and rnd.rnd() < neutral_prob then
ambient = ambient_neutral
end
-- Make sure it's not already in the list or that we have to stop the
-- currently playing song.
if music.isPlaying() then
local cur = music.current()
for k,v in pairs(ambient) do
if cur == v then
return false
end
end
music.stop()
return true
end
-- Load music and play
music.load( ambient[ rnd.rnd(1,#ambient) ] )
music.play()
return true
end
return false
end
--[[
-- @brief Chooses battle songs.
--]]
function choose_combat ()
-- Get some data about the system
local sys = system.cur()
local nebu_dens, nebu_vol = sys:nebula()
local nebu = nebu_dens > 0
if nebu then
combat = { "nebu_battle1", "nebu_battle2", "battlesomething1", "battlesomething2",
"combat1", "combat2" }
else
combat = { "galacticbattle", "flf_battle1", "battlesomething1", "battlesomething2",
"combat3", "combat1", "combat2" }
end
-- Make sure it's not already in the list or that we have to stop the
-- currently playing song.
if music.isPlaying() then
local cur = music.current()
for k,v in pairs(combat) do
if cur == v then
return false
end
end
music.stop()
return true
end
music.load( combat[ rnd.rnd(1,#combat) ] )
music.play()
return true
end
| gpl-3.0 |
pirate/snabbswitch | src/lib/json.lua | 29 | 10286 | -- JSON4Lua: JSON encoding / decoding support for the Lua language.
-- json Module.
-- Author: Craig Mason-Jones
-- Homepage: http://json.luaforge.net/
-- Version: 0.9.40
-- This module is released under the MIT License (MIT).
--
-- NOTE: This is only the decode functionality ripped out from JSON4Lua.
-- See: https://github.com/craigmj/json4lua
module(..., package.seeall)
local math = require('math')
local string = require("string")
local table = require("table")
local base = _G
-- Private functions
local decode_scanArray
local decode_scanComment
local decode_scanConstant
local decode_scanNumber
local decode_scanObject
local decode_scanString
local decode_scanWhitespace
--- Decodes a JSON string and returns the decoded value as a Lua data structure / value.
-- @param s The string to scan.
-- @param [startPos] Optional starting position where the JSON string is located. Defaults to 1.
-- @param Lua object, number The object that was scanned, as a Lua table / string / number / boolean or nil,
-- and the position of the first character after
-- the scanned JSON object.
function decode(s, startPos)
startPos = startPos and startPos or 1
startPos = decode_scanWhitespace(s,startPos)
base.assert(startPos<=string.len(s), 'Unterminated JSON encoded object found at position in [' .. s .. ']')
local curChar = string.sub(s,startPos,startPos)
-- Object
if curChar=='{' then
return decode_scanObject(s,startPos)
end
-- Array
if curChar=='[' then
return decode_scanArray(s,startPos)
end
-- Number
if string.find("+-0123456789.e", curChar, 1, true) then
return decode_scanNumber(s,startPos)
end
-- String
if curChar==[["]] or curChar==[[']] then
return decode_scanString(s,startPos)
end
if string.sub(s,startPos,startPos+1)=='/*' then
return decode(s, decode_scanComment(s,startPos))
end
-- Otherwise, it must be a constant
return decode_scanConstant(s,startPos)
end
--- The null function allows one to specify a null value in an associative array (which is otherwise
-- discarded if you set the value with 'nil' in Lua. Simply set t = { first=json.null }
function null()
return null -- so json.null() will also return null ;-)
end
-----------------------------------------------------------------------------
-- Internal, PRIVATE functions.
-- Following a Python-like convention, I have prefixed all these 'PRIVATE'
-- functions with an underscore.
-----------------------------------------------------------------------------
--- Scans an array from JSON into a Lua object
-- startPos begins at the start of the array.
-- Returns the array and the next starting position
-- @param s The string being scanned.
-- @param startPos The starting position for the scan.
-- @return table, int The scanned array as a table, and the position of the next character to scan.
function decode_scanArray(s,startPos)
local array = {} -- The return value
local stringLen = string.len(s)
base.assert(string.sub(s,startPos,startPos)=='[','decode_scanArray called but array does not start at position ' .. startPos .. ' in string:\n'..s )
startPos = startPos + 1
-- Infinite loop for array elements
repeat
startPos = decode_scanWhitespace(s,startPos)
base.assert(startPos<=stringLen,'JSON String ended unexpectedly scanning array.')
local curChar = string.sub(s,startPos,startPos)
if (curChar==']') then
return array, startPos+1
end
if (curChar==',') then
startPos = decode_scanWhitespace(s,startPos+1)
end
base.assert(startPos<=stringLen, 'JSON String ended unexpectedly scanning array.')
object, startPos = decode(s,startPos)
table.insert(array,object)
until false
end
--- Scans a comment and discards the comment.
-- Returns the position of the next character following the comment.
-- @param string s The JSON string to scan.
-- @param int startPos The starting position of the comment
function decode_scanComment(s, startPos)
base.assert( string.sub(s,startPos,startPos+1)=='/*', "decode_scanComment called but comment does not start at position " .. startPos)
local endPos = string.find(s,'*/',startPos+2)
base.assert(endPos~=nil, "Unterminated comment in string at " .. startPos)
return endPos+2
end
--- Scans for given constants: true, false or null
-- Returns the appropriate Lua type, and the position of the next character to read.
-- @param s The string being scanned.
-- @param startPos The position in the string at which to start scanning.
-- @return object, int The object (true, false or nil) and the position at which the next character should be
-- scanned.
function decode_scanConstant(s, startPos)
local consts = { ["true"] = true, ["false"] = false, ["null"] = nil }
local constNames = {"true","false","null"}
for i,k in base.pairs(constNames) do
--print ("[" .. string.sub(s,startPos, startPos + string.len(k) -1) .."]", k)
if string.sub(s,startPos, startPos + string.len(k) -1 )==k then
return consts[k], startPos + string.len(k)
end
end
base.assert(nil, 'Failed to scan constant from string ' .. s .. ' at starting position ' .. startPos)
end
--- Scans a number from the JSON encoded string.
-- (in fact, also is able to scan numeric +- eqns, which is not
-- in the JSON spec.)
-- Returns the number, and the position of the next character
-- after the number.
-- @param s The string being scanned.
-- @param startPos The position at which to start scanning.
-- @return number, int The extracted number and the position of the next character to scan.
function decode_scanNumber(s,startPos)
local endPos = startPos+1
local stringLen = string.len(s)
local acceptableChars = "+-0123456789.e"
while (string.find(acceptableChars, string.sub(s,endPos,endPos), 1, true)
and endPos<=stringLen
) do
endPos = endPos + 1
end
local stringValue = 'return ' .. string.sub(s,startPos, endPos-1)
local stringEval = base.loadstring(stringValue)
base.assert(stringEval, 'Failed to scan number [ ' .. stringValue .. '] in JSON string at position ' .. startPos .. ' : ' .. endPos)
return stringEval(), endPos
end
--- Scans a JSON object into a Lua object.
-- startPos begins at the start of the object.
-- Returns the object and the next starting position.
-- @param s The string being scanned.
-- @param startPos The starting position of the scan.
-- @return table, int The scanned object as a table and the position of the next character to scan.
function decode_scanObject(s,startPos)
local object = {}
local stringLen = string.len(s)
local key, value
base.assert(string.sub(s,startPos,startPos)=='{','decode_scanObject called but object does not start at position ' .. startPos .. ' in string:\n' .. s)
startPos = startPos + 1
repeat
startPos = decode_scanWhitespace(s,startPos)
base.assert(startPos<=stringLen, 'JSON string ended unexpectedly while scanning object.')
local curChar = string.sub(s,startPos,startPos)
if (curChar=='}') then
return object,startPos+1
end
if (curChar==',') then
startPos = decode_scanWhitespace(s,startPos+1)
end
base.assert(startPos<=stringLen, 'JSON string ended unexpectedly scanning object.')
-- Scan the key
key, startPos = decode(s,startPos)
base.assert(startPos<=stringLen, 'JSON string ended unexpectedly searching for value of key ' .. key)
startPos = decode_scanWhitespace(s,startPos)
base.assert(startPos<=stringLen, 'JSON string ended unexpectedly searching for value of key ' .. key)
base.assert(string.sub(s,startPos,startPos)==':','JSON object key-value assignment mal-formed at ' .. startPos)
startPos = decode_scanWhitespace(s,startPos+1)
base.assert(startPos<=stringLen, 'JSON string ended unexpectedly searching for value of key ' .. key)
value, startPos = decode(s,startPos)
object[key]=value
until false -- infinite loop while key-value pairs are found
end
--- Scans a JSON string from the opening inverted comma or single quote to the
-- end of the string.
-- Returns the string extracted as a Lua string,
-- and the position of the next non-string character
-- (after the closing inverted comma or single quote).
-- @param s The string being scanned.
-- @param startPos The starting position of the scan.
-- @return string, int The extracted string as a Lua string, and the next character to parse.
function decode_scanString(s,startPos)
base.assert(startPos, 'decode_scanString(..) called without start position')
local startChar = string.sub(s,startPos,startPos)
base.assert(startChar==[[']] or startChar==[["]],'decode_scanString called for a non-string')
local escaped = false
local endPos = startPos + 1
local bEnded = false
local stringLen = string.len(s)
repeat
local curChar = string.sub(s,endPos,endPos)
-- Character escaping is only used to escape the string delimiters
if not escaped then
if curChar==[[\]] then
escaped = true
else
bEnded = curChar==startChar
end
else
-- If we're escaped, we accept the current character come what may
escaped = false
end
endPos = endPos + 1
base.assert(endPos <= stringLen+1, "String decoding failed: unterminated string at position " .. endPos)
until bEnded
local stringValue = 'return ' .. string.sub(s, startPos, endPos-1)
local stringEval = base.loadstring(stringValue)
base.assert(stringEval, 'Failed to load string [ ' .. stringValue .. '] in JSON4Lua.decode_scanString at position ' .. startPos .. ' : ' .. endPos)
return stringEval(), endPos
end
--- Scans a JSON string skipping all whitespace from the current start position.
-- Returns the position of the first non-whitespace character, or nil if the whole end of string is reached.
-- @param s The string being scanned
-- @param startPos The starting position where we should begin removing whitespace.
-- @return int The first position where non-whitespace was encountered, or string.len(s)+1 if the end of string
-- was reached.
function decode_scanWhitespace(s,startPos)
local whitespace=" \n\r\t"
local stringLen = string.len(s)
while ( string.find(whitespace, string.sub(s,startPos,startPos), 1, true) and startPos <= stringLen) do
startPos = startPos + 1
end
return startPos
end
| apache-2.0 |
xing634325131/Luci-0.11.1 | modules/niu/luasrc/model/cbi/niu/wireless/ap.lua | 51 | 1406 | local cursor = require "luci.model.uci".cursor()
if not cursor:get("wireless", "ap") then
cursor:section("wireless", "wifi-iface", "ap",
{device = "_", doth = "1", _niu = "1", mode = "ap"})
cursor:save("wireless")
end
local function deviceroute(self)
cursor:unload("wireless")
local d = cursor:get("wireless", "ap", "device")
local t = cursor:get("wireless", "ap", "_cfgtpl")
if d ~= "none" then
cursor:delete_all("wireless", "wifi-iface", function(s)
return s.device == d and s._niu ~= "1"
end)
cursor:set("wireless", d, "disabled", 0)
cursor:set("wireless", "ap", "network", "lan")
if t and #t > 0 then
cursor:delete("wireless", "ap", "_cfgtpl")
cursor:set("wireless", "ap", "ssid", cursor:get("wireless", "bridge", "ssid"))
cursor:set("wireless", "ap", "encryption", cursor:get("wireless", "bridge", "encryption"))
cursor:set("wireless", "ap", "key", cursor:get("wireless", "bridge", "key"))
cursor:set("wireless", "ap", "wds", "1")
end
self:set_route("ap1")
else
cursor:delete("wireless", "ap", "network")
end
cursor:save("wireless")
end
local d = Delegator()
d.allow_finish = true
d.allow_back = true
d.allow_cancel = true
d:add("device", "niu/wireless/apdevice")
d:add("deviceroute", deviceroute)
d:set("ap1", "niu/wireless/ap1")
function d.on_cancel()
cursor:revert("wireless")
end
function d.on_done()
cursor:commit("wireless")
end
return d | apache-2.0 |
salorium/awesome | lib/wibox/layout/stack.lua | 3 | 4327 | ---------------------------------------------------------------------------
-- A stacked layout.
--
-- This layout display widgets on top of each other. It can be used to overlay
-- a `wibox.widget.textbox` on top of a `awful.widget.progressbar` or manage
-- "pages" where only one is visible at any given moment.
--
-- The indices are going from 1 (the bottom of the stack) up to the top of
-- the stack. The order can be changed either using `:swap` or `:raise`.
--
--@DOC_wibox_layout_defaults_stack_EXAMPLE@
-- @author Emmanuel Lepage Vallee
-- @copyright 2016 Emmanuel Lepage Vallee
-- @release @AWESOME_VERSION@
-- @classmod wibox.layout.stack
---------------------------------------------------------------------------
local base = require("wibox.widget.base" )
local fixed = require("wibox.layout.fixed")
local table = table
local pairs = pairs
local util = require("awful.util")
local stack = {mt={}}
--@DOC_fixed_COMMON@
--- Add some widgets to the given stack layout
-- @param layout The layout you are modifying.
-- @tparam widget ... Widgets that should be added (must at least be one)
-- @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
--- 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
--- Add spacing between each layout widgets
-- @property spacing
-- @tparam number spacing Spacing between widgets.
function stack:layout(_, width, height)
local result = {}
local spacing = self._private.spacing
for _, v in pairs(self._private.widgets) do
table.insert(result, base.place_widget_at(v, spacing, spacing, width - 2*spacing, height - 2*spacing))
if self._private.top_only then break end
end
return result
end
function stack:fit(context, orig_width, orig_height)
local max_w, max_h = 0,0
local spacing = self._private.spacing
for _, v in pairs(self._private.widgets) do
local w, h = base.fit_widget(self, context, v, orig_width, orig_height)
max_w, max_h = math.max(max_w, w+2*spacing), math.max(max_h, h+2*spacing)
end
return math.min(max_w, orig_width), math.min(max_h, orig_height)
end
--- If only the first stack widget is drawn
-- @property top_only
function stack:get_top_only()
return self._private.top_only
end
function stack:set_top_only(top_only)
self._private.top_only = top_only
end
--- Raise a widget at `index` to the top of the stack
-- @tparam number index the widget index to raise
function stack:raise(index)
if (not index) or self._private.widgets[index] then return end
local w = self._private.widgets[index]
table.remove(self._private.widgets, index)
table.insert(self._private.widgets, w)
self:emit_signal("widget::layout_changed")
end
--- Raise the first instance of `widget`
-- @param widget The widget to raise
-- @tparam[opt=false] boolean recursive Also look deeper in the hierarchy to
-- find the widget
function stack:raise_widget(widget, recursive)
local idx, layout = self:index(widget, recursive)
if not idx or not layout then return end
-- Bubble up in the stack until the right index is found
while layout and layout ~= self do
idx, layout = self:index(layout, recursive)
end
if layout == self and idx ~= 1 then
self:raise(idx)
end
end
--- Create a new stack layout.
-- @function wibox.layout.stack
-- @treturn widget A new stack layout
local function new(...)
local ret = fixed.horizontal(...)
util.table.crush(ret, stack, true)
return ret
end
function stack.mt:__call(_, ...)
return new(...)
end
--@DOC_widget_COMMON@
--@DOC_object_COMMON@
return setmetatable(stack, stack.mt)
-- vim: filetype=lua:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:textwidth=80
| gpl-2.0 |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/TransitionSlideInR.lua | 11 | 1045 |
--------------------------------
-- @module TransitionSlideInR
-- @extend TransitionSlideInL
-- @parent_module cc
--------------------------------
-- Creates a transition with duration and incoming scene.<br>
-- param t Duration time, in seconds.<br>
-- param scene A given scene.<br>
-- return A autoreleased TransitionSlideInR object.
-- @function [parent=#TransitionSlideInR] create
-- @param self
-- @param #float t
-- @param #cc.Scene scene
-- @return TransitionSlideInR#TransitionSlideInR ret (return value: cc.TransitionSlideInR)
--------------------------------
-- Returns the action that will be performed by the incoming and outgoing scene.
-- @function [parent=#TransitionSlideInR] action
-- @param self
-- @return ActionInterval#ActionInterval ret (return value: cc.ActionInterval)
--------------------------------
--
-- @function [parent=#TransitionSlideInR] TransitionSlideInR
-- @param self
-- @return TransitionSlideInR#TransitionSlideInR self (return value: cc.TransitionSlideInR)
return nil
| gpl-3.0 |
McGlaspie/mvm | lua/mvm/bots/TestBots.lua | 1 | 1103 | //=============================================================================
//
// lua/bots/TestBot.lua
//
// Created by Max McGuire (max@unknownworlds.com)
// Copyright (c) 2011, Unknown Worlds Entertainment, Inc.
//
// This class is a simple bot that runs back and forth along a line for testing.
//
//=============================================================================
Script.Load("lua/mvm/bots/Bot.lua")
local gFreezeBots = false
class 'TestBot' (Bot)
function TestBot:GenerateMove()
local move = Move()
if self.switchTime == nil then
self.switchTime = Shared.GetTime() + 2
self.direction = Vector(1, 0, 0)
end
if Shared.GetTime() >= self.switchTime then
self.switchTime = Shared.GetTime() + 2
self.direction = -self.direction
end
move:Clear()
move.yaw = 0
move.pitch = 0
if gFreezeBots then
move.move = Vector(0,0,0)
else
move.move = self.direction
end
return move
end
Event.Hook("Console_freezebots", function()
gFreezeBots = not gFreezeBots
end)
| gpl-3.0 |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/SkeletonRenderer.lua | 2 | 5983 |
--------------------------------
-- @module SkeletonRenderer
-- @extend Node,BlendProtocol
-- @parent_module sp
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setTimeScale
-- @param self
-- @param #float scale
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getDebugSlotsEnabled
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setBonesToSetupPose
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] initWithData
-- @param self
-- @param #spSkeletonData skeletonData
-- @param #bool ownsSkeletonData
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setDebugSlotsEnabled
-- @param self
-- @param #bool enabled
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
-- @overload self, string, string, float
-- @overload self, string, spAtlas, float
-- @function [parent=#SkeletonRenderer] initWithJsonFile
-- @param self
-- @param #string skeletonDataFile
-- @param #spAtlas atlas
-- @param #float scale
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setSlotsToSetupPose
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
-- @overload self, string, string, float
-- @overload self, string, spAtlas, float
-- @function [parent=#SkeletonRenderer] initWithBinaryFile
-- @param self
-- @param #string skeletonDataFile
-- @param #spAtlas atlas
-- @param #float scale
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setToSetupPose
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getBlendFunc
-- @param self
-- @return BlendFunc#BlendFunc ret (return value: cc.BlendFunc)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] initialize
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setDebugBonesEnabled
-- @param self
-- @param #bool enabled
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getDebugBonesEnabled
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getTimeScale
-- @param self
-- @return float#float ret (return value: float)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setBlendFunc
-- @param self
-- @param #cc.BlendFunc blendFunc
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
-- @overload self, char
-- @overload self, string
-- @function [parent=#SkeletonRenderer] setSkin
-- @param self
-- @param #string skinName
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getSkeleton
-- @param self
-- @return spSkeleton#spSkeleton ret (return value: spSkeleton)
--------------------------------
-- @overload self, string, string, float
-- @overload self, string, spAtlas, float
-- @function [parent=#SkeletonRenderer] createWithFile
-- @param self
-- @param #string skeletonDataFile
-- @param #spAtlas atlas
-- @param #float scale
-- @return SkeletonRenderer#SkeletonRenderer ret (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] create
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer ret (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] onEnter
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] onExit
-- @param self
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] setOpacityModifyRGB
-- @param self
-- @param #bool value
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] getBoundingBox
-- @param self
-- @return rect_table#rect_table ret (return value: rect_table)
--------------------------------
--
-- @function [parent=#SkeletonRenderer] isOpacityModifyRGB
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- @overload self, spSkeletonData, bool
-- @overload self
-- @overload self, string, spAtlas, float
-- @overload self, string, string, float
-- @function [parent=#SkeletonRenderer] SkeletonRenderer
-- @param self
-- @param #string skeletonDataFile
-- @param #string atlasFile
-- @param #float scale
-- @return SkeletonRenderer#SkeletonRenderer self (return value: sp.SkeletonRenderer)
return nil
| gpl-3.0 |
pydsigner/naev | dat/ai/include/atk_drone.lua | 6 | 5707 | --[[This file contains the attack profiles by ship type.
--commonly used range and condition-based attack patterns are found in another file
--Think functions for determining who to attack are found in another file
--]]
-- Initializes the drone
function atk_drone_init ()
mem.atk_think = atk_drone_think
mem.atk = atk_drone
end
--[[
-- Mainly targets small drones.
--]]
function atk_drone_think ()
local target = ai.target()
-- Stop attacking if it doesn't exist
if not ai.exists(target) then
ai.poptask()
return
end
local enemy = ai.getenemy_size(0, 200) -- find a small ship to attack
local nearest_enemy = ai.getenemy()
local dist = 0
local sizedist = 0
if enemy ~= nil then
sizedist = ai.dist(enemy)
end
if nearest_enemy ~= nil then
dist = ai.dist(nearest_enemy)
end
local range = ai.getweaprange(3, 0)
-- Get new target if it's closer
--prioritize targets within the size limit
if enemy ~= target and enemy ~= nil then
-- Shouldn't switch targets if close
if sizedist > range * mem.atk_changetarget then
ai.pushtask("attack", enemy )
end
elseif nearest_enemy ~= target and nearest_enemy ~= nil then
-- Shouldn't switch targets if close
if dist > range * mem.atk_changetarget then
ai.pushtask("attack", nearest_enemy )
end
end
end
--[[
-- Enters ranged combat with the target - modified version for drones
--]]
function _atk_drone_ranged( target, dist )
--local dir = ai.face(target) -- Normal face the target
local dir = ai.aim(target) -- Aim for the target
-- TODO: should modify this line
-- Check if in range
if dist < ai.getweaprange( 4 ) and dir < 30 then
ai.weapset( 4 )
end
-- Always launch fighters
ai.weapset( 5 )
-- Approach for melee
if dir < 10 then
ai.accel()
end
end
--[[
-- Main control function for drone behavior.
--]]
function atk_drone ()
local target = _atk_com_think()
if target == nil then return end
-- Targeting stuff
ai.hostile(target) -- Mark as hostile
ai.settarget(target)
-- Get stats about enemy
local dist = ai.dist( target ) -- get distance
local range = ai.getweaprange(3, 0) -- get my weapon range (?)
-- We first bias towards range
if dist > range * mem.atk_approach then
_atk_drone_ranged( target, dist ) -- Use generic ranged function
-- Otherwise melee
else
if ai.shipmass(target) < 200 then
_atk_d_space_sup( target, dist )
else
_atk_d_flyby( target, dist )
end
end
end
--[[
-- Execute a sequence of close-in flyby attacks
-- Uses a combination of facing and distance to determine what action to take
-- This version is slightly less aggressive and cruises by the target
--]]
function _atk_d_flyby( target, dist )
local range = ai.getweaprange(3)
local dir = 0
ai.weapset( 3 ) -- Forward/turrets
-- Far away, must approach
if dist > (3 * range) then
dir = ai.idir(target)
if dir < 10 and dir > -10 then
--_atk_keep_distance()
atk_spiral_approach(target, dist) -- mod
ai.accel()
else
dir = ai.iface(target)
end
-- Midrange
elseif dist > (0.75 * range) then
--dir = ai.idir(target)
dir = ai.aim(target) -- drones need to aim more to avoid circling
--test if we're facing the target. If we are, keep approaching
if dir <= 30 and dir > -30 then
ai.iface(target)
if dir < 10 and dir > -10 then
ai.accel()
end
elseif dir > 30 and dir < 180 then
ai.turn(1)
ai.accel()
else
ai.turn(-1)
ai.accel()
end
--otherwise we're close to the target and should attack until we start to zip away
else
dir = ai.aim(target)
--not accellerating here is the only difference between the aggression levels. This can probably be an aggression AI parameter
if mem.aggressive == true then
ai.accel()
end
-- Shoot if should be shooting.
if dir < 10 then
ai.shoot()
end
ai.shoot(true)
end
end
--[[
-- Attack Profile for a maneuverable ship engaging a maneuverable target
--
--This is designed for drones engaging other drones
--]]
function _atk_d_space_sup( target, dist )
local range = ai.getweaprange(3)
local dir = 0
ai.weapset( 3 ) -- Forward/turrets
--if we're far away from the target, then turn and approach
if dist > (1.1*range) then
dir = ai.idir(target)
if dir < 10 and dir > -10 then
_atk_keep_distance()
ai.accel()
else
dir = ai.iface(target)
ai.accel()
end
elseif dist > 0.8* range then
--drifting away from target, so emphasize intercept
--course facing and accelerate to close
--dir = ai.iface(target)
dir = ai.aim(target)
if dir < 15 and dir > -15 then
ai.accel()
end
--within close range; aim and blast away with everything
elseif dist > 0.4*range then
dir = ai.aim(target)
local dir2 = ai.idir(target)
--accelerate and try to close
--but only accel if it will be productive
if dir2 < 15 and dir2 > -15 and ai.relvel(target) > -10 then
ai.accel()
end
-- Shoot if should be shooting.
if dir < 10 then
ai.shoot()
end
ai.shoot(true)
--within really close range (?); aim and blast away with everything
else
dir = ai.aim(target)
-- Shoot if should be shooting.
if dir < 15 then -- mod: was 10
ai.shoot()
end
ai.shoot(true)
end
end
| gpl-3.0 |
SnarkyClark/luapgsql | test.lua | 1 | 4103 | package.cpath = "./?.so"
require("pgsql")
db = {
dbname = "postgres",
user = "pgsql",
connect_timeout = 5
}
print("\nRunning tests...")
passed = true
if passed then
print("--connect")
local info = ''
-- we shall move this next line to C soon...
for k, v in pairs(db) do info = string.format("%s%s=%s ", info, tostring(k), tostring(v)) end
con, errmsg = pg.connect(string.format(info))
if not con then
print(errmsg)
passed = false
else
print(string.format("con = %s", tostring(con)))
end
end
if passed then
print("--string escape")
s = "The quick brown fox's hide"
print(string.format("%s = %s", s, con:escape(s)))
if con:escape(s) ~= "The quick brown fox''s hide" then passed = false end
end
if passed then
print("--sql error")
local rs, errmsg = con:exec("select * from test where val1 = 1")
if not rs then
print(errmsg)
else
passed = false
print(string.format("rs = %s, %d rows affected", tostring(rs), rs:count()))
end
end
if passed then
print("--sql type conversion")
local rs, errmsg = con:exec("select null::varchar as \"null\", 't'::bool, 2::int2, 4::int4, 8::int8, 4.4::float4, 8.8::float8, '1970-01-01'::date")
if not rs then
print(errmsg)
passed = false
else
data = rs:fetch()
if data then
print(string.format("[null](%s) = %s", type(data.null), tostring(data.null)))
for k, v in pairs(data) do
if type(k) == 'string' then
print(string.format("[%s](%s) = %s", k, type(v), tostring(v)))
end
end
else
print("no data!")
passed = false
end
end
rs:clear()
end
q = [[
create temp table test (
val1 int primary key,
val2 varchar
)
]]
if passed then
print("--sql create")
local rs, errmsg = con:exec(q)
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s", tostring(rs)))
end
rs:clear()
end
if passed then
print("--sql insert")
for i = 1, 3 do
local rs, errmsg = con:exec("insert into test (val1, val2) values ($1, $2)", {i, string.char(64 + i)})
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s, %d rows affected", tostring(rs), rs:count()))
end
rs:clear()
end
end
if passed then
print("--sql update")
for i = 1, 3 do
local rs, errmsg = con:exec(string.format("update test set val2 = val2 || '*' where val1 = %d", i))
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s, %d rows affected", tostring(rs), rs:count()))
end
rs:clear()
end
end
if passed then
print("--sql select")
rs, errmsg = con:exec("select * from test")
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s, %d rows found", tostring(rs), rs:count()))
end
end
if passed then
print("--result fetch")
local data = rs:fetch()
while data do
print(string.format("%s, %s", data.val1, data.val2))
data = rs:fetch()
end
end
if passed then
print("--sql select (using params)")
rs, errmsg = con:exec("select * from test where val1 >= $1 and val2 >= $2", {0, 'A'})
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s, %d rows found", tostring(rs), rs:count()))
end
end
if passed then
print("--sql insert & select (using params with nulls)")
local rs, errmsg = con:exec("insert into test (val1, val2) values ($1, $2)", {4, nil}, 2)
if not rs then
print(errmsg)
passed = false
else
local rs, errmsg = con:exec("select * from test where val1 >= $1 and val2 is null", {0})
if not rs then
print(errmsg)
passed = false
else
print(string.format("rs = %s, %d rows found", tostring(rs), rs:count()))
end
end
end
if passed then
print("--column iterator")
local h = ''
for index, name in rs:cols() do
h = h .. string.format("[%d]%s, ", index, name)
end
print(h)
print("--row iterator by index")
for data in rs:rows() do
-- column access by index
local s = ''
for i, v in ipairs(data) do
s = s .. string.format("[%d]%s, ", i, v)
end
print(s)
-- column access by name
print(string.format("%d, %s", data.val1, data.val2))
end
end
if passed then print('All tests passed!') end
| bsd-2-clause |
stepjam/PyRep | pyrep/backend/simAddOnScript_PyRep.lua | 1 | 13066 | -- Additional PyRep functionality. To be placed in the CoppeliaSim root directory.
function sysCall_init()
end
function sysCall_cleanup()
end
function sysCall_addOnScriptSuspend()
end
function sysCall_addOnScriptResume()
end
function sysCall_nonSimulation()
end
function sysCall_beforeMainScript()
end
function sysCall_beforeInstanceSwitch()
end
function sysCall_afterInstanceSwitch()
end
function sysCall_beforeSimulation()
end
function sysCall_afterSimulation()
end
_getConfig=function(jh)
-- Returns the current robot configuration
local config={}
for i=1,#jh,1 do
config[i]=sim.getJointPosition(jh[i])
end
return config
end
_setConfig=function(jh, config)
-- Applies the specified configuration to the robot
if config then
for i=1,#jh,1 do
sim.setJointPosition(jh[i],config[i])
end
end
end
_getConfigDistance=function(jointHandles,config1,config2)
-- Returns the distance (in configuration space) between two configurations
local d=0
for i=1,#jointHandles,1 do
-- TODO *metric[i] should be here to give a weight to each joint.
local dx=(config1[i]-config2[i])*1.0
d=d+dx*dx
end
return math.sqrt(d)
end
_sliceFromOffset=function(array, offset)
sliced = {}
for i=1,#array-offset,1 do
sliced[i] = array[i+offset]
end
return sliced
end
_findPath=function(goalConfigs,cnt,jointHandles,algorithm,collisionPairs)
-- Here we do path planning between the specified start and goal configurations. We run the search cnt times,
-- and return the shortest path, and its length
local startConfig = _getConfig(jointHandles)
local task=simOMPL.createTask('task')
simOMPL.setVerboseLevel(task, 0)
alg = _getAlgorithm(algorithm)
simOMPL.setAlgorithm(task,alg)
local jSpaces={}
for i=1,#jointHandles,1 do
jh = jointHandles[i]
cyclic, interval = sim.getJointInterval(jh)
-- If there are huge intervals, then limit them
if interval[1] < -6.28 and interval[2] > 6.28 then
pos=sim.getJointPosition(jh)
interval[1] = -6.28
interval[2] = 6.28
end
local proj=i
if i>3 then proj=0 end
jSpaces[i]=simOMPL.createStateSpace('j_space'..i,simOMPL.StateSpaceType.joint_position,jh,{interval[1]},{interval[2]},proj)
end
simOMPL.setStateSpace(task, jSpaces)
if collisionPairs ~= nil then
simOMPL.setCollisionPairs(task, collisionPairs)
end
simOMPL.setStartState(task, startConfig)
simOMPL.setGoalState(task, goalConfigs[1])
for i=2,#goalConfigs,1 do
simOMPL.addGoalState(task,goalConfigs[i])
end
local path=nil
local l=999999999999
for i=1,cnt,1 do
search_time = 4
local res,_path=simOMPL.compute(task,search_time,-1,300)
-- Path can sometimes touch on invalid state during simplifying
if res and _path then
local is_valid=true
local jhl=#jointHandles
local pc=#_path/jhl
for i=1,pc-1,1 do
local config={}
for j=1,jhl,1 do
config[j]=_path[(i-1)*jhl+j]
end
is_valid=simOMPL.isStateValid(task, config)
if not is_valid then
break
end
end
if is_valid then
local _l=_getPathLength(_path, jointHandles)
if _l<l then
l=_l
path=_path
end
end
end
end
simOMPL.destroyTask(task)
return path,l
end
_getAlgorithm=function(algorithm)
-- Returns correct algorithm functions from user string
alg = nil
if algorithm == 'BiTRRT' then
alg = simOMPL.Algorithm.BiTRRT
elseif algorithm == 'BITstar' then
alg = simOMPL.Algorithm.BITstar
elseif algorithm == 'BKPIECE1' then
alg = simOMPL.Algorithm.BKPIECE1
elseif algorithm == 'CForest' then
alg = simOMPL.Algorithm.CForest
elseif algorithm == 'EST' then
alg = simOMPL.Algorithm.EST
elseif algorithm == 'FMT' then
alg = simOMPL.Algorithm.FMT
elseif algorithm == 'KPIECE1' then
alg = simOMPL.Algorithm.KPIECE1
elseif algorithm == 'LazyPRM' then
alg = simOMPL.Algorithm.LazyPRM
elseif algorithm == 'LazyPRMstar' then
alg = simOMPL.Algorithm.LazyPRMstar
elseif algorithm == 'LazyRRT' then
alg = simOMPL.Algorithm.LazyRRT
elseif algorithm == 'LBKPIECE1' then
alg = simOMPL.Algorithm.LBKPIECE1
elseif algorithm == 'LBTRRT' then
alg = simOMPL.Algorithm.LBTRRT
elseif algorithm == 'PDST' then
alg = simOMPL.Algorithm.PDST
elseif algorithm == 'PRM' then
alg = simOMPL.Algorithm.PRM
elseif algorithm == 'PRMstar' then
alg = simOMPL.Algorithm.PRMstar
elseif algorithm == 'pRRT' then
alg = simOMPL.Algorithm.pRRT
elseif algorithm == 'pSBL' then
alg = simOMPL.Algorithm.pSBL
elseif algorithm == 'RRT' then
alg = simOMPL.Algorithm.RRT
elseif algorithm == 'RRTConnect' then
alg = simOMPL.Algorithm.RRTConnect
elseif algorithm == 'RRTstar' then
alg = simOMPL.Algorithm.RRTstar
elseif algorithm == 'SBL' then
alg = simOMPL.Algorithm.SBL
elseif algorithm == 'SPARS' then
alg = simOMPL.Algorithm.SPARS
elseif algorithm == 'SPARStwo' then
alg = simOMPL.Algorithm.SPARStwo
elseif algorithm == 'STRIDE' then
alg = simOMPL.Algorithm.STRIDE
elseif algorithm == 'TRRT' then
alg = simOMPL.Algorithm.TRRT
end
return alg
end
_getPathLength=function(path, jointHandles)
-- Returns the length of the path in configuration space
local d=0
local l=#jointHandles
local pc=#path/l
for i=1,pc-1,1 do
local config1, config2 = _beforeAfterConfigFromPath(path, i, l)
d=d+_getConfigDistance(jointHandles,config1,config2)
end
return d
end
_beforeAfterConfigFromPath=function(path, path_index, num_handles)
local config1 = {}
local config2 = {}
for i=1,num_handles,1 do
config1[i] = path[(path_index-1)*num_handles+i]
config2[i] = path[path_index*num_handles+i]
end
return config1, config2
end
_getPoseOnPath=function(pathHandle, relativeDistance)
local pos = sim.getPositionOnPath(pathHandle, relativeDistance)
local ori = sim.getOrientationOnPath(pathHandle, relativeDistance)
return pos, ori
end
getNonlinearPath=function(inInts,inFloats,inStrings,inBuffer)
algorithm = inStrings[1]
collisionHandle = inInts[1]
ignoreCollisions = inInts[2]
searchCntPerGoalConfig = inInts[3]
jointHandles = _sliceFromOffset(inInts, 3)
collisionPairs={collisionHandle, sim.handle_all}
if ignoreCollisions==1 then
collisionPairs=nil
end
local configCnt = #inFloats/#jointHandles
goalConfigs = {}
for i=1,configCnt,1 do
local config={}
for j=1,#jointHandles,1 do
table.insert(config, inFloats[((i-1) * #jointHandles)+j])
end
table.insert(goalConfigs, config)
end
-- Search a path from current config to a goal config.
path = _findPath(goalConfigs, searchCntPerGoalConfig, jointHandles, algorithm, collisionPairs)
if path == nil then
path = {}
end
return {},path,{},''
end
getPathFromCartesianPath=function(inInts,inFloats,inStrings,inBuffer)
pathHandle = inInts[1]
ikGroup = inInts[2]
ikTarget = inInts[3]
jointHandles = _sliceFromOffset(inInts, 3)
collisionPairs = nil--{collisionHandle, sim.handle_all}
orientationCorrection = inFloats
local initIkPos = sim.getObjectPosition(ikTarget, -1)
local initIkOri = sim.getObjectOrientation(ikTarget, -1)
local originalConfig = _getConfig(jointHandles)
local i = 0.05
local fullPath = {}
local failed = false
while i <= 1.0 do
pos, ori = _getPoseOnPath(pathHandle, i)
sim.setObjectPosition(ikTarget, -1, pos)
sim.setObjectOrientation(ikTarget, -1, ori)
intermediatePath = sim.generateIkPath(ikGroup,jointHandles,20,collisionPairs)
if intermediatePath == nil then
failed = true
break
end
for j=1,#intermediatePath,1 do
table.insert(fullPath, intermediatePath[j])
end
newConfig = {}
for j=#intermediatePath-#jointHandles+1,#intermediatePath,1 do
table.insert(newConfig, intermediatePath[j])
end
_setConfig(jointHandles, newConfig)
i = i + 0.05
end
_setConfig(jointHandles, originalConfig)
sim.setObjectPosition(ikTarget, -1, initIkPos)
sim.setObjectOrientation(ikTarget, -1, initIkOri)
if failed then
fullPath = {}
end
return {},fullPath,{},''
end
insertPathControlPoint=function(inInts,inFloats,inStrings,inBuffer)
local handle = inInts[1]
local ptCnt = inInts[2]
local floatSkip = 6
local ptData = {}
for i=1,ptCnt,1 do
local offset = (i-1)*floatSkip
local ctrPos = {inFloats[offset+1], inFloats[offset+2], inFloats[offset+3]}
local ctrOri = {inFloats[offset+4], inFloats[offset+5], inFloats[offset+6]}
local vel = 0
local virDist = 0
local bezierPointsAtControl = 20
local bazierInterpolFactor1 = 0.990
local bazierInterpolFactor2 = 0.990
local auxFlags = 0
table.insert(ptData, ctrPos[1])
table.insert(ptData, ctrPos[2])
table.insert(ptData, ctrPos[3])
table.insert(ptData, ctrOri[1])
table.insert(ptData, ctrOri[2])
table.insert(ptData, ctrOri[3])
table.insert(ptData, vel)
table.insert(ptData, virDist)
table.insert(ptData, bezierPointsAtControl)
table.insert(ptData, bazierInterpolFactor1)
table.insert(ptData, bazierInterpolFactor2)
end
res = sim.insertPathCtrlPoints(handle, 0, 0, ptCnt, ptData)
return {},{},{},''
end
getBoxAdjustedMatrixAndFacingAngle=function(inInts,inFloats,inStrings,inBuffer)
local baseHandle = inInts[1]
local targetHandle = inInts[2]
local p2=sim.getObjectPosition(targetHandle,-1)
local p1=sim.getObjectPosition(baseHandle,-1)
local p={p2[1]-p1[1],p2[2]-p1[2],p2[3]-p1[3]}
local pl=math.sqrt(p[1]*p[1]+p[2]*p[2]+p[3]*p[3])
p[1]=p[1]/pl
p[2]=p[2]/pl
p[3]=p[3]/pl
local m=sim.getObjectMatrix(targetHandle,-1)
local matchingScore=0
for i=1,3,1 do
v={m[0+i],m[4+i],m[8+i]}
score=v[1]*p[1]+v[2]*p[2]+v[3]*p[3]
if (math.abs(score)>matchingScore) then
s=1
if (score<0) then s=-1 end
matchingScore=math.abs(score)
bestMatch={v[1]*s,v[2]*s,v[3]*s}
end
end
angle=math.atan2(bestMatch[2],bestMatch[1])
m=sim.buildMatrix(p2,{0,0,angle})
table.insert(m,angle-math.pi/2)
return {},m,{},''
end
getNonlinearPathMobile=function(inInts,inFloats,inStrings,inBuffer)
algorithm = inStrings[1]
robotHandle = inInts[1]
targetHandle = inInts[2]
collisionHandle=inInts[3]
ignoreCollisions=inInts[4]
bd=inFloats[1]
path_pts=inInts[5]
collisionPairs={collisionHandle,sim.handle_all}
if ignoreCollisions==1 then
collisionPairs=nil
end
t=simOMPL.createTask('t')
simOMPL.setVerboseLevel(t, 0)
ss=simOMPL.createStateSpace('2d',simOMPL.StateSpaceType.dubins,robotHandle,{-bd,-bd},{bd,bd},1)
state_h = simOMPL.setStateSpace(t,{ss})
simOMPL.setDubinsParams(ss,0.1,true)
simOMPL.setAlgorithm(t,_getAlgorithm(algorithm))
if collisionPairs ~= nil then
simOMPL.setCollisionPairs(t, collisionPairs)
end
startpos=sim.getObjectPosition(robotHandle,-1)
startorient=sim.getObjectOrientation(robotHandle,-1)
startpose={startpos[1],startpos[2],startorient[3]}
simOMPL.setStartState(t,startpose)
goalpos=sim.getObjectPosition(targetHandle,-1)
goalorient=sim.getObjectOrientation(targetHandle,-1)
goalpose={goalpos[1],goalpos[2],goalorient[3]}
simOMPL.setGoalState(t,goalpose)
r,path=simOMPL.compute(t,4,-1,path_pts)
simOMPL.destroyTask(t)
return {},path,{},''
end
handleSpherical=function(inInts,inFloats,inStrings,inBuffer)
local depth_handle=inInts[1]
local rgb_handle=inInts[2]
local six_sensor_handles = {inInts[3], inInts[4], inInts[5], inInts[6], inInts[7], inInts[8]}
simVision.handleSpherical(rgb_handle, six_sensor_handles, 360, 180, depth_handle)
return {},{},{},''
end | mit |
salorium/awesome | tests/examples/shims/screen.lua | 2 | 2646 | local gears_obj = require("gears.object")
local screen, meta = awesome._shim_fake_class()
screen.count = 1
local function create_screen(args)
local s = gears_obj()
-- Copy the geo in case the args are mutated
local geo = {
x = args.x ,
y = args.y ,
width = args.width ,
height = args.height,
}
function s._resize(args2)
geo.x = args2.x or geo.x
geo.y = args2.y or geo.y
geo.width = args2.width or geo.width
geo.height = args2.height or geo.height
end
local wa = args.workarea_sides or 10
return setmetatable(s,{ __index = function(_, key)
if key == "geometry" then
return {
x = geo.x or 0,
y = geo.y or 0,
width = geo.width ,
height = geo.height,
}
elseif key == "workarea" then
return {
x = (geo.x or 0) + wa ,
y = (geo.y or 0) + wa ,
width = geo.width - 2*wa,
height = geo.height - 2*wa,
}
else
return meta.__index(_, key)
end
end,
__newindex = function(...) return meta.__newindex(...) end
})
end
local screens = {}
function screen._add_screen(args)
local s = create_screen(args)
table.insert(screens, s)
s.index = #screens
screen[#screen+1] = s
screen[s] = s
end
function screen._get_extents()
local xmax, ymax
for _, v in ipairs(screen) do
if not xmax or v.geometry.x+v.geometry.width > xmax.geometry.x+xmax.geometry.width then
xmax = v
end
if not ymax or v.geometry.y+v.geometry.height > ymax.geometry.y+ymax.geometry.height then
ymax = v
end
end
return xmax.geometry.x+xmax.geometry.width, ymax.geometry.y+ymax.geometry.height
end
function screen._clear()
for i=1, #screen do
screen[screen[i]] = nil
screen[i] = nil
end
screens = {}
end
function screen._setup_grid(w, h, rows, args)
args = args or {}
screen._clear()
for i, row in ipairs(rows) do
for j=1, row do
args.x = (j-1)*w + (j-1)*10
args.y = (i-1)*h + (i-1)*10
args.width = w
args.height = h
screen._add_screen(args)
end
end
end
screen._add_screen {width=320, height=240}
return screen
-- vim: filetype=lua:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:textwidth=80
| gpl-2.0 |
T3hArco/skeyler-gamemodes | deathrun/gamemode/player_class/player_deathrun.lua | 1 | 1541 | ----------------------------
-- Deathrun --
-- Created by Skeyler.com --
----------------------------
AddCSLuaFile()
DEFINE_BASECLASS("player_default")
local PLAYER = {}
PLAYER.DisplayName = "Deathrun Player"
PLAYER.WalkSpeed = 250 -- How fast to move when not running
PLAYER.RunSpeed = 250 -- How fast to move when running
PLAYER.CrouchedWalkSpeed = 0.6
PLAYER.DuckSpeed = 0.4 -- How fast to go from not ducking, to ducking
PLAYER.UnDuckSpeed = 0.01 -- How fast to go from ducking, to not ducking
PLAYER.JumpPower = 268.4 -- How powerful our jump should be
PLAYER.AvoidPlayers = false
PLAYER.DropWeaponOnDie = true
--
-- Called serverside only when the player spawns
--
function PLAYER:Spawn()
if self.Player:Team() == TEAM_DEATH then
self.Player:SetModel("models/player/death.mdl")
else
hook.Call("PlayerSetModel", GAMEMODE, self.Player)
end
self.Player:SetHull(Vector(-16, -16, 0), Vector(16, 16, 62))
self.Player:SetHullDuck(Vector(-16, -16, 0), Vector(16, 16, 45))
self.Player:SetViewOffset(Vector(0, 0, 64))
self.Player:SetViewOffsetDucked(Vector(0, 0, 47))
end
--
-- Called on spawn to give the player their default loadout
--
function PLAYER:Loadout()
self.Player:StripWeapons()
self.Player:StripAmmo()
if self.Player:Team() == TEAM_RUNNER then
self.Player:Give("weapon_crowbar")
elseif self.Player:Team() == TEAM_DEATH then
self.Player:Give("weapon_scythe")
end
end
player_manager.RegisterClass( "player_deathrun", PLAYER, "player_default" ) | bsd-3-clause |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/ControlButton.lua | 6 | 14222 |
--------------------------------
-- @module ControlButton
-- @extend Control
-- @parent_module cc
--------------------------------
--
-- @function [parent=#ControlButton] isPushed
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Sets the title label to use for the specified state.<br>
-- If a property is not specified for a state, the default is to use<br>
-- the ButtonStateNormal value.<br>
-- param label The title label to use for the specified state.<br>
-- param state The state that uses the specified title. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setTitleLabelForState
-- @param self
-- @param #cc.Node label
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setAdjustBackgroundImage
-- @param self
-- @param #bool adjustBackgroundImage
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- Sets the title string to use for the specified state.<br>
-- If a property is not specified for a state, the default is to use<br>
-- the ButtonStateNormal value.<br>
-- param title The title string to use for the specified state.<br>
-- param state The state that uses the specified title. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setTitleForState
-- @param self
-- @param #string title
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setLabelAnchorPoint
-- @param self
-- @param #vec2_table var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] getLabelAnchorPoint
-- @param self
-- @return vec2_table#vec2_table ret (return value: vec2_table)
--------------------------------
--
-- @function [parent=#ControlButton] initWithBackgroundSprite
-- @param self
-- @param #ccui.Scale9Sprite sprite
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#ControlButton] getTitleTTFSizeForState
-- @param self
-- @param #int state
-- @return float#float ret (return value: float)
--------------------------------
--
-- @function [parent=#ControlButton] setTitleTTFForState
-- @param self
-- @param #string fntFile
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setTitleTTFSizeForState
-- @param self
-- @param #float size
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setTitleLabel
-- @param self
-- @param #cc.Node var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setPreferredSize
-- @param self
-- @param #size_table var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] getCurrentTitleColor
-- @param self
-- @return color3b_table#color3b_table ret (return value: color3b_table)
--------------------------------
--
-- @function [parent=#ControlButton] setZoomOnTouchDown
-- @param self
-- @param #bool var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setBackgroundSprite
-- @param self
-- @param #ccui.Scale9Sprite var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- Returns the background sprite used for a state.<br>
-- param state The state that uses the background sprite. Possible values are<br>
-- described in "CCControlState".
-- @function [parent=#ControlButton] getBackgroundSpriteForState
-- @param self
-- @param #int state
-- @return Scale9Sprite#Scale9Sprite ret (return value: ccui.Scale9Sprite)
--------------------------------
--
-- @function [parent=#ControlButton] getHorizontalOrigin
-- @param self
-- @return int#int ret (return value: int)
--------------------------------
--
-- @function [parent=#ControlButton] initWithTitleAndFontNameAndFontSize
-- @param self
-- @param #string title
-- @param #string fontName
-- @param #float fontSize
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Sets the font of the label, changes the label to a BMFont if necessary.<br>
-- param fntFile The name of the font to change to<br>
-- param state The state that uses the specified fntFile. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setTitleBMFontForState
-- @param self
-- @param #string fntFile
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] getScaleRatio
-- @param self
-- @return float#float ret (return value: float)
--------------------------------
--
-- @function [parent=#ControlButton] getTitleTTFForState
-- @param self
-- @param #int state
-- @return string#string ret (return value: string)
--------------------------------
--
-- @function [parent=#ControlButton] getBackgroundSprite
-- @param self
-- @return Scale9Sprite#Scale9Sprite ret (return value: ccui.Scale9Sprite)
--------------------------------
-- Returns the title color used for a state.<br>
-- param state The state that uses the specified color. The values are described<br>
-- in "CCControlState".<br>
-- return The color of the title for the specified state.
-- @function [parent=#ControlButton] getTitleColorForState
-- @param self
-- @param #int state
-- @return color3b_table#color3b_table ret (return value: color3b_table)
--------------------------------
-- Sets the color of the title to use for the specified state.<br>
-- param color The color of the title to use for the specified state.<br>
-- param state The state that uses the specified color. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setTitleColorForState
-- @param self
-- @param #color3b_table color
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- Adjust the background image. YES by default. If the property is set to NO, the<br>
-- background will use the preferred size of the background image.
-- @function [parent=#ControlButton] doesAdjustBackgroundImage
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Sets the background spriteFrame to use for the specified button state.<br>
-- param spriteFrame The background spriteFrame to use for the specified state.<br>
-- param state The state that uses the specified image. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setBackgroundSpriteFrameForState
-- @param self
-- @param #cc.SpriteFrame spriteFrame
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- Sets the background sprite to use for the specified button state.<br>
-- param sprite The background sprite to use for the specified state.<br>
-- param state The state that uses the specified image. The values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] setBackgroundSpriteForState
-- @param self
-- @param #ccui.Scale9Sprite sprite
-- @param #int state
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setScaleRatio
-- @param self
-- @param #float var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] getTitleBMFontForState
-- @param self
-- @param #int state
-- @return string#string ret (return value: string)
--------------------------------
--
-- @function [parent=#ControlButton] getTitleLabel
-- @param self
-- @return Node#Node ret (return value: cc.Node)
--------------------------------
--
-- @function [parent=#ControlButton] getPreferredSize
-- @param self
-- @return size_table#size_table ret (return value: size_table)
--------------------------------
--
-- @function [parent=#ControlButton] getVerticalMargin
-- @param self
-- @return int#int ret (return value: int)
--------------------------------
-- Returns the title label used for a state.<br>
-- param state The state that uses the title label. Possible values are described<br>
-- in "CCControlState".
-- @function [parent=#ControlButton] getTitleLabelForState
-- @param self
-- @param #int state
-- @return Node#Node ret (return value: cc.Node)
--------------------------------
--
-- @function [parent=#ControlButton] setMargins
-- @param self
-- @param #int marginH
-- @param #int marginV
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- @overload self
-- @overload self
-- @function [parent=#ControlButton] getCurrentTitle
-- @param self
-- @return string#string ret (return value: string)
--------------------------------
--
-- @function [parent=#ControlButton] initWithLabelAndBackgroundSprite
-- @param self
-- @param #cc.Node label
-- @param #ccui.Scale9Sprite backgroundSprite
-- @param #bool adjustBackGroundSize
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#ControlButton] getZoomOnTouchDown
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Returns the title used for a state.<br>
-- param state The state that uses the title. Possible values are described in<br>
-- "CCControlState".<br>
-- return The title for the specified state.
-- @function [parent=#ControlButton] getTitleForState
-- @param self
-- @param #int state
-- @return string#string ret (return value: string)
--------------------------------
-- @overload self, ccui.Scale9Sprite
-- @overload self
-- @overload self, cc.Node, ccui.Scale9Sprite
-- @overload self, string, string, float
-- @overload self, cc.Node, ccui.Scale9Sprite, bool
-- @function [parent=#ControlButton] create
-- @param self
-- @param #cc.Node label
-- @param #ccui.Scale9Sprite backgroundSprite
-- @param #bool adjustBackGroundSize
-- @return ControlButton#ControlButton ret (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setEnabled
-- @param self
-- @param #bool enabled
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] onTouchEnded
-- @param self
-- @param #cc.Touch touch
-- @param #cc.Event event
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setColor
-- @param self
-- @param #color3b_table
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] onTouchMoved
-- @param self
-- @param #cc.Touch touch
-- @param #cc.Event event
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setSelected
-- @param self
-- @param #bool enabled
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] onTouchCancelled
-- @param self
-- @param #cc.Touch touch
-- @param #cc.Event event
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] needsLayout
-- @param self
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] onTouchBegan
-- @param self
-- @param #cc.Touch touch
-- @param #cc.Event event
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#ControlButton] updateDisplayedOpacity
-- @param self
-- @param #unsigned char parentOpacity
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] init
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#ControlButton] setHighlighted
-- @param self
-- @param #bool enabled
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] updateDisplayedColor
-- @param self
-- @param #color3b_table parentColor
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
--
-- @function [parent=#ControlButton] setOpacity
-- @param self
-- @param #unsigned char var
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
--------------------------------
-- js ctor
-- @function [parent=#ControlButton] ControlButton
-- @param self
-- @return ControlButton#ControlButton self (return value: cc.ControlButton)
return nil
| gpl-3.0 |
githubtelebot/Telebot | plugins/invite2.lua | 8 | 1206 | do
local function callbackres(extra, success, result) -- Callback for res_user in line 27
local user = 'user#id'..result.id
local chat = 'chat#id'..extra.chatid
if is_banned(result.id, extra.chatid) then -- Ignore bans
send_large_msg(chat, 'کاربر بن است')
elseif is_gbanned(result.id) then -- Ignore globall bans
send_large_msg(chat, 'کاربر بن جهانی است')
else
chat_add_user(chat, user, ok_cb, false) -- Add user on chat
end
end
function run(msg, matches)
local data = load_data(_config.moderation.data)
if not is_realm(msg) then
if data[tostring(msg.to.id)] and data[tostring(msg.to.id)]['settings']['lock_member'] == 'yes' and not is_admin(msg) then
return 'قفل اعضا فعال است'
end
end
if msg.to.type ~= 'chat' then
return
end
if not is_momod(msg) then
return
end
if not is_admin(msg) then -- For admins only !
return 'Only admins can invite.'
end
local cbres_extra = {chatid = msg.to.id}
local username = matches[1]
local username = username:gsub("@","")
res_user(username, callbackres, cbres_extra)
end
return {
patterns = {
"^دعوت (.*)$"
},
run = run
}
end | gpl-2.0 |
hadirahimi1380/speedbot | bot/utils.lua | 646 | 23489 | URL = require "socket.url"
http = require "socket.http"
https = require "ssl.https"
ltn12 = require "ltn12"
serpent = require "serpent"
feedparser = require "feedparser"
json = (loadfile "./libs/JSON.lua")()
mimetype = (loadfile "./libs/mimetype.lua")()
redis = (loadfile "./libs/redis.lua")()
JSON = (loadfile "./libs/dkjson.lua")()
http.TIMEOUT = 10
function get_receiver(msg)
if msg.to.type == 'user' then
return 'user#id'..msg.from.id
end
if msg.to.type == 'chat' then
return 'chat#id'..msg.to.id
end
if msg.to.type == 'encr_chat' then
return msg.to.print_name
end
end
function is_chat_msg( msg )
if msg.to.type == 'chat' then
return true
end
return false
end
function string.random(length)
local str = "";
for i = 1, length do
math.random(97, 122)
str = str..string.char(math.random(97, 122));
end
return str;
end
function string:split(sep)
local sep, fields = sep or ":", {}
local pattern = string.format("([^%s]+)", sep)
self:gsub(pattern, function(c) fields[#fields+1] = c end)
return fields
end
-- DEPRECATED
function string.trim(s)
print("string.trim(s) is DEPRECATED use string:trim() instead")
return s:gsub("^%s*(.-)%s*$", "%1")
end
-- Removes spaces
function string:trim()
return self:gsub("^%s*(.-)%s*$", "%1")
end
function get_http_file_name(url, headers)
-- Eg: foo.var
local file_name = url:match("[^%w]+([%.%w]+)$")
-- Any delimited alphanumeric on the url
file_name = file_name or url:match("[^%w]+(%w+)[^%w]+$")
-- Random name, hope content-type works
file_name = file_name or str:random(5)
local content_type = headers["content-type"]
local extension = nil
if content_type then
extension = mimetype.get_mime_extension(content_type)
end
if extension then
file_name = file_name.."."..extension
end
local disposition = headers["content-disposition"]
if disposition then
-- attachment; filename=CodeCogsEqn.png
file_name = disposition:match('filename=([^;]+)') or file_name
end
return file_name
end
-- Saves file to /tmp/. If file_name isn't provided,
-- will get the text after the last "/" for filename
-- and content-type for extension
function download_to_file(url, file_name)
print("url to download: "..url)
local respbody = {}
local options = {
url = url,
sink = ltn12.sink.table(respbody),
redirect = true
}
-- nil, code, headers, status
local response = nil
if url:starts('https') then
options.redirect = false
response = {https.request(options)}
else
response = {http.request(options)}
end
local code = response[2]
local headers = response[3]
local status = response[4]
if code ~= 200 then return nil end
file_name = file_name or get_http_file_name(url, headers)
local file_path = "/tmp/"..file_name
print("Saved to: "..file_path)
file = io.open(file_path, "w+")
file:write(table.concat(respbody))
file:close()
return file_path
end
function vardump(value)
print(serpent.block(value, {comment=false}))
end
-- taken from http://stackoverflow.com/a/11130774/3163199
function scandir(directory)
local i, t, popen = 0, {}, io.popen
for filename in popen('ls -a "'..directory..'"'):lines() do
i = i + 1
t[i] = filename
end
return t
end
-- http://www.lua.org/manual/5.2/manual.html#pdf-io.popen
function run_command(str)
local cmd = io.popen(str)
local result = cmd:read('*all')
cmd:close()
return result
end
-- User has privileges
function is_sudo(msg)
local var = false
-- Check users id in config
for v,user in pairs(_config.sudo_users) do
if user == msg.from.id then
var = true
end
end
return var
end
-- Returns the name of the sender
function get_name(msg)
local name = msg.from.first_name
if name == nil then
name = msg.from.id
end
return name
end
-- Returns at table of lua files inside plugins
function plugins_names( )
local files = {}
for k, v in pairs(scandir("plugins")) do
-- Ends with .lua
if (v:match(".lua$")) then
table.insert(files, v)
end
end
return files
end
-- Function name explains what it does.
function file_exists(name)
local f = io.open(name,"r")
if f ~= nil then
io.close(f)
return true
else
return false
end
end
-- Save into file the data serialized for lua.
-- Set uglify true to minify the file.
function serialize_to_file(data, file, uglify)
file = io.open(file, 'w+')
local serialized
if not uglify then
serialized = serpent.block(data, {
comment = false,
name = '_'
})
else
serialized = serpent.dump(data)
end
file:write(serialized)
file:close()
end
-- Returns true if the string is empty
function string:isempty()
return self == nil or self == ''
end
-- Returns true if the string is blank
function string:isblank()
self = self:trim()
return self:isempty()
end
-- DEPRECATED!!!!!
function string.starts(String, Start)
print("string.starts(String, Start) is DEPRECATED use string:starts(text) instead")
return Start == string.sub(String,1,string.len(Start))
end
-- Returns true if String starts with Start
function string:starts(text)
return text == string.sub(self,1,string.len(text))
end
-- Send image to user and delete it when finished.
-- cb_function and cb_extra are optionals callback
function _send_photo(receiver, file_path, cb_function, cb_extra)
local cb_extra = {
file_path = file_path,
cb_function = cb_function,
cb_extra = cb_extra
}
-- Call to remove with optional callback
send_photo(receiver, file_path, cb_function, cb_extra)
end
-- Download the image and send to receiver, it will be deleted.
-- cb_function and cb_extra are optionals callback
function send_photo_from_url(receiver, url, cb_function, cb_extra)
-- If callback not provided
cb_function = cb_function or ok_cb
cb_extra = cb_extra or false
local file_path = download_to_file(url, false)
if not file_path then -- Error
local text = 'Error downloading the image'
send_msg(receiver, text, cb_function, cb_extra)
else
print("File path: "..file_path)
_send_photo(receiver, file_path, cb_function, cb_extra)
end
end
-- Same as send_photo_from_url but as callback function
function send_photo_from_url_callback(cb_extra, success, result)
local receiver = cb_extra.receiver
local url = cb_extra.url
local file_path = download_to_file(url, false)
if not file_path then -- Error
local text = 'Error downloading the image'
send_msg(receiver, text, ok_cb, false)
else
print("File path: "..file_path)
_send_photo(receiver, file_path, ok_cb, false)
end
end
-- Send multiple images asynchronous.
-- param urls must be a table.
function send_photos_from_url(receiver, urls)
local cb_extra = {
receiver = receiver,
urls = urls,
remove_path = nil
}
send_photos_from_url_callback(cb_extra)
end
-- Use send_photos_from_url.
-- This function might be difficult to understand.
function send_photos_from_url_callback(cb_extra, success, result)
-- cb_extra is a table containing receiver, urls and remove_path
local receiver = cb_extra.receiver
local urls = cb_extra.urls
local remove_path = cb_extra.remove_path
-- The previously image to remove
if remove_path ~= nil then
os.remove(remove_path)
print("Deleted: "..remove_path)
end
-- Nil or empty, exit case (no more urls)
if urls == nil or #urls == 0 then
return false
end
-- Take the head and remove from urls table
local head = table.remove(urls, 1)
local file_path = download_to_file(head, false)
local cb_extra = {
receiver = receiver,
urls = urls,
remove_path = file_path
}
-- Send first and postpone the others as callback
send_photo(receiver, file_path, send_photos_from_url_callback, cb_extra)
end
-- Callback to remove a file
function rmtmp_cb(cb_extra, success, result)
local file_path = cb_extra.file_path
local cb_function = cb_extra.cb_function or ok_cb
local cb_extra = cb_extra.cb_extra
if file_path ~= nil then
os.remove(file_path)
print("Deleted: "..file_path)
end
-- Finally call the callback
cb_function(cb_extra, success, result)
end
-- Send document to user and delete it when finished.
-- cb_function and cb_extra are optionals callback
function _send_document(receiver, file_path, cb_function, cb_extra)
local cb_extra = {
file_path = file_path,
cb_function = cb_function or ok_cb,
cb_extra = cb_extra or false
}
-- Call to remove with optional callback
send_document(receiver, file_path, rmtmp_cb, cb_extra)
end
-- Download the image and send to receiver, it will be deleted.
-- cb_function and cb_extra are optionals callback
function send_document_from_url(receiver, url, cb_function, cb_extra)
local file_path = download_to_file(url, false)
print("File path: "..file_path)
_send_document(receiver, file_path, cb_function, cb_extra)
end
-- Parameters in ?a=1&b=2 style
function format_http_params(params, is_get)
local str = ''
-- If is get add ? to the beginning
if is_get then str = '?' end
local first = true -- Frist param
for k,v in pairs (params) do
if v then -- nil value
if first then
first = false
str = str..k.. "="..v
else
str = str.."&"..k.. "="..v
end
end
end
return str
end
-- Check if user can use the plugin and warns user
-- Returns true if user was warned and false if not warned (is allowed)
function warns_user_not_allowed(plugin, msg)
if not user_allowed(plugin, msg) then
local text = 'This plugin requires privileged user'
local receiver = get_receiver(msg)
send_msg(receiver, text, ok_cb, false)
return true
else
return false
end
end
-- Check if user can use the plugin
function user_allowed(plugin, msg)
if plugin.privileged and not is_sudo(msg) then
return false
end
return true
end
function send_order_msg(destination, msgs)
local cb_extra = {
destination = destination,
msgs = msgs
}
send_order_msg_callback(cb_extra, true)
end
function send_order_msg_callback(cb_extra, success, result)
local destination = cb_extra.destination
local msgs = cb_extra.msgs
local file_path = cb_extra.file_path
if file_path ~= nil then
os.remove(file_path)
print("Deleted: " .. file_path)
end
if type(msgs) == 'string' then
send_large_msg(destination, msgs)
elseif type(msgs) ~= 'table' then
return
end
if #msgs < 1 then
return
end
local msg = table.remove(msgs, 1)
local new_cb_extra = {
destination = destination,
msgs = msgs
}
if type(msg) == 'string' then
send_msg(destination, msg, send_order_msg_callback, new_cb_extra)
elseif type(msg) == 'table' then
local typ = msg[1]
local nmsg = msg[2]
new_cb_extra.file_path = nmsg
if typ == 'document' then
send_document(destination, nmsg, send_order_msg_callback, new_cb_extra)
elseif typ == 'image' or typ == 'photo' then
send_photo(destination, nmsg, send_order_msg_callback, new_cb_extra)
elseif typ == 'audio' then
send_audio(destination, nmsg, send_order_msg_callback, new_cb_extra)
elseif typ == 'video' then
send_video(destination, nmsg, send_order_msg_callback, new_cb_extra)
else
send_file(destination, nmsg, send_order_msg_callback, new_cb_extra)
end
end
end
-- Same as send_large_msg_callback but friendly params
function send_large_msg(destination, text)
local cb_extra = {
destination = destination,
text = text
}
send_large_msg_callback(cb_extra, true)
end
-- If text is longer than 4096 chars, send multiple msg.
-- https://core.telegram.org/method/messages.sendMessage
function send_large_msg_callback(cb_extra, success, result)
local text_max = 4096
local destination = cb_extra.destination
local text = cb_extra.text
local text_len = string.len(text)
local num_msg = math.ceil(text_len / text_max)
if num_msg <= 1 then
send_msg(destination, text, ok_cb, false)
else
local my_text = string.sub(text, 1, 4096)
local rest = string.sub(text, 4096, text_len)
local cb_extra = {
destination = destination,
text = rest
}
send_msg(destination, my_text, send_large_msg_callback, cb_extra)
end
end
-- Returns a table with matches or nil
function match_pattern(pattern, text, lower_case)
if text then
local matches = {}
if lower_case then
matches = { string.match(text:lower(), pattern) }
else
matches = { string.match(text, pattern) }
end
if next(matches) then
return matches
end
end
-- nil
end
-- Function to read data from files
function load_from_file(file, default_data)
local f = io.open(file, "r+")
-- If file doesn't exists
if f == nil then
-- Create a new empty table
default_data = default_data or {}
serialize_to_file(default_data, file)
print ('Created file', file)
else
print ('Data loaded from file', file)
f:close()
end
return loadfile (file)()
end
-- See http://stackoverflow.com/a/14899740
function unescape_html(str)
local map = {
["lt"] = "<",
["gt"] = ">",
["amp"] = "&",
["quot"] = '"',
["apos"] = "'"
}
new = string.gsub(str, '(&(#?x?)([%d%a]+);)', function(orig, n, s)
var = map[s] or n == "#" and string.char(s)
var = var or n == "#x" and string.char(tonumber(s,16))
var = var or orig
return var
end)
return new
end
--Check if this chat is realm or not
function is_realm(msg)
local var = false
local realms = 'realms'
local data = load_data(_config.moderation.data)
local chat = msg.to.id
if data[tostring(realms)] then
if data[tostring(realms)][tostring(msg.to.id)] then
var = true
end
return var
end
end
--Check if this chat is a group or not
function is_group(msg)
local var = false
local groups = 'groups'
local data = load_data(_config.moderation.data)
local chat = msg.to.id
if data[tostring(groups)] then
if data[tostring(groups)][tostring(msg.to.id)] then
var = true
end
return var
end
end
function savelog(group, logtxt)
local text = (os.date("[ %c ]=> "..logtxt.."\n \n"))
local file = io.open("./groups/logs/"..group.."log.txt", "a")
file:write(text)
file:close()
end
function user_print_name(user)
if user.print_name then
return user.print_name
end
local text = ''
if user.first_name then
text = user.last_name..' '
end
if user.lastname then
text = text..user.last_name
end
return text
end
--Check if user is the owner of that group or not
function is_owner(msg)
local var = false
local data = load_data(_config.moderation.data)
local user = msg.from.id
if data[tostring(msg.to.id)] then
if data[tostring(msg.to.id)]['set_owner'] then
if data[tostring(msg.to.id)]['set_owner'] == tostring(user) then
var = true
end
end
end
if data['admins'] then
if data['admins'][tostring(user)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == msg.from.id then
var = true
end
end
return var
end
function is_owner2(user_id, group_id)
local var = false
local data = load_data(_config.moderation.data)
if data[tostring(group_id)] then
if data[tostring(group_id)]['set_owner'] then
if data[tostring(group_id)]['set_owner'] == tostring(user_id) then
var = true
end
end
end
if data['admins'] then
if data['admins'][tostring(user_id)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == user_id then
var = true
end
end
return var
end
--Check if user is admin or not
function is_admin(msg)
local var = false
local data = load_data(_config.moderation.data)
local user = msg.from.id
local admins = 'admins'
if data[tostring(admins)] then
if data[tostring(admins)][tostring(user)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == msg.from.id then
var = true
end
end
return var
end
function is_admin2(user_id)
local var = false
local data = load_data(_config.moderation.data)
local user = user_id
local admins = 'admins'
if data[tostring(admins)] then
if data[tostring(admins)][tostring(user)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == user_id then
var = true
end
end
return var
end
--Check if user is the mod of that group or not
function is_momod(msg)
local var = false
local data = load_data(_config.moderation.data)
local user = msg.from.id
if data[tostring(msg.to.id)] then
if data[tostring(msg.to.id)]['moderators'] then
if data[tostring(msg.to.id)]['moderators'][tostring(user)] then
var = true
end
end
end
if data[tostring(msg.to.id)] then
if data[tostring(msg.to.id)]['set_owner'] then
if data[tostring(msg.to.id)]['set_owner'] == tostring(user) then
var = true
end
end
end
if data['admins'] then
if data['admins'][tostring(user)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == msg.from.id then
var = true
end
end
return var
end
function is_momod2(user_id, group_id)
local var = false
local data = load_data(_config.moderation.data)
local usert = user_id
if data[tostring(group_id)] then
if data[tostring(group_id)]['moderators'] then
if data[tostring(group_id)]['moderators'][tostring(usert)] then
var = true
end
end
end
if data[tostring(group_id)] then
if data[tostring(group_id)]['set_owner'] then
if data[tostring(group_id)]['set_owner'] == tostring(user_id) then
var = true
end
end
end
if data['admins'] then
if data['admins'][tostring(user_id)] then
var = true
end
end
for v,user in pairs(_config.sudo_users) do
if user == usert then
var = true
end
end
return var
end
-- Returns the name of the sender
function kick_user(user_id, chat_id)
if tonumber(user_id) == tonumber(our_id) then -- Ignore bot
return
end
if is_owner2(user_id, chat_id) then -- Ignore admins
return
end
local chat = 'chat#id'..chat_id
local user = 'user#id'..user_id
chat_del_user(chat, user, ok_cb, true)
end
-- Ban
function ban_user(user_id, chat_id)
if tonumber(user_id) == tonumber(our_id) then -- Ignore bot
return
end
if is_admin2(user_id) then -- Ignore admins
return
end
-- Save to redis
local hash = 'banned:'..chat_id
redis:sadd(hash, user_id)
-- Kick from chat
kick_user(user_id, chat_id)
end
-- Global ban
function banall_user(user_id)
if tonumber(user_id) == tonumber(our_id) then -- Ignore bot
return
end
if is_admin2(user_id) then -- Ignore admins
return
end
-- Save to redis
local hash = 'gbanned'
redis:sadd(hash, user_id)
end
-- Global unban
function unbanall_user(user_id)
--Save on redis
local hash = 'gbanned'
redis:srem(hash, user_id)
end
-- Check if user_id is banned in chat_id or not
function is_banned(user_id, chat_id)
--Save on redis
local hash = 'banned:'..chat_id
local banned = redis:sismember(hash, user_id)
return banned or false
end
-- Check if user_id is globally banned or not
function is_gbanned(user_id)
--Save on redis
local hash = 'gbanned'
local banned = redis:sismember(hash, user_id)
return banned or false
end
-- Returns chat_id ban list
function ban_list(chat_id)
local hash = 'banned:'..chat_id
local list = redis:smembers(hash)
local text = "Ban list !\n\n"
for k,v in pairs(list) do
text = text..k.." - "..v.." \n"
end
return text
end
-- Returns globally ban list
function banall_list()
local hash = 'gbanned'
local list = redis:smembers(hash)
local text = "global bans !\n\n"
for k,v in pairs(list) do
text = text..k.." - "..v.." \n"
end
return text
end
-- /id by reply
function get_message_callback_id(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
send_large_msg(chat, result.from.id)
else
return 'Use This in Your Groups'
end
end
-- kick by reply for mods and owner
function Kick_by_reply(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't kick myself"
end
if is_momod2(result.from.id, result.to.id) then -- Ignore mods,owner,admin
return "you can't kick mods,owner and admins"
end
chat_del_user(chat, 'user#id'..result.from.id, ok_cb, false)
else
return 'Use This in Your Groups'
end
end
-- Kick by reply for admins
function Kick_by_reply_admins(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't kick myself"
end
if is_admin2(result.from.id) then -- Ignore admins
return
end
chat_del_user(chat, 'user#id'..result.from.id, ok_cb, false)
else
return 'Use This in Your Groups'
end
end
--Ban by reply for admins
function ban_by_reply(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't ban myself"
end
if is_momod2(result.from.id, result.to.id) then -- Ignore mods,owner,admin
return "you can't kick mods,owner and admins"
end
ban_user(result.from.id, result.to.id)
send_large_msg(chat, "User "..result.from.id.." Banned")
else
return 'Use This in Your Groups'
end
end
-- Ban by reply for admins
function ban_by_reply_admins(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't ban myself"
end
if is_admin2(result.from.id) then -- Ignore admins
return
end
ban_user(result.from.id, result.to.id)
send_large_msg(chat, "User "..result.from.id.." Banned")
else
return 'Use This in Your Groups'
end
end
-- Unban by reply
function unban_by_reply(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't unban myself"
end
send_large_msg(chat, "User "..result.from.id.." Unbanned")
-- Save on redis
local hash = 'banned:'..result.to.id
redis:srem(hash, result.from.id)
else
return 'Use This in Your Groups'
end
end
function banall_by_reply(extra, success, result)
if result.to.type == 'chat' then
local chat = 'chat#id'..result.to.id
if tonumber(result.from.id) == tonumber(our_id) then -- Ignore bot
return "I won't banall myself"
end
if is_admin2(result.from.id) then -- Ignore admins
return
end
local name = user_print_name(result.from)
banall_user(result.from.id)
chat_del_user(chat, 'user#id'..result.from.id, ok_cb, false)
send_large_msg(chat, "User "..name.."["..result.from.id.."] hammered")
else
return 'Use This in Your Groups'
end
end
| gpl-2.0 |
T3hArco/skeyler-gamemodes | Sassilization/entities/entities/building_gate/init.lua | 1 | 3862 | --------------------
-- Sassilization
-- By Sassafrass / Spacetech / LuaPineapple
--------------------
AddCSLuaFile("shared.lua")
include("shared.lua")
ENT.OpenSound = Sound("buttons/lever4.wav")
ENT.CloseSound = Sound("buttons/lever6.wav")
ENT.AutomaticFrameAdvance = true
util.AddNetworkString( "PlayGateAnim" )
util.AddNetworkString( "SendConnectedPieces" )
function ENT:Initialize()
self.Open = false
self.Opened = false
self.Closed = false
self.TouchTable = {}
self:Setup("gate", false, true)
self.Connected = {}
timer.Create(tostring(self), 0.5, 0, function()
if self.type then
timer.Destroy(tostring(self))
end
self.Allies = nil
--If a unit collides with the gate while it's still open, they won't be able to move through it until they move back/forward first.
for i, v in ipairs(ents.FindInSphere(self:GetPos(), 30)) do
if(v:IsUnit() and (v:GetEmpire() == self:GetEmpire() or Allied(self:GetEmpire(), v:GetEmpire()))) then
self.Allies = true
end
end
if self.Allies then
self:OpenGate()
else
self:CloseGate()
end
end)
end
function ENT:AddConnected(givenEnt)
table.insert(self.Connected, givenEnt)
timer.Simple(0.1, function()
for k,v in pairs(player.GetAll()) do
net.Start("SendConnectedPieces")
net.WriteEntity(self)
net.WriteTable(self.Connected)
net.Send(v)
end
end)
end
function ENT:SellConnected()
for k,v in pairs(self.Connected) do
v:Destroy(building.BUILDING_SELL)
end
self:Destroy(building.BUILDING_SELL)
end
function ENT:ChangeSettings(type, model, bool)
self.type = type
if model then
self:SetModel(model)
end
self:SetSolid(SOLID_VPHYSICS)
self:SetMoveType(MOVETYPE_NONE)
self:PhysicsInit( SOLID_VPHYSICS )
self:SetCollisionGroup(COLLISION_GROUP_WEAPON)
local Phys = self:GetPhysicsObject()
if(Phys:IsValid()) then
Phys:EnableMotion(false)
Phys:EnableCollisions(true)
end
end
-- local vec1, vec2 = Vector( -6, -20, 0 ), Vector( 6, 20, 30 )
-- self:PhysicsInitBox( vec1, vec2 )
-- self:SetCollisionBounds( vec1, vec2 )
-- self:SetSolid( SOLID_BBOX )
-- self:SetMoveCollide( MOVECOLLIDE_FLY_SLIDE )
-- self:SetCollisionGroup( COLLISION_GROUP_WEAPON )
function ENT:OnThink()
self:WallUpdateControl()
return 2
end
function ENT:OpenGate()
if self.type then return end
if(self.Opened) then
return
end
self.Opened = true
self.Closed = false
self:SetNotSolid(true)
self:SetTrigger(true)
self:EmitSound(self.OpenSound)
if( IsValid( self ) ) then
for k,v in pairs(player.GetAll()) do
net.Start("PlayGateAnim")
net.WriteEntity(self)
net.WriteString("raise")
net.Send(v)
end
end
end
function ENT:CloseGate()
if self.type then return end
if(self.Closed) then
return
end
self.Opened = false
self.Closed = true
self:SetNotSolid(false)
self:SetTrigger(false)
self:EmitSound(self.CloseSound)
if( IsValid( self ) ) then
for k,v in pairs(player.GetAll()) do
net.Start("PlayGateAnim")
net.WriteEntity(self)
net.WriteString("lower")
net.Send(v)
end
end
end
/*
function ENT:StartTouch(Ent)
if self.type then return end
if(Ent:IsUnit() and (Ent:GetEmpire() == self:GetEmpire() or Allied(self:GetEmpire(), Ent:GetEmpire()))) then
self.TouchTable[Ent] = true
self:OpenGate()
end
end
function ENT:EndTouch(Ent)
if self.type then return end
if(Ent:IsUnit() and Ent:GetEmpire() == self:GetEmpire()) then
self.TouchTable[Ent] = nil
if(table.Count(self.TouchTable) == 0) then
self:CloseGate()
end
end
end
*/
function ENT:UpdateControl()
self:WallUpdateControl()
end
function ENT:OnControl()
self:WallUpdateControl()
end
| bsd-3-clause |
xing634325131/Luci-0.11.1 | libs/sys/luasrc/sys/zoneinfo/tzoffset.lua | 72 | 3904 | --[[
LuCI - Autogenerated Zoneinfo Module
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
]]--
module "luci.sys.zoneinfo.tzoffset"
OFFSET = {
gmt = 0, -- GMT
eat = 10800, -- EAT
cet = 3600, -- CET
wat = 3600, -- WAT
cat = 7200, -- CAT
wet = 0, -- WET
sast = 7200, -- SAST
eet = 7200, -- EET
hast = -36000, -- HAST
hadt = -32400, -- HADT
akst = -32400, -- AKST
akdt = -28800, -- AKDT
ast = -14400, -- AST
brt = -10800, -- BRT
art = -10800, -- ART
pyt = -14400, -- PYT
pyst = -10800, -- PYST
est = -18000, -- EST
cst = -21600, -- CST
cdt = -18000, -- CDT
amt = -14400, -- AMT
cot = -18000, -- COT
mst = -25200, -- MST
mdt = -21600, -- MDT
vet = -16200, -- VET
gft = -10800, -- GFT
pst = -28800, -- PST
pdt = -25200, -- PDT
ect = -18000, -- ECT
gyt = -14400, -- GYT
bot = -14400, -- BOT
pet = -18000, -- PET
pmst = -10800, -- PMST
pmdt = -7200, -- PMDT
uyt = -10800, -- UYT
uyst = -7200, -- UYST
fnt = -7200, -- FNT
srt = -10800, -- SRT
egt = -3600, -- EGT
egst = 0, -- EGST
nst = -12600, -- NST
ndt = -9000, -- NDT
wst = 28800, -- WST
davt = 25200, -- DAVT
ddut = 36000, -- DDUT
mist = 39600, -- MIST
mawt = 18000, -- MAWT
nzst = 43200, -- NZST
nzdt = 46800, -- NZDT
rott = -10800, -- ROTT
syot = 10800, -- SYOT
vost = 21600, -- VOST
almt = 21600, -- ALMT
anat = 43200, -- ANAT
aqtt = 18000, -- AQTT
tmt = 18000, -- TMT
azt = 14400, -- AZT
azst = 18000, -- AZST
ict = 25200, -- ICT
kgt = 21600, -- KGT
bnt = 28800, -- BNT
chot = 28800, -- CHOT
ist = 19800, -- IST
bdt = 21600, -- BDT
tlt = 32400, -- TLT
gst = 14400, -- GST
tjt = 18000, -- TJT
hkt = 28800, -- HKT
hovt = 25200, -- HOVT
irkt = 32400, -- IRKT
wit = 25200, -- WIT
eit = 32400, -- EIT
aft = 16200, -- AFT
pett = 43200, -- PETT
pkt = 18000, -- PKT
npt = 20700, -- NPT
krat = 28800, -- KRAT
myt = 28800, -- MYT
magt = 43200, -- MAGT
cit = 28800, -- CIT
pht = 28800, -- PHT
novt = 25200, -- NOVT
omst = 25200, -- OMST
orat = 18000, -- ORAT
kst = 32400, -- KST
qyzt = 21600, -- QYZT
mmt = 23400, -- MMT
sakt = 39600, -- SAKT
uzt = 18000, -- UZT
sgt = 28800, -- SGT
get = 14400, -- GET
btt = 21600, -- BTT
jst = 32400, -- JST
ulat = 28800, -- ULAT
vlat = 39600, -- VLAT
yakt = 36000, -- YAKT
yekt = 21600, -- YEKT
azot = -3600, -- AZOT
azost = 0, -- AZOST
cvt = -3600, -- CVT
fkt = -14400, -- FKT
fkst = -10800, -- FKST
cwst = 31500, -- CWST
lhst = 37800, -- LHST
lhst = 39600, -- LHST
fet = 10800, -- FET
msk = 14400, -- MSK
samt = 14400, -- SAMT
volt = 14400, -- VOLT
iot = 21600, -- IOT
cxt = 25200, -- CXT
cct = 23400, -- CCT
tft = 18000, -- TFT
sct = 14400, -- SCT
mvt = 18000, -- MVT
mut = 14400, -- MUT
ret = 14400, -- RET
chast = 45900, -- CHAST
chadt = 49500, -- CHADT
chut = 36000, -- CHUT
vut = 39600, -- VUT
phot = 46800, -- PHOT
tkt = -36000, -- TKT
fjt = 43200, -- FJT
tvt = 43200, -- TVT
galt = -21600, -- GALT
gamt = -32400, -- GAMT
sbt = 39600, -- SBT
hst = -36000, -- HST
lint = 50400, -- LINT
kost = 39600, -- KOST
mht = 43200, -- MHT
mart = -34200, -- MART
sst = -39600, -- SST
nrt = 43200, -- NRT
nut = -39600, -- NUT
nft = 41400, -- NFT
nct = 39600, -- NCT
pwt = 32400, -- PWT
pont = 39600, -- PONT
pgt = 36000, -- PGT
ckt = -36000, -- CKT
taht = -36000, -- TAHT
gilt = 43200, -- GILT
tot = 46800, -- TOT
wakt = 43200, -- WAKT
wft = 43200, -- WFT
}
| apache-2.0 |
CodeLiners/Silcom-Kernel | mod/prog.lua | 1 | 1087 | function prog_execute(file, mode, uid, term, parent, args, env, name)
name = name or file
data = vfs.readAll(file)
if data:sub(1,2) == "#!" then
-- script
local ip = ""
while true do
local c = data:sub(1, 1)
if c == LF then break end
ip = ip..c
data = data:sub(2)
end
prog_execute(ip, mode, uid, term, parent, args.." "..file, env, name)
elseif data:sub(1,1) == string.char(27) then
local headerlen = data:sub(2, 2):byte() * 256 + data:sub(3, 3):byte()
local header = ""
for i = 1, headerlen do
header = header..data:sub(3 + i, 3 + i)
end
local code = data:sub(4 + headerlen)
local func = vfs.loadstring(ascii.ESC + code)
process_create(func, uid, mode, nil, parent, args, term, env, name)
elseif DEBUG then
local func = vfs.loadfile(file)
process_create(func, uid, mode, nil, parent, args, term, env, name)
else
error("Invalid file")
end
end
on("load", function ()
--
end) | bsd-3-clause |
ominux/nn | test.lua | 5 | 159454 | -- you can easily test specific units like this:
-- th -lnn -e "nn.test{'LookupTable'}"
-- th -lnn -e "nn.test{'LookupTable', 'Add'}"
nn.hessian.enable()
local mytester = torch.Tester()
local jac
local sjac
local precision = 1e-5
local expprecision = 1e-4
local nntest = {}
local function equal(t1, t2, msg)
if (torch.type(t1) == "table") then
for k, v in pairs(t2) do
equal(t1[k], t2[k], msg)
end
else
mytester:assertTensorEq(t1, t2, 0.00001, msg)
end
end
--[[ Generate tests to exercise the tostring component of modules. ]]
local tostringTestModules = {
nnLinear = nn.Linear(1, 2),
nnReshape = nn.Reshape(10),
nnSpatialZeroPadding = nn.SpatialZeroPadding(1, 1, 1, 1)}
for test_name, component in pairs(tostringTestModules) do
nntest['tostring' .. test_name] =
function ()
mytester:assert(tostring(component):find(torch.type(component) .. '(',
1, true),
'nn components should have a descriptive tostring' ..
' beginning with the classname')
end
end
function nntest.Add()
local inj_vals = {math.random(3,5), 1} -- Also test the inj = 1 spatial case
local ini = math.random(3,5)
local ink = math.random(3,5)
for ind, inj in pairs(inj_vals) do
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Add(ini,inj,ink)
-- 1D
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format('error on bias [%s]', t))
end
-- 2D
local nframe = math.random(50,70)
local input = torch.Tensor(nframe, ini,inj,ink):zero()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format('error on bias [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
end
function nntest.CMul()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.CMul(ini, inj, ink)
-- 1D
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
-- 2D
local nframe = math.random(50,70)
local nframe = 5
local input = torch.randn(nframe, ini,inj,ink)
local output = module:forward(input)
local output2 = torch.cmul(input, module.weight:view(1,ini,inj,ink):expandAs(input))
mytester:assertTensorEq(output2, output, 0.000001, 'CMul forward 2D err')
module:zeroGradParameters()
local gradWeight = module.gradWeight:clone()
local gradInput = module:backward(input, output)
local gradInput2 = gradInput:clone():zero()
local outputView = output:view(input:size(1), -1)
gradInput2:view(input:size(1), -1):addcmul(1, module.weight:view(1,-1):expandAs(outputView), outputView)
mytester:assertTensorEq(gradInput2, gradInput, 0.000001, 'CMul updateGradInput 2D err')
mytester:assert(gradInput:isSameSizeAs(input), 'CMul gradInput 2D size err')
local inputView = input:view(nframe, -1)
local gradWeightView = gradWeight:view(1, -1)
for i=1,nframe do
gradWeightView:addcmul(1, inputView[i], outputView[i])
end
mytester:assertTensorEq(gradWeight, module.gradWeight, 0.000001, 'CMul accGradParameters 2D err')
mytester:assert(module.weight:isSameSizeAs(module.gradWeight), 'CMul gradWeight size err')
input:zero()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format('error on weight [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Dropout()
local p = 0.2 --prob of droping out a neuron
local input = torch.Tensor(1000):fill((1-p))
local module = nn.Dropout(p)
-- version 2
local output = module:forward(input)
mytester:assert(math.abs(output:mean() - (1-p)) < 0.05, 'dropout output')
local gradInput = module:backward(input, input)
mytester:assert(math.abs(gradInput:mean() - (1-p)) < 0.05, 'dropout gradInput')
-- version 1 (old nnx version)
local input = input:fill(1)
local module = nn.Dropout(p,true)
local output = module:forward(input)
mytester:assert(math.abs(output:mean() - (1-p)) < 0.05, 'dropout output')
local gradInput = module:backward(input, input)
mytester:assert(math.abs(gradInput:mean() - (1-p)) < 0.05, 'dropout gradInput')
end
function nntest.SpatialDropout()
local p = 0.2 --prob of dropiing out a neuron
local w = math.random(1,5)
local h = math.random(1,5)
local nfeats = 1000
local input = torch.Tensor(nfeats, w, h):fill(1)
local module = nn.SpatialDropout(p)
module.train = true
local output = module:forward(input)
mytester:assert(math.abs(output:mean() - (1-p)) < 0.05, 'dropout output')
local gradInput = module:backward(input, input)
mytester:assert(math.abs(gradInput:mean() - (1-p)) < 0.05, 'dropout gradInput')
end
function nntest.SpatialDropoutBatch()
local p = 0.2 --prob of dropiing out a neuron
local bsz = math.random(1,5)
local w = math.random(1,5)
local h = math.random(1,5)
local nfeats = 1000
local input = torch.Tensor(bsz, nfeats, w, h):fill(1)
local module = nn.SpatialDropout(p)
module.train = true
local output = module:forward(input)
mytester:assert(math.abs(output:mean() - (1-p)) < 0.05, 'dropout output')
local gradInput = module:backward(input, input)
mytester:assert(math.abs(gradInput:mean() - (1-p)) < 0.05, 'dropout gradInput')
end
function nntest.ReLU()
local input = torch.randn(3,4)
local gradOutput = torch.randn(3,4)
local module = nn.ReLU()
local output = module:forward(input)
local output2 = input:clone():gt(input, 0):cmul(input)
mytester:assertTensorEq(output, output2, 0.000001, 'ReLU output')
local gradInput = module:backward(input, gradOutput)
local gradInput2 = input:clone():gt(input, 0):cmul(gradOutput)
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, 'ReLU gradInput')
end
function nntest.Exp()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Exp()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Log()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Log()
local err = jac.testJacobian(module,input, 0.1, 10)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input, 0.1, 10)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.HardTanh()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.HardTanh()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision , 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Abs()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Abs()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision , 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Threshold()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Threshold(torch.uniform(-2,2),torch.uniform(-2,2))
local err = nn.Jacobian.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.PReLU()
local ini = math.random(3,5)
local input = torch.Tensor(ini):zero()
local module = nn.PReLU(ini)
-- 1D
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
-- 2D
local nframe = math.random(1,7)
local input = torch.Tensor(nframe, ini):zero()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
-- 4D
local nframe = math.random(1,7)
local kW, kH = math.random(1,8), math.random(1,8)
local input = torch.Tensor(nframe, ini, kW, kH):zero()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.HardShrink()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.HardShrink(math.random()/2)
local err = nn.Jacobian.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SoftShrink()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.SoftShrink(math.random()/2)
local err = nn.Jacobian.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Power()
local in1 = torch.rand(5,7)
local module = nn.Power(2)
local out = module:forward(in1)
local err = out:dist(in1:cmul(in1))
mytester:assertlt(err, 1e-15, torch.typename(module) .. ' - forward err ')
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local pw = torch.uniform()*math.random(1,10)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Power(pw)
local err = nn.Jacobian.testJacobian(module, input, 0.1, 2)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module,input, 0.1, 2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Square()
local in1 = torch.rand(5,7)
local module = nn.Square()
local out = module:forward(in1)
local err = out:dist(in1:cmul(in1))
mytester:assertlt(err, 1e-15, torch.typename(module) .. ' - forward err ')
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Square()
local err = nn.Jacobian.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Sqrt()
local in1 = torch.rand(5,7)
local module = nn.Sqrt()
local out = module:forward(in1)
local err = out:dist(in1:sqrt())
mytester:assertlt(err, 1e-15, torch.typename(module) .. ' - forward err ')
-- Test zero inputs; we will avoid a div-by-zero by setting to zero
local zin = torch.DoubleTensor(5, 7):zero()
module:forward(zin)
local zgradout = torch.rand(5, 7)
local zgradin = module:backward(zin, zgradout)
mytester:assertTensorEq(zgradin, torch.DoubleTensor(5, 7):zero(), 0.000001, "error in sqrt backward singularity")
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Sqrt()
local err = nn.Jacobian.testJacobian(module, input, 0.1, 2)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = nn.Jacobian.testIO(module, input, 0, 2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Linear()
local ini = math.random(3,5)
local inj_vals = {math.random(3,5), 1} -- Also test the inj = 1 spatial case
local input = torch.Tensor(ini):zero()
for ind, inj in pairs(inj_vals) do
local module = nn.Linear(ini,inj)
-- 1D
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diagHessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- 2D
local nframe = math.random(50,70)
local input = torch.Tensor(nframe, ini):zero()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end -- for ind, inj in pairs(inj_vals) do
end
function nntest.SparseLinear()
local ini = math.random(50,100)
local inj = math.random(5,10)
local numNonzero = math.random(3,5)
local module = nn.SparseLinear(ini,inj)
-- Create a random sparse vector
local N = {}
for i = 1, ini do N[i] = i end
for i = 1, numNonzero do
local j = math.random(i,ini)
N[i], N[j] = N[j], N[i]
end
local input = torch.Tensor(numNonzero, 2):zero()
for i = 1, numNonzero do input[{i,1}] = N[i] end
local values = input:select(2,2)
values:copy(torch.rand(values:nElement())):mul(2):add(-1)
-- Check output
local actual = module:forward(input)
local expected = torch.Tensor(inj)
for j = 1, inj do
expected[j] = 0
for i = 1,numNonzero do
expected[j] = expected[j] + values[i] * module.weight[{j, N[i]}]
end
end
local err = (expected - actual):abs():max()
mytester:assertle(err, precision, 'error on result')
-- Jacobian 1D
local err = sjac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = sjac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = sjac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on bias ')
local err = sjac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
local err = sjac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
for t,err in pairs(sjac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(sjac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = sjac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Euclidean()
local ini = math.random(5,7)
local inj = math.random(5,7)
local input = torch.randn(ini)
local gradOutput = torch.randn(inj)
local module = nn.Euclidean(ini,inj)
local output = module:forward(input):clone()
local output2 = torch.Tensor(inj):zero()
for o = 1,module.weight:size(2) do
output2[o] = input:dist(module.weight:select(2,o))
end
mytester:assertTensorEq(output, output2, 0.000001, 'Euclidean forward 1D err')
local input2 = torch.randn(8, ini)
input2[2]:copy(input)
local output2 = module:forward(input2)
mytester:assertTensorEq(output2[2], output, 0.000001, 'Euclidean forward 2D err')
local output = module:forward(input):clone()
module:zeroGradParameters()
local gradInput = module:backward(input, gradOutput, 1):clone()
local gradInput2 = torch.zeros(ini)
local temp = input:clone()
for o = 1,module.weight:size(2) do
temp:copy(input)
temp:add(-1,module.weight:select(2,o))
temp:mul(gradOutput[o]/output[o])
gradInput2:add(temp)
end
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, 'Euclidean updateGradInput 1D err')
local gradWeight = module.gradWeight:clone():zero()
for o = 1,module.weight:size(2) do
temp:copy(module.weight:select(2,o)):add(-1,input)
temp:mul(gradOutput[o]/output[o])
gradWeight:select(2,o):add(1, temp)
end
mytester:assertTensorEq(gradWeight, module.gradWeight, 0.000001, 'Euclidean accGradParameters 1D err')
local input2 = input:view(1, -1):repeatTensor(8, 1)
local gradOutput2 = gradOutput:view(1, -1):repeatTensor(8, 1)
local output2 = module:forward(input2)
module:zeroGradParameters()
local gradInput2 = module:backward(input2, gradOutput2, 1/8)
mytester:assertTensorEq(gradInput2[2], gradInput, 0.000001, 'Euclidean updateGradInput 2D err')
mytester:assertTensorEq(gradWeight, module.gradWeight, 0.000001, 'Euclidean accGradParameters 2D err')
input:zero()
module.fastBackward = false
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.WeightedEuclidean()
local ini = math.random(5,7)
local inj = math.random(5,7)
local input = torch.randn(ini)
local gradOutput = torch.randn(inj)
local module = nn.WeightedEuclidean(ini,inj)
local output = module:forward(input):clone()
local output2 = torch.Tensor(inj):zero()
local temp = input:clone()
for o = 1,module.weight:size(2) do
temp:copy(input):add(-1,module.weight:select(2,o))
temp:cmul(temp)
temp:cmul(module.diagCov:select(2,o)):cmul(module.diagCov:select(2,o))
output2[o] = math.sqrt(temp:sum())
end
mytester:assertTensorEq(output, output2, 0.000001, 'WeightedEuclidean forward 1D err')
local input2 = torch.randn(8, ini)
input2[2]:copy(input)
local output2 = module:forward(input2)
mytester:assertTensorEq(output2[2], output, 0.000001, 'WeightedEuclidean forward 2D err')
local output = module:forward(input):clone()
module:zeroGradParameters()
local gradInput = module:backward(input, gradOutput, 1):clone()
local gradInput2 = torch.zeros(ini)
for o = 1,module.weight:size(2) do
temp:copy(input)
temp:add(-1,module.weight:select(2,o))
temp:cmul(module.diagCov:select(2,o)):cmul(module.diagCov:select(2,o))
temp:mul(gradOutput[o]/output[o])
gradInput2:add(temp)
end
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, 'WeightedEuclidean updateGradInput 1D err')
local gradWeight = module.gradWeight:clone():zero()
local gradDiagCov = module.gradDiagCov:clone():zero()
for o = 1,module.weight:size(2) do
if output[o] ~= 0 then
temp:copy(module.weight:select(2,o)):add(-1,input)
temp:cmul(module.diagCov:select(2,o)):cmul(module.diagCov:select(2,o))
temp:mul(gradOutput[o]/output[o])
gradWeight:select(2,o):add(temp)
temp:copy(module.weight:select(2,o)):add(-1,input)
temp:cmul(temp)
temp:cmul(module.diagCov:select(2,o))
temp:mul(gradOutput[o]/output[o])
gradDiagCov:select(2,o):add(temp)
end
end
mytester:assertTensorEq(gradWeight, module.gradWeight, 0.000001, 'WeightedEuclidean accGradParameters gradWeight 1D err')
mytester:assertTensorEq(gradDiagCov, module.gradDiagCov, 0.000001, 'WeightedEuclidean accGradParameters gradDiagCov 1D err')
local input2 = input:view(1, -1):repeatTensor(8, 1)
local gradOutput2 = gradOutput:view(1, -1):repeatTensor(8, 1)
local output2 = module:forward(input2)
module:zeroGradParameters()
local gradInput2 = module:backward(input2, gradOutput2, 1/8)
mytester:assertTensorEq(gradInput2[2], gradInput, 0.000001, 'WeightedEuclidean updateGradInput 2D err')
mytester:assertTensorEq(gradWeight, module.gradWeight, 0.000001, 'WeightedEuclidean accGradParameters gradWeight 2D err')
mytester:assertTensorEq(gradDiagCov, module.gradDiagCov, 0.000001, 'WeightedEuclidean accGradParameters gradDiagCov 2D err')
input:zero()
module.fastBackward = false
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.diagCov, module.gradDiagCov)
mytester:assertlt(err,precision, 'error on bias ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
input:zero()
module:zeroGradParameters()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.diagCov, module.gradDiagCov)
mytester:assertlt(err,precision, 'error on bias ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
local function criterionJacobianTest1D(cri, input, target)
local eps = 1e-6
local _ = cri:forward(input, target)
local dfdx = cri:backward(input, target)
-- for each input perturbation, do central difference
local centraldiff_dfdx = torch.Tensor():resizeAs(dfdx)
local input_s = input:storage()
local centraldiff_dfdx_s = centraldiff_dfdx:storage()
for i=1,input:nElement() do
-- f(xi + h)
input_s[i] = input_s[i] + eps
local fx1 = cri:forward(input, target)
-- f(xi - h)
input_s[i] = input_s[i] - 2*eps
local fx2 = cri:forward(input, target)
-- f'(xi) = (f(xi + h) - f(xi - h)) / 2h
local cdfx = (fx1 - fx2) / (2*eps)
-- store f' in appropriate place
centraldiff_dfdx_s[i] = cdfx
-- reset input[i]
input_s[i] = input_s[i] + eps
end
-- compare centraldiff_dfdx with :backward()
local err = (centraldiff_dfdx - dfdx):abs():max()
mytester:assertlt(err, precision, 'error in difference between central difference and :backward')
end
function nntest.MSECriterion()
local input = torch.rand(10)
local target = input:clone():add(torch.rand(10))
local cri = nn.MSECriterion()
criterionJacobianTest1D(cri, input, target)
end
function nntest.MarginCriterion()
local input = torch.rand(100)
local target = input:clone():add(torch.rand(100))
local cri = nn.MarginCriterion()
criterionJacobianTest1D(cri, input, target)
end
function nntest.MultiMarginCriterion()
local input = torch.rand(100)
local target = math.random(1,100)
local cri = nn.MultiMarginCriterion(math.random(1,2))
criterionJacobianTest1D(cri, input, target)
end
function nntest.MarginRankingCriterion()
local input = {torch.rand(1), torch.rand(1)}
local mrc = nn.MarginRankingCriterion()
local output = mrc:forward(input, 1)
local gradInput = mrc:backward(input, 1)
-- cast to float
local input2 = {input[1]:float(), input[2]:float()}
local mrc2 = mrc:clone():float()
local output2 = mrc2:forward(input2, 1)
local gradInput2 = mrc2:backward(input2, 1)
mytester:assert(math.abs(output2 - output) < 0.00001, "MRC:type() forward error")
mytester:assertTensorEq(gradInput[1]:float(), gradInput2[1], 0.00001, "MRC:type() backward error 1")
mytester:assert(torch.type(gradInput2[1]) == 'torch.FloatTensor', "MRC:type() error 1")
mytester:assertTensorEq(gradInput[2]:float(), gradInput2[2], 0.00001, "MRC:type() backward error 2")
mytester:assert(torch.type(gradInput2[2]) == 'torch.FloatTensor', "MRC:type() error 2")
end
function nntest.ParallelCriterion()
local input = {torch.rand(2,10), torch.randn(2,10)}
local target = {torch.IntTensor{1,8}, torch.randn(2,10)}
local nll = nn.ClassNLLCriterion()
local mse = nn.MSECriterion()
local pc = nn.ParallelCriterion():add(nll, 0.5):add(mse)
local output = pc:forward(input, target)
local output2 = nll:forward(input[1], target[1])/2 + mse:forward(input[2], target[2])
mytester:assert(math.abs(output2 - output) < 0.00001, "ParallelCriterion forward error")
local gradInput2 = {nll:backward(input[1], target[1]):clone():div(2), mse:backward(input[2], target[2])}
local gradInput = pc:backward(input, target)
mytester:assertTensorEq(gradInput[1], gradInput2[1], 0.000001, "ParallelCriterion backward error 1")
mytester:assertTensorEq(gradInput[2], gradInput2[2], 0.000001, "ParallelCriterion backward error 2")
-- test type
pc:float()
gradInput[1], gradInput[2] = gradInput[1]:clone(), gradInput[2]:clone()
local input3 = {input[1]:float(), input[2]:float()}
local target3 = {target[1]:float(), target[2]:float()}
local output3 = pc:forward(input3, target3)
local gradInput3 = pc:backward(input3, target3)
mytester:assert(math.abs(output3 - output) < 0.00001, "ParallelCriterion forward error type")
mytester:assertTensorEq(gradInput[1]:float(), gradInput3[1], 0.000001, "ParallelCriterion backward error 1 type")
mytester:assertTensorEq(gradInput[2]:float(), gradInput3[2], 0.000001, "ParallelCriterion backward error 2 type")
-- test repeatTarget
local input = {torch.rand(2,10), torch.randn(2,10)}
local target = torch.randn(2,10)
local mse = nn.MSECriterion()
local pc = nn.ParallelCriterion(true):add(mse, 0.5):add(mse:clone())
local output = pc:forward(input, target)
local output2 = mse:forward(input[1], target)/2 + mse:forward(input[2], target)
mytester:assert(math.abs(output2 - output) < 0.00001, "ParallelCriterion repeatTarget forward error")
local gradInput = pc:backward(input, target)
local gradInput2 = {mse:backward(input[1], target):clone():div(2), mse:backward(input[2], target)}
mytester:assertTensorEq(gradInput[1], gradInput2[1], 0.000001, "ParallelCriterion repeatTarget backward error 1")
mytester:assertTensorEq(gradInput[2], gradInput2[2], 0.000001, "ParallelCriterion repeatTarget backward error 2")
-- table input
local input = {torch.randn(2,10), {torch.rand(2,10), torch.randn(2,10)}}
local target = {torch.IntTensor{2,5}, {torch.IntTensor{1,8}, torch.randn(2,10)}}
local nll2 = nn.ClassNLLCriterion()
local nll = nn.ClassNLLCriterion()
local mse = nn.MSECriterion()
local pc = nn.ParallelCriterion():add(nll, 0.5):add(mse)
local pc2 = nn.ParallelCriterion():add(nll2, 0.4):add(pc)
local output = pc2:forward(input, target)
local output2 = nll2:forward(input[1], target[1])*0.4 + nll:forward(input[2][1], target[2][1])/2 + mse:forward(input[2][2], target[2][2])
mytester:assert(math.abs(output2 - output) < 0.00001, "ParallelCriterion table forward error")
local gradInput2 = {
nll2:backward(input[1], target[1]):clone():mul(0.4),
{nll:backward(input[2][2], target[2][1]):clone():div(2), mse:backward(input[2][2], target[2][2])}
}
local gradInput = pc2:backward(input, target)
mytester:assertTensorEq(gradInput[1], gradInput2[1], 0.000001, "ParallelCriterion table backward error 1")
mytester:assertTensorEq(gradInput[2][1], gradInput2[2][1], 0.000001, "ParallelCriterion table backward error 2")
mytester:assertTensorEq(gradInput[2][2], gradInput2[2][2], 0.000001, "ParallelCriterion table backward error 3")
end
function nntest.MultiCriterion()
local input = torch.rand(2,10)
local target = torch.IntTensor{1,8}
local nll = nn.ClassNLLCriterion()
local nll2 = nn.CrossEntropyCriterion()
local mc = nn.MultiCriterion():add(nll, 0.5):add(nll2)
local output = mc:forward(input, target)
local output2 = nll:forward(input, target)/2 + nll2:forward(input, target)
mytester:assert(math.abs(output2 - output) < 0.00001, "MultiCriterion forward error")
local gradInput = mc:backward(input, target)
local gradInput2 = nll:backward(input, target):clone():div(2):add(nll2:backward(input, target))
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, "MultiCriterion backward error ")
-- test type
mc:float()
gradInput = gradInput:clone()
local input3 = input:float()
local target3 = target:float()
local output3 = mc:forward(input3, target3)
local gradInput3 = mc:backward(input3, target3)
mytester:assert(math.abs(output3 - output) < 0.00001, "MultiCriterion forward error type")
mytester:assertTensorEq(gradInput:float(), gradInput3, 0.000001, "MultiCriterion backward error type")
-- test table input
mc:double()
local input = {torch.randn(2,10), {torch.randn(2,10), torch.randn(2,10)}}
local target = {torch.IntTensor{1,8}, {torch.IntTensor{5,6}, torch.IntTensor{4,3}}}
local pnllc = nn.ParallelCriterion():add(nll):add(nn.ParallelCriterion():add(nll:clone()):add(nll:clone()))
local pnllc2 = nn.ParallelCriterion():add(nll2):add(nn.ParallelCriterion():add(nll2:clone()):add(nll2:clone()))
local mc = nn.MultiCriterion():add(pnllc, 0.5):add(pnllc2)
local output = mc:forward(input, target)
local output2 = pnllc:forward(input, target)/2 + pnllc2:forward(input, target)
mytester:assert(math.abs(output2 - output) < 0.00001, "MultiCriterion forward table error")
local gradInput = mc:backward(input, target)
local gradInput2 = pnllc:clone():backward(input, target)
local gradInput2b = pnllc2:backward(input, target)
gradInput2[1]:div(2):add(gradInput2b[1])
gradInput2[2][1]:div(2):add(gradInput2b[2][1])
gradInput2[2][2]:div(2):add(gradInput2b[2][2])
mytester:assertTensorEq(gradInput[1], gradInput2[1], 0.000001, "MultiCriterion backward table 1 error ")
mytester:assertTensorEq(gradInput[2][1], gradInput2[2][1], 0.000001, "MultiCriterion backward table 2 error ")
mytester:assertTensorEq(gradInput[2][2], gradInput2[2][2], 0.000001, "MultiCriterion backward table 3 error ")
end
function nntest.WeightedMSECriterion()
local input = torch.rand(10)
local target = input:clone():add(torch.rand(10))
local cri = nn.WeightedMSECriterion(torch.rand(10))
criterionJacobianTest1D(cri, input, target)
end
function nntest.BCECriterion()
local eps = 1e-2
local input = torch.rand(10)*(1-eps) + eps/2
local target = torch.rand(10)*(1-eps) + eps/2
local cri = nn.BCECriterion()
criterionJacobianTest1D(cri, input, target)
end
function nntest.DistKLDivCriterion()
local input = torch.rand(10)
local target = input:clone():add(torch.rand(10))
local cri = nn.DistKLDivCriterion(true) -- sizeAverage = true
criterionJacobianTest1D(cri, input, target)
cri = nn.DistKLDivCriterion(false) -- sizeAverage = false
criterionJacobianTest1D(cri, input, target)
end
function nntest.ClassNLLCriterion()
local numLabels = math.random(5,10)
local input = torch.rand(numLabels)
local target = math.random(1,numLabels)
-- default ClassNLLCriterion
local cri = nn.ClassNLLCriterion()
criterionJacobianTest1D(cri, input, target)
-- ClassNLLCriterion with weights
local weights = torch.rand(numLabels)
weights = weights / weights:sum()
cri = nn.ClassNLLCriterion(weights)
criterionJacobianTest1D(cri, input, target)
end
function nntest.CrossEntropyCriterion()
-- stochastic
local numLabels = math.random(5, 10)
local input = torch.zeros(numLabels)
local target = torch.random(1, numLabels)
local cri = nn.CrossEntropyCriterion()
criterionJacobianTest1D(cri, input, target)
-- batch
local numLabels = math.random(5,10)
local bsz = math.random(3, 7)
local input = torch.zeros(bsz, numLabels)
local target = torch.Tensor(bsz):random(1, numLabels)
local cri = nn.CrossEntropyCriterion()
criterionJacobianTest1D(cri, input, target)
-- with weights
local weights = torch.rand(numLabels)
weights = weights / weights:sum()
cri = nn.CrossEntropyCriterion(weights)
criterionJacobianTest1D(cri, input, target)
end
function nntest.LogSigmoid()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.LogSigmoid()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.LogSoftmax()
local ini = math.random(3,5)
local inj = math.random(3,5)
local input = torch.Tensor(ini,inj):zero()
local module = nn.LogSoftMax()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,1e-3, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
-- function nntest.TemporalLogSoftmax()
-- local ini = math.random(10,20)
-- local inj = math.random(10,20)
-- local input = torch.Tensor(ini,inj):zero()
-- local module = nn.TemporalLogSoftMax()
-- local err = jac.testJacobian(module,input)
-- mytester:assertlt(err,precision, 'error on state ')
-- local ferr,berr = jac.testIO(module,input)
-- mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
-- mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- end
function nntest.Max()
-- 1D
local ini = math.random(3,7)
local input = torch.Tensor(ini):zero()
local module = nn.Max(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- 3D
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj*ink):zero()
local module = nn.Max(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Min()
-- 1D
local ini = math.random(3,7)
local input = torch.Tensor(ini):zero()
local module = nn.Min(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- 3D
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj*ink):zero()
local module = nn.Min(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Mean()
-- 1D
local ini = math.random(3,7)
local input = torch.Tensor(ini):zero()
local module = nn.Mean(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- 3D
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Mean(torch.random(1,3))
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Mul()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Mul()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Sigmoid()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Sigmoid()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Softmax()
local ini = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, ini):zero()
local module = nn.SoftMax()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,expprecision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Softmin()
local ini = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, ini):zero()
local module = nn.SoftMin()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,expprecision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Softsign()
local ini = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, ini):zero()
local module = nn.SoftSign()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SoftPlus()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.SoftPlus()
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialSubtractiveNormalization_2dkernel()
local inputSize = math.random(6,9)
local kersize = 3
local nbfeatures = math.random(3,5)
local kernel = torch.Tensor(kersize,kersize):fill(1)
local module = nn.SpatialSubtractiveNormalization(nbfeatures,kernel)
local input = torch.rand(nbfeatures,inputSize,inputSize/2)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- test batch mode
local output = module:forward(input):clone()
local gradOutput = output:clone():uniform(0,1)
local gradInput = module:backward(input, gradOutput):clone()
local batchSize = 4
local input2 = torch.rand(batchSize,nbfeatures,inputSize,inputSize/2)
input2[2]:copy(input)
local output2 = module:forward(input2)
local gradOutput2 = output2:clone():uniform(0,1)
gradOutput2[2]:copy(gradOutput)
local gradInput2 = module:backward(input2, gradOutput2)
mytester:assertTensorEq(output2[2], output, 0.000001, "SpatialSubstractiveNormalization 2d forward batch err")
mytester:assertTensorEq(gradOutput2[2], gradOutput, 0.000001, "SpatialSubstractiveNormalization 2d backward batch err")
local err = jac.testJacobian(module,input2)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialSubtractiveNormalization_1dkernel()
local inputSize = math.random(6,9)
local kersize = 3
local nbfeatures = math.random(3,5)
local kernel = torch.Tensor(kersize):fill(1)
local module = nn.SpatialSubtractiveNormalization(nbfeatures,kernel)
local input = torch.rand(nbfeatures,inputSize,inputSize/2)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- test batch mode
local output = module:forward(input):clone()
local gradOutput = output:clone():uniform(0,1)
local gradInput = module:backward(input, gradOutput):clone()
local batchSize = 4
local input2 = torch.rand(batchSize,nbfeatures,inputSize,inputSize/2)
input2[2]:copy(input)
local output2 = module:forward(input2)
local gradOutput2 = output2:clone():uniform(0,1)
gradOutput2[2]:copy(gradOutput)
local gradInput2 = module:backward(input2, gradOutput2)
mytester:assertTensorEq(output2[2], output, 0.000001, "SpatialSubstractiveNormalization 1d forward batch err")
mytester:assertTensorEq(gradOutput2[2], gradOutput, 0.000001, "SpatialSubstractiveNormalization 1d backward batch err")
local err = jac.testJacobian(module,input2)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialDivisiveNormalization_2dkernel()
local inputSize = math.random(6,9)
local kersize = 3
local nbfeatures = math.random(3,5)
local kernel = torch.Tensor(kersize,kersize):fill(1)
local module = nn.SpatialDivisiveNormalization(nbfeatures,kernel)
local input = torch.rand(nbfeatures,inputSize,inputSize/2)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- test batch mode
local output = module:forward(input):clone()
local gradOutput = output:clone():uniform(0,1)
local gradInput = module:backward(input, gradOutput):clone()
local batchSize = 4
local input2 = torch.rand(batchSize,nbfeatures,inputSize,inputSize/2)
input2[2]:copy(input)
local output2 = module:forward(input2)
local gradOutput2 = output2:clone():uniform(0,1)
gradOutput2[2]:copy(gradOutput)
local gradInput2 = module:backward(input2, gradOutput2)
mytester:assertTensorEq(output2[2], output, 0.000001, "SpatialDivisiveNormalization 2d forward batch err")
mytester:assertTensorEq(gradOutput2[2], gradOutput, 0.000001, "SpatialDivisiveNormalization 2d backward batch err")
local err = jac.testJacobian(module,input2)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialDivisiveNormalization_1dkernel()
local inputSize = math.random(6,9)
local kersize = 3
local nbfeatures = math.random(3,5)
local kernel = torch.Tensor(kersize):fill(1)
local module = nn.SpatialDivisiveNormalization(nbfeatures,kernel)
local input = torch.rand(nbfeatures,inputSize,inputSize/2)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- test batch mode
local output = module:forward(input):clone()
local gradOutput = output:clone():uniform(0,1)
local gradInput = module:backward(input, gradOutput):clone()
local batchSize = 4
local input2 = torch.rand(batchSize,nbfeatures,inputSize,inputSize/2)
input2[2]:copy(input)
local output2 = module:forward(input2)
local gradOutput2 = output2:clone():uniform(0,1)
gradOutput2[2]:copy(gradOutput)
local gradInput2 = module:backward(input2, gradOutput2)
mytester:assertTensorEq(output2[2], output, 0.000001, "SpatialDivisiveNormalization 1d forward batch err")
mytester:assertTensorEq(gradOutput2[2], gradOutput, 0.000001, "SpatialDivisiveNormalization 1d backward batch err")
local err = jac.testJacobian(module,input2)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialContrastiveNormalization()
local inputSize = math.random(6,9)
local kersize = 3
local nbfeatures = math.random(3,5)
local kernel = torch.Tensor(kersize,kersize):fill(1)
local module = nn.SpatialContrastiveNormalization(nbfeatures,kernel)
local input = torch.rand(nbfeatures,inputSize,inputSize/2)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- test batch mode and type
local output = module:forward(input):clone()
local gradOutput = output:clone():uniform(0,1)
local gradInput = module:backward(input, gradOutput):clone()
local batchSize = 4
local input2 = torch.rand(batchSize,nbfeatures,inputSize,inputSize/2):float()
input2[2]:copy(input)
module:float() -- type-cast
local output2 = module:forward(input2)
local gradOutput2 = output2:clone():uniform(0,1)
gradOutput2[2]:copy(gradOutput)
local gradInput2 = module:backward(input2, gradOutput2)
mytester:assertTensorEq(output2[2], output:float(), 0.000001, "SpatialContrastiveNormalization 2d forward batch err")
mytester:assertTensorEq(gradOutput2[2], gradOutput:float(), 0.000001, "SpatialContrastiveNormalization 2d backward batch err")
module:double()
input2 = input2:double()
local err = jac.testJacobian(module,input2)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input2)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialConvolution()
local from = math.random(1,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local outi = math.random(5,7)
local outj = math.random(5,7)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialConvolution(from, to, ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
-- stochastic
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- batch
--verbose = true
local batch = math.random(2,5)
outi = math.random(4,8)
outj = math.random(4,8)
ini = (outi-1)*si+ki
inj = (outj-1)*sj+kj
module = nn.SpatialConvolution(from, to, ki, kj, si, sj)
input = torch.Tensor(batch,from,inj,ini):zero()
-- print(from, to, ki, kj, si, sj, batch, ini, inj)
-- print(module.weight:size())
-- print(module.gradWeight:size())
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'batch error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'batch error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'batch error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'batch error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'batch error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialConvolutionMM()
local from = math.random(2,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local di = math.random(1,4)
local dj = math.random(1,4)
local padW = math.random(0,2)
local padH = math.random(0,2)
local outi = math.random(5,9)
local outj = math.random(5,9)
local ini = (outi-1)*di+ki-padW*2
local inj = (outj-1)*dj+kj-padH*2
local module = nn.SpatialConvolutionMM(from, to, ki, kj, di, dj, padW, padH)
local input = torch.Tensor(from, inj, ini):zero()
-- stochastic
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- batch
--verbose = true
local batch = math.random(2,5)
module = nn.SpatialConvolutionMM(from, to, ki, kj, di, dj, padW, padH)
input = torch.Tensor(batch,from,inj,ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'batch error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'batch error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'batch error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'batch error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'batch error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- non-contiguous
local input = torch.randn(batch,from,ini,inj):transpose(3,4) -- non-contiguous
local inputc = input:contiguous() -- contiguous
local output = module:forward(input)
local outputc = module:forward(inputc)
mytester:asserteq(0, (output-outputc):abs():max(), torch.typename(module) .. ' - contiguous err ')
local gradInput = module:backward(input, output)
local gradInputc = module:backward(inputc, outputc)
mytester:asserteq(0, (gradInput-gradInputc):abs():max(), torch.typename(module) .. ' - contiguous err ')
end
function nntest.SpatialConvolutionMap()
local from = math.random(1,5)
local fanin = math.random(1, from)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,3)
local sj = math.random(1,3)
local outi = math.random(5,9)
local outj = math.random(5,9)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialConvolutionMap(nn.tables.random(from, to, fanin), ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- batch
--verbose = true
local batch = math.random(2,6)
module = nn.SpatialConvolutionMap(nn.tables.random(from, to, fanin), ki, kj, si, sj)
input = torch.Tensor(batch,from,inj,ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'batch error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'batch error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'batch error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'batch error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'batch error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialFullConvolution()
local from = math.random(1,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local ini = math.random(5,8)
local inj = math.random(5,8)
local module = nn.SpatialFullConvolution(from, to, ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
-- stochastic
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- batch
local batch = math.random(2,5)
ini = math.random(4,8)
inj = math.random(4,8)
module = nn.SpatialFullConvolution(from, to, ki, kj, si, sj)
input = torch.Tensor(batch,from,inj,ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'batch error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'batch error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'batch error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'batch error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'batch error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialFullConvolutionMap()
local from = math.random(2,4)
local to = math.random(2,5)
local fanin = math.random(1, from)
local tt = nn.tables.random(from, to, fanin)
local ki = math.random(2,5)
local kj = math.random(2,5)
local si = math.random(1,3)
local sj = math.random(1,3)
local ini = math.random(5,7)
local inj = math.random(5,7)
local module = nn.SpatialFullConvolutionMap(tt, ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
-- stochastic
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
local err = jac.testDiagHessianInput(module, input)
mytester:assertlt(err , precision, 'error on diagHessianInput')
local err = jac.testDiagHessianWeight(module, input)
mytester:assertlt(err , precision, 'error on diagHessianWeight')
local err = jac.testDiagHessianBias(module, input)
mytester:assertlt(err , precision, 'error on diag HessianBias')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialFullConvolutionCompare()
local from = math.random(2,4)
local to = math.random(2,5)
local tt = nn.tables.full(from, to)
local ki = math.random(2,5)
local kj = math.random(2,5)
local si = math.random(1,3)
local sj = math.random(1,3)
local ini = math.random(7,8)
local inj = math.random(7,8)
local module1 = nn.SpatialFullConvolutionMap(tt, ki, kj, si, sj)
local module2 = nn.SpatialFullConvolution(from, to, ki, kj, si, sj)
local input = torch.rand(from, inj, ini)
for k=1,tt:size(1) do
module1.weight[k]:copy(module2.weight[tt[k][1]][tt[k][2]])
module1.bias:copy(module2.bias)
end
local o1 = module1:updateOutput(input)
local o2 = module2:updateOutput(input)
mytester:assertlt(o1:dist(o2), precision, 'error on output')
local go1 = torch.rand(o1:size())
local go2 = go1:clone()
local gi1= module1:updateGradInput(input,go1)
local gi2 = module2:updateGradInput(input,go2)
mytester:assertlt(gi1:dist(gi2), precision, 'error on gradInput')
module1:zeroGradParameters()
module2:zeroGradParameters()
module1:accGradParameters(input,go1)
module2:accGradParameters(input,go2)
for k=1,tt:size(1) do
mytester:assertlt(module1.gradWeight[k]:dist(module2.gradWeight[tt[k][1]][tt[k][2]]),precision,'error on gradWeight ' .. k)
end
mytester:assertlt(module1.gradBias:dist(module2.gradBias),precision,'error on gradBias ')
end
local function batchcompare(smod, sin, plist)
local bs = torch.LongStorage(sin:dim()+1)
bs[1] = 1
for i=1,sin:dim() do bs[i+1] = sin:size()[i] end
local bin = torch.Tensor(bs):copy(sin)
local bmod = smod:clone()
local sout = smod:forward(sin):clone()
local bout = bmod:forward(bin):clone()
local sgout = torch.randn(sout:size())
local bgout = torch.Tensor(bout:size())
bgout:copy(sgout)
local sgin = smod:backward(sin, sgout)
local bgin = bmod:backward(bin, bgout)
smod:accGradParameters(sin, sgout, 1)
bmod:accGradParameters(bin, bgout, 1)
mytester:assertTensorEq(sout,bout:select(1,1), 1e-8, 'batchcompare error on output')
mytester:assertTensorEq(sgin,bgin:select(1,1), 1e-8, 'batchcompare error on gradInput')
for i,v in pairs(plist) do
mytester:assertTensorEq(smod[v],bmod[v], 1e-8, 'batchcompare error on ' .. v)
end
end
function nntest.SpatialConvolutionBatchCompare()
local from = math.random(1,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local outi = math.random(5,9)
local outj = math.random(5,9)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialConvolution(from, to, ki, kj, si, sj)
module:zeroGradParameters()
local input = torch.randn(from,inj,ini)
batchcompare(module,input, {'weight','bias','gradWeight','gradBias'})
end
function nntest.SpatialFullConvolutionBatchCompare()
local from = math.random(1,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local ini = math.random(5,9)
local inj = math.random(5,9)
local module = nn.SpatialFullConvolution(from, to, ki, kj, si, sj)
module:zeroGradParameters()
local input = torch.randn(from, inj, ini)
batchcompare(module,input, {'weight','bias','gradWeight','gradBias'})
end
function nntest.SpatialSubSamplingBatchCompare()
local from = math.random(1,6)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local outi = math.random(6,10)
local outj = math.random(6,10)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialSubSampling(from, ki, kj, si, sj)
module:zeroGradParameters()
local input = torch.randn(from,inj,ini)--torch.Tensor(from, inj, ini):zero()
batchcompare(module,input, {'weight','bias','gradWeight','gradBias'})
end
function nntest.SpatialSubSampling()
local from = math.random(1,6)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local outi = math.random(6,10)
local outj = math.random(6,10)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialSubSampling(from, ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local batch = math.random(2,5)
outi = math.random(4,8)
outj = math.random(4,8)
ini = (outi-1)*si+ki
inj = (outj-1)*sj+kj
module = nn.SpatialSubSampling(from, ki, kj, si, sj)
input = torch.Tensor(batch,from,inj,ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'batch error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'batch error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'batch error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'batch error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'batch error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'batch error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialMaxPooling()
for _,ceil_mode in pairs({true,false}) do
local from = math.random(1,5)
local ki = math.random(1,4)
local kj = math.random(1,4)
local si = math.random(1,3)
local sj = math.random(1,3)
local outi = math.random(4,5)
local outj = math.random(4,5)
local padW = math.min(math.random(0,1),math.floor(ki/2))
local padH = math.min(math.random(0,1),math.floor(kj/2))
local ini = (outi-1)*si+ki-2*padW
local inj = (outj-1)*sj+kj-2*padH
local ceil_string = ceil_mode and 'ceil' or 'floor'
local module = nn.SpatialMaxPooling(ki,kj,si,sj,padW,padH)
if ceil_mode then module:ceil() else module:floor() end
local input = torch.rand(from,inj,ini)
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error '..ceil_string..' mode on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- batch
local nbatch = math.random(2,5)
input = torch.rand(nbatch,from,inj,ini)
module = nn.SpatialMaxPooling(ki,kj,si,sj,padW,padH)
if ceil_mode then module:ceil() else module:floor() end
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error '..ceil_string..' mode on state (Batch)')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err (Batch) ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err (Batch) ')
end
end
function nntest.SpatialAveragePooling()
local from = math.random(1,6)
local ki = math.random(1,5)
local kj = math.random(1,5)
local si = math.random(1,4)
local sj = math.random(1,4)
local outi = math.random(6,10)
local outj = math.random(6,10)
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.SpatialAveragePooling(ki, kj, si, sj)
local input = torch.Tensor(from, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
local sap = nn.SpatialSubSampling(from, ki, kj, si, sj)
sap.weight:fill(1.0/(ki*kj))
sap.bias:fill(0.0)
local output = module:forward(input)
local gradInput = module:backward(input, output)
local output2 = sap:forward(input)
local gradInput2 = sap:updateGradInput(input, output)
mytester:assertTensorEq(output, output2, 0.000001, torch.typename(module) .. ' forward err ')
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, torch.typename(module) .. ' backward err ')
local batch = math.random(2,5)
outi = math.random(4,8)
outj = math.random(4,8)
ini = (outi-1)*si+ki
inj = (outj-1)*sj+kj
module = nn.SpatialAveragePooling(ki, kj, si, sj)
input = torch.Tensor(batch,from,inj,ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'batch error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err (Batch) ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err (Batch) ')
local sap = nn.SpatialSubSampling(from, ki, kj, si, sj)
sap.weight:fill(1.0/(ki*kj))
sap.bias:fill(0.0)
local output = module:forward(input)
local gradInput = module:backward(input, output)
local output2 = sap:forward(input)
local gradInput2 = sap:updateGradInput(input, output)
mytester:assertTensorEq(output, output2, 0.000001, torch.typename(module) .. ' forward err (Batch) ')
mytester:assertTensorEq(gradInput, gradInput2, 0.000001, torch.typename(module) .. ' backward err (Batch) ')
end
function nntest.SpatialAdaptiveMaxPooling()
local from = math.random(1,5)
local ki = math.random(1,5)
local kj = math.random(1,5)
local ini = math.random(1,16)
local inj = math.random(1,16)
local module = nn.SpatialAdaptiveMaxPooling(ki,kj)
local input = torch.rand(from,ini,inj)
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- batch
local nbatch = math.random(1,3)
input = torch.rand(nbatch,from,ini,inj)
module = nn.SpatialAdaptiveMaxPooling(ki,kj)
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state (Batch) ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err (Batch) ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err (Batch) ')
-- non-contiguous
input = torch.rand(from,ini,inj):transpose(2,3)
module = nn.SpatialAdaptiveMaxPooling(ki,kj)
local inputc = input:contiguous() -- contiguous
local output = module:forward(input):clone()
local outputc = module:forward(inputc):clone()
mytester:asserteq(0, (output-outputc):abs():max(), torch.typename(module) .. ' - non-contiguous err ')
local gradInput = module:backward(input, output):clone()
local gradInputc = module:backward(inputc, outputc):clone()
mytester:asserteq(0, (gradInput-gradInputc):abs():max(), torch.typename(module) .. ' - non-contiguous err ')
-- non-contiguous batch
local nbatch = math.random(1,3)
input = torch.rand(nbatch,from,ini,inj):transpose(1,3):transpose(2,4)
local inputc = input:contiguous() -- contiguous
module = nn.SpatialAdaptiveMaxPooling(ki,kj)
local output = module:forward(input):clone()
local outputc = module:forward(inputc):clone()
mytester:asserteq(0, (output-outputc):abs():max(), torch.typename(module) .. ' - batch non-contiguous err ')
local gradInput = module:backward(input, output):clone()
local gradInputc = module:backward(inputc, outputc):clone()
mytester:asserteq(0, (gradInput-gradInputc):abs():max(), torch.typename(module) .. ' - batch non-contiguous err ')
end
function nntest.SpatialLPPooling()
local fanin = math.random(1,4)
local osizex = math.random(1,4)
local osizey = math.random(1,4)
local p = 2
local mx = math.random(2,6)
local my = math.random(2,6)
local dx = math.random(2,mx)
local dy = math.random(2,my)
local sizex = osizex*mx
local sizey = osizey*my
local module = nn.SpatialLPPooling(fanin,p,mx,my,dx,dy)
local input = torch.rand(fanin,sizey,sizex)
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Sum()
-- 1D
local ini = math.random(3,7)
local input = torch.Tensor(ini):zero()
local module = nn.Sum(1)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- 3D
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ini,inj,ink):zero()
local module = nn.Sum(torch.random(1,3))
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Tanh()
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local input = torch.Tensor(ink, inj, ini):zero()
local module = nn.Tanh()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision , 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.TemporalConvolution()
-- 1D
local from = math.random(1,5)
local to = math.random(1,5)
local ki = math.random(1,5)
local si = math.random(1,4)
local outi = math.random(5,7)
local ini = (outi-1)*si+ki
local module = nn.TemporalConvolution(from, to, ki,si)
local input = torch.Tensor(ini, from):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update]')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update]')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- 2D
local nBatchFrame = 4
local input = torch.Tensor(nBatchFrame, ini, from):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update]')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update]')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- 2D matches 1D
local output = module:forward(input):clone()
local outputGrad = torch.randn(output:size())
local inputGrad = module:backward(input, outputGrad):clone()
local input1D = input:select(1, 2)
local output1D = module:forward(input1D)
local outputGrad1D = outputGrad:select(1, 2)
local inputGrad1D = module:backward(input1D, outputGrad1D)
mytester:assertTensorEq(output:select(1,2), output1D, 0.000001, 'error on 2D vs 1D forward)')
mytester:assertTensorEq(inputGrad:select(1,2), inputGrad1D, 0.000001, 'error on 2D vs 1D backward)')
end
function nntest.TemporalSubSampling()
local from = math.random(1,5)
local ki = math.random(1,6)
local si = math.random(1,4)
local outi = math.random(6,9)
local ini = (outi-1)*si+ki
local module = nn.TemporalSubSampling(from, ki, si)
local input = torch.Tensor(ini, from):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.TemporalMaxPooling()
local from = math.random(2,4)
local ki = math.random(5,7)
local si = math.random(1,2)
local outi = math.random(30,40)
local ini = (outi-1)*si+ki
local module = nn.TemporalMaxPooling(ki, si)
local input = torch.Tensor(ini, from):zero()
-- 1D
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- 2D
local nBatchFrame = 2
local input = torch.Tensor(nBatchFrame, ini, from):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- 2D matches 1D
local output = module:forward(input):clone()
local outputGrad = torch.randn(output:size())
local inputGrad = module:backward(input, outputGrad):clone()
local input1D = input:select(1, 2)
local output1D = module:forward(input1D)
local outputGrad1D = outputGrad:select(1, 2)
local inputGrad1D = module:backward(input1D, outputGrad1D)
mytester:assertTensorEq(output:select(1,2), output1D, 0.000001, 'error on 2D vs 1D forward)')
mytester:assertTensorEq(inputGrad:select(1,2), inputGrad1D, 0.000001, 'error on 2D vs 1D backward)')
end
function nntest.VolumetricConvolution()
local from = math.random(2,3)
local to = math.random(2,3)
local kt = math.random(3,4)
local ki = math.random(3,4)
local kj = math.random(3,4)
local st = math.random(2,3)
local si = math.random(2,3)
local sj = math.random(2,3)
local outt = math.random(3,4)
local outi = math.random(3,4)
local outj = math.random(3,4)
local int = (outt-1)*st+kt
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.VolumetricConvolution(from, to, kt, ki, kj, st, si, sj)
local input = torch.Tensor(from, int, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight)
mytester:assertlt(err , precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input, module.bias, module.gradBias)
mytester:assertlt(err , precision, 'error on bias ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err , precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err , precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input, 'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.VolumetricConvolutionBatchCompare()
local from = math.random(2,3)
local to = math.random(2,3)
local kt = math.random(3,4)
local ki = math.random(3,4)
local kj = math.random(3,4)
local st = math.random(2,3)
local si = math.random(2,3)
local sj = math.random(2,3)
local outt = math.random(3,4)
local outi = math.random(3,4)
local outj = math.random(3,4)
local int = (outt-1)*st+kt
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.VolumetricConvolution(from, to, kt, ki, kj, st, si, sj)
module:zeroGradParameters()
local input = torch.randn(from, int, inj, ini)
batchcompare(module,input, {'weight','bias','gradWeight','gradBias'})
end
function nntest.VolumetricAveragePooling()
local from = math.random(2,3)
local kt = math.random(3,4)
local ki = math.random(3,4)
local kj = math.random(3,4)
local st = math.random(2,3)
local si = math.random(2,3)
local sj = math.random(2,3)
local outt = math.random(3,4)
local outi = math.random(3,4)
local outj = math.random(3,4)
local int = (outt-1)*st+kt
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.VolumetricAveragePooling(kt, ki, kj, st, si, sj)
local input = torch.Tensor(from, int, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- batch
local nbatch = math.random(2,3)
module = nn.VolumetricAveragePooling(kt, ki, kj, st, si, sj)
input = torch.Tensor(nbatch, from, int, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state (Batch) ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err (Batch) ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err (Batch) ')
end
function nntest.VolumetricMaxPooling()
local from = math.random(2,3)
local kt = math.random(3,4)
local ki = math.random(3,4)
local kj = math.random(3,4)
local st = math.random(2,3)
local si = math.random(2,3)
local sj = math.random(2,3)
local outt = math.random(3,4)
local outi = math.random(3,4)
local outj = math.random(3,4)
local int = (outt-1)*st+kt
local ini = (outi-1)*si+ki
local inj = (outj-1)*sj+kj
local module = nn.VolumetricMaxPooling(kt, ki, kj, st, si, sj)
local input = torch.Tensor(from, int, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(0, ferr, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(0, berr, torch.typename(module) .. ' - i/o backward err ')
-- batch
local nbatch = math.random(2,3)
module = nn.VolumetricMaxPooling(kt, ki, kj, st, si, sj)
input = torch.Tensor(nbatch, from, int, inj, ini):zero()
local err = jac.testJacobian(module, input)
mytester:assertlt(err, precision, 'error on state (Batch) ')
local ferr, berr = jac.testIO(module, input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err (Batch) ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err (Batch) ')
end
function nntest.Module_getParameters_1()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
local p = n:getParameters()
mytester:asserteq((p[{ {1,100} }] - n.modules[1].weight):norm(), 0, 'getParameters(): weights wrong')
mytester:asserteq((p[{ {101,110} }] - n.modules[1].bias):norm(), 0, 'getParameters(): bias wrong')
end
function nntest.Module_getParameters_2()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
local _ = n:getParameters()
n:add( nn.Linear(10,10) )
local p = n:getParameters()
mytester:asserteq((p[{ {111,210} }] - n.modules[2].weight):norm(), 0, 'error when appending new module')
mytester:asserteq((p[{ {211,220} }] - n.modules[2].bias):norm(), 0, 'error when appending new module')
end
function nntest.Module_getParameters_3()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
n:add( n.modules[1]:clone() )
local p = n:getParameters()
mytester:asserteq((p[{ {1,100} }] - n.modules[1].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {101,110} }] - n.modules[1].bias):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {111,210} }] - n.modules[2].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {211,220} }] - n.modules[2].bias):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {111,210} }] - n.modules[1].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {211,220} }] - n.modules[1].bias):norm(), 0, 'error when using cloning')
n:reset()
mytester:assertgt((p[{ {111,210} }] - n.modules[1].weight):norm(), 0, 'error when using cloning')
mytester:assertgt((p[{ {211,220} }] - n.modules[1].bias):norm(), 0, 'error when using cloning')
end
function nntest.Module_getParameters_4()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
n:add( n.modules[1]:clone() )
local _ = n:getParameters()
n:add(nn.Linear(10,10))
local p = n:getParameters()
mytester:asserteq((p[{ {1,100} }] - n.modules[1].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {101,110} }] - n.modules[1].bias):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {111,210} }] - n.modules[2].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {211,220} }] - n.modules[2].bias):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {221,320} }] - n.modules[3].weight):norm(), 0, 'error when using cloning')
mytester:asserteq((p[{ {321,330} }] - n.modules[3].bias):norm(), 0, 'error when using cloning')
mytester:asserteq(p:nElement(), 3*(10*10+10), 'error: incorrect number of elements in flat vector')
end
function nntest.Module_getParameters_5()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
n:add( n.modules[1]:clone('weight','bias') )
local p = n:getParameters()
mytester:asserteq((p[{ {1,100} }] - n.modules[1].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {101,110} }] - n.modules[1].bias):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {1,100} }] - n.modules[2].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {101,110} }] - n.modules[2].bias):norm(), 0, 'error when using cloning+sharing')
n:reset()
mytester:asserteq((p[{ {1,100} }] - n.modules[2].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {101,110} }] - n.modules[2].bias):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq(p:nElement(), (10*10+10), 'error: incorrect number of elements in flat vector')
end
function nntest.Module_getParameters_6()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
n:add( n.modules[1]:clone('weight','bias') )
local _ = n:getParameters()
n:add(nn.Linear(10,10))
local p = n:getParameters()
mytester:asserteq((p[{ {1,100} }] - n.modules[1].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {101,110} }] - n.modules[1].bias):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {1,100} }] - n.modules[2].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {101,110} }] - n.modules[2].bias):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {111,210} }] - n.modules[3].weight):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq((p[{ {211,220} }] - n.modules[3].bias):norm(), 0, 'error when using cloning+sharing')
mytester:asserteq(p:nElement(), 2*(10*10+10), 'error: incorrect number of elements in flat vector')
end
function nntest.Module_getParameters_7()
local n = nn.Sequential()
n:add( nn.Linear(10,10) )
n:add( n.modules[1]:clone('weight','bias') )
local _ = n:getParameters()
n:add(nn.Linear(10,10))
local _ = n:getParameters()
local n1 = nn.Sequential()
n1:add( nn.Linear(10,10) )
local n2 = nn.Sequential()
n2:add( nn.Linear(10,10) )
local n = nn.Sequential()
n:add( n1 )
n:add( n2 )
local _ = n:getParameters()
local nf = nn.Sequential()
nf:add( n1 )
nf:add( nn.Linear(10,1) )
local p = nf:getParameters()
mytester:asserteq((p[{ {1,100} }] - n1.modules[1].weight):norm(), 0, 'error when using cloning+partial realloc')
mytester:asserteq((p[{ {101,110} }] - n1.modules[1].bias):norm(), 0, 'error when using cloning+partial realloc')
mytester:asserteq((p[{ {111,120} }] - nf.modules[2].weight):norm(), 0, 'error when using cloning+partial realloc')
mytester:asserteq((p[{ {121,121} }] - nf.modules[2].bias):norm(), 0, 'error when using cloning+partial realloc')
mytester:asserteq(p:nElement(), 121, 'error: incorrect number of elements in flat vector')
end
function nntest.Module_getParameters_8()
local function makeMLP(nin, ns)
local net = nn.Sequential()
for k,v in ipairs(ns) do
net:add(nn.Linear(nin, v))
nin = v
end
local _,_ = net:getParameters()
return net
end
local mlp1 = makeMLP(10, {10,10})
local mlp2 = makeMLP(10, {10,10})
local net = nn.Sequential():add(mlp1:get(1))
:add(mlp2:get(1))
-- clone the second MLP to ensure that the weights before calling getParameters are preserved
mlp2 = mlp2:clone()
local p, _ = net:getParameters()
mytester:asserteq((p[{ {1,100} }] - net.modules[1].weight):norm(), 0, 'error when using partial realloc')
mytester:asserteq((p[{ {111,210} }] - net.modules[2].weight):norm(), 0, 'error when using partial realloc')
-- check that the weights have the same values as before get Parameters was called
mytester:asserteq((net.modules[1].weight - mlp1.modules[1].weight):norm(), 0, ' error when using partial realloc')
mytester:asserteq((net.modules[2].weight - mlp2.modules[1].weight):norm(), 0, ' error when using partial realloc')
end
function nntest.Module_listModules()
local batchSize = 4
local inputSize, outputSize = 7, 6
local linear = nn.Linear(inputSize, outputSize)
local tanh = nn.Tanh()
local reshape = nn.Reshape(outputSize/2, 2)
local mlp3 = nn.Sequential()
mlp3:add(linear)
mlp3:add(tanh)
mlp3:add(reshape)
local mlp2 = nn.Sequential()
local view = nn.View(outputSize)
local linear2 = nn.Linear(outputSize, inputSize)
local tanh2 = nn.Tanh()
mlp2:add(mlp3)
mlp2:add(view)
mlp2:add(linear2)
mlp2:add(tanh2)
local concat = nn.ConcatTable()
local id = nn.Identity()
concat:add(mlp2)
concat:add(id)
local mlp = nn.Sequential()
local add = nn.CAddTable()
mlp:add(concat)
mlp:add(add)
local modules2 = {mlp, concat, mlp2, mlp3, linear, tanh, reshape, view, linear2, tanh2, id, add}
local modules = mlp:listModules()
mytester:assert(#modules2 == #modules, 'missing modules error')
for i,module in ipairs(modules) do
mytester:assert(torch.type(module) == torch.type(modules2[i]), 'module error')
end
end
function nntest.PairwiseDistance()
-- Note: testJacobian doesn't support table inputs, and rather than re-write
-- it so that it does, I'll just use a split table module on the input.
-- I assume both SplitTable and Sequential do not have bugs, otherwise this
-- test will break.
for p = 1,4 do -- test a few Lp norms
-- TEST CASE 1: non-batch input, same code path but includes a resize
local ini = math.random(3,5)
local input = torch.Tensor(2, ini):zero()
local module = nn.Sequential()
module:add(nn.SplitTable(1))
module:add(nn.PairwiseDistance(p))
local err = jac.testJacobian(module,input)
mytester:assertlt(err, 1e-4, ' error on state ')
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module)..' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module)..' - i/o backward err ')
-- Also check that the forward prop result is correct.
input = torch.rand(2, ini)
err = torch.dist(input:select(1,1), input:select(1,2), p) -
module:forward(input)[1]
mytester:assertlt(err,precision, ' error on non-batch fprop ')
-- TEST CASE 2: batch input
local inj = math.random(3,5)
input = torch.Tensor(2, inj, ini):zero()
-- (Rebuild the module to avoid correlated tests)
module = nn.Sequential()
module:add(nn.SplitTable(1))
module:add(nn.PairwiseDistance(p))
err = jac.testJacobian(module,input)
mytester:assertlt(err, 1e-4, ' error on state ')
-- Also check that the forward prop result is correct.
-- manually calculate each distance separately
local inputa = torch.rand(inj,ini)
local inputb = torch.rand(inj,ini)
local dist_manual = torch.Tensor(inj)
for i=1, inputa:size(1) do
dist_manual[i] = torch.dist(inputa:select(1,i), inputb:select(1,i),p)
end
-- compare the distances to the module's fprop
local dist = module:forward(torch.cat(inputa,inputb,1):resize(2,inj,ini))
err = dist - dist_manual
mytester:assertlt(err:norm(), precision, torch.typename(module) ..
' error on batch fprop ')
end
end
function nntest.LookupTable()
local totalIndex = math.random(6,9)
local nIndex = math.random(3,5)
local entry_size = math.random(2,5)
local input = torch.randperm(totalIndex):narrow(1,1,nIndex):int()
local module = nn.LookupTable(totalIndex, entry_size)
local minval = 1
local maxval = totalIndex
local output = module:forward(input)
module:backwardUpdate(input, output, 0.1)
input:zero()
-- 1D
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight, minval, maxval)
mytester:assertlt(err,precision, '1D error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight, minval, maxval)
mytester:assertlt(err,precision, '1D error on weight [direct update] ')
module.gradWeight:zero()
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'1D error on weight [%s]', t))
end
-- 2D
local nframe = math.random(2,5)
local input = torch.IntTensor(nframe, nIndex):zero()
local err = jac.testJacobianParameters(module, input, module.weight, module.gradWeight, minval, maxval)
mytester:assertlt(err,precision, '2D error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight, minval, maxval)
mytester:assertlt(err,precision, '2D error on weight [direct update] ')
module.gradWeight:zero()
for t,err in pairs(jac.testAllUpdate(module, input, 'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'2D error on weight [%s]', t))
end
-- IO
module.gradInput = torch.Tensor(3,4):zero() --fixes an error
local ferr,berr = jac.testIO(module,input,minval,maxval)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- accUpdate
module:accUpdateOnly()
mytester:assert(not module.gradWeight, 'gradWeight is nil')
module:float()
local output = module:forward(input)
module:backwardUpdate(input, output, 0.1)
end
function nntest.AddConstant()
local nbatch = torch.random(3, 5)
local f = torch.random(3, 5)
local h = torch.random(7,9)
local w = torch.random(7,9)
local input = torch.rand(nbatch, f, h, w):mul(20):add(-10) -- [-10, 10]
local constant = torch.randn(1):squeeze()
local mod = nn.AddConstant(constant)
-- Test FPROP
local output = mod:forward(input)
local delta = output - input
mytester:assertlt(delta:add(-constant):abs():max(), precision, 'fprop error')
-- Test BPROP
local err = jac.testJacobian(mod, input)
mytester:assertlt(err, precision, 'bprop error ')
-- inplace comparisons
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local constant = torch.uniform()*math.random(1,10)
local input1 = torch.rand(ink, inj, ini)
local input2 = input1:clone()
local module1 = nn.AddConstant(constant,true)
local module2 = nn.AddConstant(constant)
local gradOutput1 = torch.rand(ink, inj, ini)
local gradOutput2 = gradOutput1:clone()
local out1 = module1:forward(input1)
local out2 = module2:forward(input2)
mytester:asserteq(0, (out1-out2):abs():max(), torch.typename(module1) ..
' - in-place forward err ')
local gradInput1 = module1:backward(input1, gradOutput1)
local gradInput2 = module2:backward(input2, gradOutput2)
mytester:asserteq(0, (gradInput1-gradInput2):abs():max(),
torch.typename(module1) .. ' - in-place backward err ')
local input1 = torch.rand(ink, inj, ini)
local input2 = input1:clone()
module1:forward(input1)
module1:backward(module1.output,torch.rand(input1:size()))
local err = (input1-input2):abs():max()
mytester:asserteq(err, 0, torch.typename(module1) ..
' - inplace input change err ')
end
function nntest.MulConstant()
local nbatch = torch.random(3, 5)
local f = torch.random(3, 5)
local h = torch.random(7,9)
local w = torch.random(7,9)
local input = torch.rand(nbatch, f, h, w):mul(20):add(-10) -- [-10, 10]
local constant = torch.randn(1):squeeze()
local mod = nn.MulConstant(constant)
-- Test FPROP
local output = mod:forward(input)
local scale = output:clone():cdiv(input)
mytester:assertlt(scale:add(-constant):abs():max(), precision, 'fprop error')
-- Test BPROP
local err = jac.testJacobian(mod, input)
mytester:assertlt(err, precision, 'bprop error ')
-- inplace comparisons
local ini = math.random(3,5)
local inj = math.random(3,5)
local ink = math.random(3,5)
local constant = torch.uniform()*math.random(1,10)
local input1 = torch.rand(ink, inj, ini)
local input2 = input1:clone()
local module1 = nn.MulConstant(constant,true)
local module2 = nn.MulConstant(constant)
local gradOutput1 = torch.rand(ink, inj, ini)
local gradOutput2 = gradOutput1:clone()
local out1 = module1:forward(input1)
local out2 = module2:forward(input2)
mytester:asserteq(0, (out1-out2):abs():max(), torch.typename(module1) ..
' - in-place forward err ')
local gradInput1 = module1:backward(input1, gradOutput1)
local gradInput2 = module2:backward(input2, gradOutput2)
mytester:asserteq(0, (gradInput1-gradInput2):abs():max(),
torch.typename(module1) .. ' - in-place backward err ')
local input1 = torch.rand(ink, inj, ini)
local input2 = input1:clone()
module1:forward(input1)
module1:backward(module1.output,torch.rand(input1:size()))
local err = (input1-input2):abs():max()
mytester:assertalmosteq(err, 0, 1e-15, torch.typename(module1) ..
' - inplace input change err ')
end
function nntest.Copy()
local input = torch.randn(3,4):double()
local c = nn.Copy('torch.DoubleTensor', 'torch.FloatTensor')
local output = c:forward(input)
mytester:assert(torch.type(output) == 'torch.FloatTensor', 'copy forward type err')
mytester:assertTensorEq(output, input:float(), 0.000001, 'copy forward value err')
local gradInput = c:backward(input, output)
mytester:assert(torch.type(gradInput) == 'torch.DoubleTensor', 'copy backward type err')
mytester:assertTensorEq(gradInput, input, 0.000001, 'copy backward value err')
c.dontCast = true
c:double()
mytester:assert(torch.type(output) == 'torch.FloatTensor', 'copy forward type err')
end
function nntest.JoinTable()
local tensor = torch.rand(3,4,5)
local input = {tensor, tensor}
local module
for d = 1,tensor:dim() do
module = nn.JoinTable(d)
mytester:asserteq(module:forward(input):size(d), tensor:size(d)*2, "dimension " .. d)
end
-- Minibatch
local tensor = torch.rand(3,4,5)
local input = {tensor, tensor}
local module
for d = 1,tensor:dim()-1 do
module = nn.JoinTable(d, 2)
mytester:asserteq(module:forward(input):size(d+1), tensor:size(d+1)*2, "dimension " .. d)
end
end
function nntest.SplitTable()
local input = torch.randn(3,4,5)
local module
for d = 1,input:dim() do
module = nn.SplitTable(d)
mytester:asserteq(#module:forward(input), input:size(d), "dimension " .. d)
end
-- Minibatch
local input = torch.randn(3,4,5)
local module
for d = 1,input:dim()-1 do
module = nn.SplitTable(d, 2)
mytester:asserteq(#module:forward(input), input:size(d+1), "dimension " .. d)
end
-- Negative indices
local module = nn.SplitTable(-3)
local input = torch.randn(3,4,5)
mytester:asserteq(#module:forward(input), 3, "negative index")
local input = torch.randn(2,3,4,5)
mytester:asserteq(#module:forward(input), 3, "negative index (minibatch)")
end
function nntest.SelectTable()
local input = {
torch.rand(3,4,5), torch.rand(3,4,5),
{torch.rand(3,4,5)},
{torch.rand(3,4,5), {torch.rand(3,4,5)}}
}
local gradOutputs = {
torch.rand(3,4,5), torch.rand(3,4,5),
{torch.rand(3,4,5)},
{torch.rand(3,4,5), {torch.rand(3,4,5)}}
}
local zeros = {
torch.Tensor(3,4,5):zero(), torch.Tensor(3,4,5):zero(),
{torch.Tensor(3,4,5):zero()},
{torch.Tensor(3,4,5):zero(), {torch.Tensor(3,4,5):zero()}}
}
local nonIdx = {2,3,4,1}
local module
for idx = 1,#input do
module = nn.SelectTable(idx)
local output = module:forward(input)
equal(output, input[idx], "output dimension " .. idx)
local gradInput = module:backward(input, gradOutputs[idx])
equal(gradInput[idx], gradOutputs[idx], "gradInput[idx] dimension " .. idx)
equal(gradInput[nonIdx[idx]], zeros[nonIdx[idx]], "gradInput[nonIdx] dimension " .. idx)
end
-- test negative index
local idx = -2
module = nn.SelectTable(idx)
local output = module:forward(input)
equal(output, input[#input+idx+1], "output dimension " .. idx)
local gradInput = module:backward(input, gradOutputs[#input+idx+1])
equal(gradInput[#input+idx+1], gradOutputs[#input+idx+1], "gradInput[idx] dimension " .. idx)
equal(gradInput[nonIdx[#input+idx+1]], zeros[nonIdx[#input+idx+1]], "gradInput[nonIdx] dimension " .. idx)
-- test typecast
local idx = #input
module = nn.SelectTable(idx)
module:float()
local output = module:forward(input)
equal(output, input[idx], "type output")
local gradInput = module:backward(input, gradOutputs[idx])
equal(gradInput[idx], gradOutputs[idx], "gradInput[idx] dimension " .. idx)
equal(gradInput[nonIdx[idx]], zeros[nonIdx[idx]], "gradInput[nonIdx] dimension " .. idx)
end
function nntest.MixtureTable()
--[[ 2D ]]--
-- expertInput is a Table:
local expertInput = torch.randn(5,3,6)
local gradOutput = torch.randn(5,6)
local input = {
torch.rand(5,3),
{expertInput:select(2,1), expertInput:select(2,2), expertInput:select(2,3)}
}
local module = nn.MixtureTable()
local output = module:forward(input)
local output2 = torch.cmul(input[1]:view(5,3,1):expand(5,3,6), expertInput):sum(2)
mytester:assertTensorEq(output, output2, 0.000001, "mixture output")
local gradInput = module:backward(input, gradOutput)
local gradOutput2 = torch.view(gradOutput, 5, 1, 6):expandAs(expertInput)
local gaterGradInput2 = torch.cmul(gradOutput2, expertInput):sum(3):select(3,1)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture gater gradInput")
local expertGradInput2 = torch.cmul(input[1]:view(5,3,1):expand(5,3,6), gradOutput:view(5,1,6):expand(5,3,6))
for i, expertGradInput in ipairs(gradInput[2]) do
mytester:assertTensorEq(expertGradInput, expertGradInput2:select(2,i), 0.000001, "mixture expert "..i.." gradInput")
end
-- expertInput is a Tensor:
local input = {input[1], expertInput}
local module = nn.MixtureTable(2)
local output = module:forward(input)
mytester:assertTensorEq(output, output2, 0.000001, "mixture2 output")
local gradInput = module:backward(input, gradOutput)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture2 gater gradInput")
mytester:assertTensorEq(gradInput[2], expertGradInput2, 0.000001, "mixture2 expert gradInput")
--[[ 3D ]]--
local expertInput = torch.randn(5,6,3,2)
local gradOutput = torch.randn(5,6,2)
-- expertInput is a Table:
local input = {
torch.rand(5,3),
{expertInput:select(3,1), expertInput:select(3,2), expertInput:select(3,3)}
}
local module = nn.MixtureTable()
local output = module:forward(input)
local output2 = torch.cmul(input[1]:view(5,1,3,1):expand(5,6,3,2), expertInput):sum(3)
mytester:assertTensorEq(output, output2, 0.000001, "mixture3 output")
local gradInput = module:backward(input, gradOutput)
local gradOutput2 = torch.view(gradOutput,5,6,1,2):expandAs(expertInput)
local gaterGradInput2 = torch.cmul(gradOutput2, expertInput):sum(4):select(4,1):sum(2):select(2,1)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture3 gater gradInput")
local expertGradInput2 = torch.cmul(input[1]:view(5,1,3,1):expand(5,6,3,2), gradOutput2)
for i, expertGradInput in ipairs(gradInput[2]) do
mytester:assertTensorEq(expertGradInput, expertGradInput2:select(3,i), 0.000001, "mixture3 expert "..i.." gradInput")
end
-- expertInput is a Tensor
local input = {input[1], expertInput}
local module = nn.MixtureTable(3)
local output = module:forward(input)
mytester:assertTensorEq(output, output2, 0.000001, "mixture4 output")
local gradInput = module:backward(input, gradOutput)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture4 gater gradInput")
mytester:assertTensorEq(gradInput[2], expertGradInput2, 0.000001, "mixture4 expert gradInput")
--[[ 1D ]]--
-- expertInput is a Table:
local expertInput = torch.randn(3,6)
local gradOutput = torch.randn(6)
local input = {
torch.rand(3),
{expertInput:select(1,1), expertInput:select(1,2), expertInput:select(1,3)}
}
local module = nn.MixtureTable()
local output = module:forward(input)
local output2 = torch.cmul(input[1]:view(3,1):expand(3,6), expertInput):sum(1)
mytester:assertTensorEq(output, output2, 0.000001, "mixture5 output")
local gradInput = module:backward(input, gradOutput)
local gradOutput2 = torch.view(gradOutput, 1, 6):expandAs(expertInput)
local gaterGradInput2 = torch.cmul(gradOutput2, expertInput):sum(2):select(2,1)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture5 gater gradInput")
local expertGradInput2 = torch.cmul(input[1]:view(3,1):expand(3,6), gradOutput:view(1,6):expand(3,6))
for i, expertGradInput in ipairs(gradInput[2]) do
mytester:assertTensorEq(expertGradInput, expertGradInput2:select(1,i), 0.000001, "mixture5 expert "..i.." gradInput")
end
-- test type-cast
module:float()
local input2 = {
input[1]:float(),
{input[2][1]:float(), input[2][2]:float(), input[2][3]:float()}
}
local output = module:forward(input2)
mytester:assertTensorEq(output, output2:float(), 0.000001, "mixture5B output")
local gradInput = module:backward(input2, gradOutput:float())
mytester:assertTensorEq(gradInput[1], gaterGradInput2:float(), 0.000001, "mixture5B gater gradInput")
for i, expertGradInput in ipairs(gradInput[2]) do
mytester:assertTensorEq(expertGradInput, expertGradInput2:select(1,i):float(), 0.000001, "mixture5B expert "..i.." gradInput")
end
-- expertInput is a Tensor:
local input = {input[1], expertInput}
local module = nn.MixtureTable(1)
local output = module:forward(input)
mytester:assertTensorEq(output, output2, 0.000001, "mixture6 output")
local gradInput = module:backward(input, gradOutput)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture6 gater gradInput")
mytester:assertTensorEq(gradInput[2], expertGradInput2, 0.000001, "mixture6 expert gradInput")
-- test type-cast:
module:float()
local input2 = {input[1]:float(), expertInput:float()}
local output = module:forward(input2)
mytester:assertTensorEq(output, output2:float(), 0.000001, "mixture6B output")
local gradInput = module:backward(input2, gradOutput:float())
mytester:assertTensorEq(gradInput[1], gaterGradInput2:float(), 0.000001, "mixture6B gater gradInput")
mytester:assertTensorEq(gradInput[2], expertGradInput2:float(), 0.000001, "mixture6B expert gradInput")
--[[ 2D gater, 1D expert]]--
-- expertInput is a Table:
local expertInput = torch.randn(5,3)
local gradOutput = torch.randn(5)
local input = {
torch.rand(5,3),
{expertInput:select(2,1), expertInput:select(2,2), expertInput:select(2,3)}
}
local module = nn.MixtureTable()
local output = module:forward(input)
local output2 = torch.cmul(input[1], expertInput):sum(2)
mytester:assertTensorEq(output, output2, 0.000001, "mixture7 output")
local gradInput = module:backward(input, gradOutput)
local gradOutput2 = torch.view(gradOutput, 5, 1):expandAs(expertInput)
local gaterGradInput2 = torch.cmul(gradOutput2, expertInput)
mytester:assertTensorEq(gradInput[1], gaterGradInput2, 0.000001, "mixture7 gater gradInput")
local expertGradInput2 = torch.cmul(input[1], gradOutput:view(5,1):expand(5,3))
for i, expertGradInput in ipairs(gradInput[2]) do
mytester:assertTensorEq(expertGradInput, expertGradInput2:select(2,i), 0.000001, "mixture7 expert "..i.." gradInput")
end
end
function nntest.NarrowTable()
local input = torch.randn(3,10,4)
local gradOutput = torch.randn(3,3,4)
local nt = nn.NarrowTable(5,3)
local seq = nn.Sequential()
seq:add(nn.SplitTable(1,2))
seq:add(nt)
seq:add(nn.JoinTable(1,1))
seq:add(nn.Reshape(3,3,4))
local seq2 = nn.Narrow(2,5,3)
local output = seq:forward(input)
local gradInput = seq:backward(input, gradOutput)
local output2 = seq2:forward(input)
local gradInput2 = seq2:backward(input, gradOutput)
mytester:assertTensorEq(output, output2, 0.0000001, "NarrowTable output err")
mytester:assertTensorEq(gradInput, gradInput2, 0.00001, "NarrowTable gradInput err")
-- now try it with a smaller input
local input = input:narrow(2, 1, 8)
local output = seq:forward(input)
local gradInput = seq:backward(input, gradOutput)
local output2 = seq2:forward(input)
local gradInput2 = seq2:backward(input, gradOutput)
mytester:assertTensorEq(output, output2, 0.0000001, "NarrowTable small output err")
mytester:assertTensorEq(gradInput, gradInput2, 0.00001, "NarrowTable small gradInput err")
-- test type-cast
local input = input:float()
local gradOutput = gradOutput:float()
seq:float()
seq2:float()
local output = seq:forward(input)
local gradInput = seq:backward(input, gradOutput)
local output2 = seq2:forward(input)
local gradInput2 = seq2:backward(input, gradOutput)
mytester:assertTensorEq(output, output2, 0.0000001, "NarrowTable output float err")
mytester:assertTensorEq(gradInput, gradInput2, 0.00001, "NarrowTable gradInput float err")
end
function nntest.View()
local input = torch.rand(10)
local template = torch.rand(5,2)
local target = template:size():totable()
local module = nn.View(template:size())
mytester:assertTableEq(module:forward(input):size():totable(), target, "Error in forward (1)")
local module = nn.View(table.unpack(target))
mytester:assertTableEq(module:forward(input):size():totable(), target, "Error in forward (2)")
-- Minibatch
local minibatch = torch.rand(5,10)
mytester:assertTableEq(module:forward(minibatch):size(1),
minibatch:size(1),
"Error in minibatch dimension")
mytester:assertTableEq(module:forward(minibatch):nElement(),
minibatch:nElement(),
"Error in minibatch nElement")
local module = nn.View(-1):setNumInputDims(1)
mytester:assertTableEq(module:forward(minibatch):size(1),
minibatch:size(1),
"Error in minibatch dimension with size -1")
mytester:assertTableEq(module:forward(minibatch):nElement(),
minibatch:nElement(),
"Error in minibatch nElement with size -1")
-- another setNumInputDims case
local minibatch = torch.rand(5,4,10)
local module = nn.View(-1):setNumInputDims(2)
mytester:assertTableEq(module:forward(minibatch):size(1),
minibatch:size(1),
"Error in minibatch dimension with size -1")
-- another setNumInputDims case
local minibatch = torch.rand(2,5,4,10)
local module = nn.View(4,-1):setNumInputDims(2)
local out = module:forward(minibatch)
mytester:assertTableEq(out:size(1), minibatch:size(1)*minibatch:size(2),
"Error in minibatch dimension with size -1")
mytester:assertTableEq(out:size(2), minibatch:size(3),
"Error in minibatch dimension with size -1")
mytester:assertTableEq(out:size(3), minibatch:size(4),
"Error in minibatch dimension with size -1")
-- Minibatch Generalization
local minibatch = torch.rand(5,2,6)
local module = nn.View(6)
mytester:assertTableEq(
module:forward(minibatch):size(1),
minibatch:size(1)*minibatch:size(2),
"Error in minibatch generalization dimension")
mytester:assertTableEq(
module:forward(minibatch):nElement(),
minibatch:nElement(),
"Error in minibatch generalization nElement")
end
function nntest.Reshape()
local input = torch.rand(10)
local template = torch.rand(5,2)
local target = template:size():totable()
local module = nn.Reshape(template:size())
mytester:assertTableEq(module:forward(input):size():totable(), target, "Error in forward (1)")
local module = nn.View(table.unpack(target))
mytester:assertTableEq(module:forward(input):size():totable(), target, "Error in forward (2)")
-- Minibatch
local minibatch = torch.rand(5,10)
mytester:assertTableEq(module:forward(minibatch):size(1),
minibatch:size(1),
"Error in minibatch dimension")
mytester:assertTableEq(module:forward(minibatch):nElement(),
minibatch:nElement(),
"Error in minibatch nElement")
end
-- Define a test for SpatialUpSamplingCuda
function nntest.SpatialUpSamplingNearest()
local scale = torch.random(2,4)
for dim = 3,4 do
local m = nn.SpatialUpSamplingNearest(scale)
-- Create a randomly sized dimD vector
local shape = {}
for i = 1, dim do
table.insert(shape, torch.random(2, 2+dim-1))
end
-- Check that the gradient is correct by using finite elements
local input = torch.Tensor(table.unpack(shape)):zero()
local err = jac.testJacobian(m, input)
mytester:assertlt(err, precision, ' error on state ')
local ferr, berr = jac.testIO(m, input)
mytester:asserteq(ferr, 0, torch.typename(m)..' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(m)..' - i/o backward err ')
end
end
function nntest.Parallel()
local input = torch.randn(3, 4, 5)
local m = nn.Parallel(1,3)
m:add(nn.View(4,5,1))
m:add(nn.View(4,5,1))
m:add(nn.View(4,5,1))
local output = m:forward(input)
local output2 = input:transpose(1,3):transpose(1,2)
mytester:assertTensorEq(output2, output, 0.000001, 'Parallel forward err')
local gradInput = m:backward(input, output2)
mytester:assertTensorEq(gradInput, input, 0.000001, 'Parallel backward err')
end
function nntest.ParallelTable()
local input = torch.randn(3, 4, 5)
local p = nn.ParallelTable()
p:add(nn.View(4,5,1))
p:add(nn.View(4,5,1))
p:add(nn.View(4,5,1))
local m = nn.Sequential()
m:add(nn.SplitTable(1))
m:add(p)
m:add(nn.JoinTable(3))
local output = m:forward(input)
local output2 = input:transpose(1,3):transpose(1,2)
mytester:assertTensorEq(output2, output, 0.000001, 'ParallelTable forward err')
local gradInput = m:backward(input, output2)
mytester:assertTensorEq(gradInput, input, 0.000001, 'ParallelTable backward err')
end
function nntest.ConcatTable()
-- Test tensor input
local input = torch.rand(5, 5, 5)
local m = nn.Sequential()
local concat = nn.ConcatTable()
concat:add(nn.Identity())
m:add(concat) -- Output of concat is a table of length 1
m:add(nn.JoinTable(1)) -- jac needs a tensor tensor output
local err = jac.testJacobian(m, input)
mytester:assertlt(err, precision, ' error on state ')
local ferr, berr = jac.testIO(m, input)
mytester:asserteq(ferr, 0, torch.typename(m)..' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(m)..' - i/o backward err ')
-- Now test a table input
local input = {
torch.randn(3,4):float(), torch.randn(3,4):float(), {torch.randn(3,4):float()}
}
local _gradOutput = {
torch.randn(3,3,4):float(), torch.randn(3,3,4):float(), torch.randn(3,3,4):float()
}
local gradOutput = {
{_gradOutput[1][1], _gradOutput[2][1], {_gradOutput[3][1]}},
{_gradOutput[1][2], _gradOutput[2][2], {_gradOutput[3][2]}},
{_gradOutput[1][3], _gradOutput[2][3], {_gradOutput[3][3]}}
}
local module = nn.ConcatTable()
module:add(nn.Identity())
module:add(nn.Identity())
module:add(nn.Identity())
module:float()
local output = module:forward(input)
local output2 = {input, input, input}
equal(output2, output, "ConcatTable table output")
local gradInput = module:backward(input, gradOutput)
local gradInput2 = {_gradOutput[1]:sum(1), _gradOutput[2]:sum(1), {_gradOutput[3]:sum(1)}}
equal(gradInput, gradInput2, "ConcatTable table gradInput")
end
function nntest.FlattenTable()
-- Create a nested table. Obviously we can't even stochastically test
-- the space of all possible nested tables (it's infinite), but here is a
-- hand-coded one that covers all the cases we need:
local input = {
torch.rand(1),
{
torch.rand(2),
{
torch.rand(3)
},
},
torch.rand(4)
}
local gradOutput = {
torch.rand(1),
torch.rand(2),
torch.rand(3),
torch.rand(4)
}
-- Check the FPROP
local m = nn.FlattenTable()
local output = m:forward(input)
mytester:assert(#output == 4, torch.typename(m)..' - fprop err ')
-- This is ugly, but check that the mapping from input to output is correct
mytester:assert(output[1] == input[1])
mytester:assert(output[2] == input[2][1])
mytester:assert(output[3] == input[2][2][1])
mytester:assert(output[4] == input[3])
-- Check the BPROP
local gradInput = m:backward(input, gradOutput)
-- Again, check that the mapping is correct
mytester:assert(gradOutput[1] == gradInput[1])
mytester:assert(gradOutput[2] == gradInput[2][1])
mytester:assert(gradOutput[3] == gradInput[2][2][1])
mytester:assert(gradOutput[4] == gradInput[3])
-- More uglyness: FlattenTable doesn't rebuild the table every updateOutput
-- call, so we need to make sure that modifications to the input are
-- detected correctly (and that the table is correctly rebuilt.
-- CASE 1: Nothing changes so the output table shouldn't be redefined
local old_input_map = m.input_map
local old_output = m.output
local _ = m:forward(input)
mytester:assert(old_input_map == m.input_map and old_output == m.output)
-- CASE 2: An element is added to the input table
old_input_map = m.input_map
old_output = m.output
input[2][#(input[2])+1] = torch.rand(5)
m:forward(input)
mytester:assert(old_input_map ~= m.input_map and old_output ~= m.output)
-- CASE 3: An element is removed from the input table
old_input_map = m.input_map
old_output = m.output
input[#input] = nil
m:forward(input)
mytester:assert(old_input_map ~= m.input_map and old_output ~= m.output)
-- At this point further testing is not necessary I think, but just to be
-- consistent: perform a jacobian test by using SplitTable and JointTable
-- elements
m = nn.Sequential()
local par = nn.ParallelTable()
par:add(nn.SplitTable(1))
par:add(nn.SplitTable(1))
m:add(nn.SplitTable(1))
m:add(par) -- this will create a nested table
m:add(nn.FlattenTable()) -- This will flatten the nested table
m:add(nn.JoinTable(1)) -- Finally, this will create a 1D tensor
input = torch.Tensor(2,2,2)
local err = jac.testJacobian(m, input)
mytester:assertlt(err, precision, 'error on bprop ')
end
function nntest.L1Penalty()
local weight = 1
local sizeAverage = false
local m = nn.L1Penalty(weight, sizeAverage, false)
local input = torch.rand(2,10):add(-0.5)
input[1][1] = 0
local _ = m:forward(input)
local grad = m:backward(input, torch.ones(input:size()))
local err = input:clone():abs():sum()*weight - m.loss
mytester:assertlt(math.abs(err), precision, 'error on fprop ')
local true_grad = (input:gt(0):typeAs(grad) +
input:lt(0):typeAs(grad):mul(-1)):mul(weight)
mytester:assertlt((true_grad - grad):abs():max(), precision,
'error on bprop ')
-- Note: We cannot use the Jacobian test for this Module since the backward
-- gradient cannot be estimated using finite differences (ie, the loss
-- during BPROP is not included in the FPROP output)
end
function nntest.DepthConcat()
local outputSize = torch.IntTensor{5,6,7,8}
local input = torch.randn(2,3,12,12)
local gradOutput = torch.randn(2, outputSize:sum(), 12, 12)
local concat = nn.DepthConcat(2)
concat:add(nn.SpatialConvolutionMM(3, outputSize[1], 1, 1, 1, 1)) --> 2, 5, 12, 12
concat:add(nn.SpatialConvolutionMM(3, outputSize[2], 3, 3, 1, 1)) --> 2, 6, 10, 10
concat:add(nn.SpatialConvolutionMM(3, outputSize[3], 4, 4, 1, 1)) --> 2, 7, 9, 9
concat:add(nn.SpatialConvolutionMM(3, outputSize[4], 5, 5, 1, 1)) --> 2, 8, 8, 8
concat:zeroGradParameters()
-- forward/backward
local outputConcat = concat:forward(input)
local gradInputConcat = concat:backward(input, gradOutput)
-- the spatial dims are the largest, the nFilters is the sum
local output = torch.Tensor(2, outputSize:sum(), 12, 12):zero() -- zero for padding
local narrows = { {{},{1,5},{},{}}, {{},{6,11},{2,11},{2,11}}, {{},{12,18},{2,10},{2,10}}, {{},{19,26},{3,10},{3,10}} }
local gradInput = input:clone():zero()
for i=1,4 do
local conv = concat:get(i)
local gradWeight = conv.gradWeight:clone()
conv:zeroGradParameters()
output[narrows[i]]:copy(conv:forward(input))
gradInput:add(conv:backward(input, gradOutput[narrows[i]]))
mytester:assertTensorEq(gradWeight, conv.gradWeight, 0.000001, "Error in SpatialConcat:accGradParameters for conv "..i)
end
mytester:assertTensorEq(output, outputConcat, 0.000001, "Error in SpatialConcat:updateOutput")
mytester:assertTensorEq(gradInput, gradInputConcat, 0.000001, "Error in SpatialConcat:updateGradInput")
end
local function createMatrixInputSizes()
local M = torch.random(10, 20)
local N = torch.random(10, 20)
local P = torch.random(10, 20)
return M, N, P
end
function nntest.MM()
local mm = nn.MM(false, true)
local M, N, P = createMatrixInputSizes()
local A = torch.randn(M, N)
local B = torch.randn(P, N)
-- Test forward pass.
local output = mm:forward({A, B})
mytester:assertTableEq(output:size():totable(), {M, P},
'Output has wrong dimensionality')
mytester:assertTensorEq(output, A * B:t(), 1e-10,
'Wrong output')
-- Test backward pass.
local gradOutput = torch.randn(M, P)
local gradInput = mm:backward({A, B}, gradOutput)
mytester:assert(#gradInput == 2, 'gradInput must be table of size 2')
local gradA, gradB = table.unpack(gradInput)
mytester:assertTableEq(gradA:size():totable(), A:size():totable(),
'Gradient for input A has wrong size')
mytester:assertTableEq(gradB:size():totable(), B:size():totable(),
'Gradient for input B has wrong size')
mytester:assertTensorEq(gradA, gradOutput * B, 1e-10,
'Wrong gradient for input A')
mytester:assertTensorEq(gradB, gradOutput:t() * A, 1e-10,
'Wrong gradient for input B')
end
function nntest.BatchMMNoTranspose()
local mm = nn.MM()
local M, N, P = createMatrixInputSizes()
for bSize = 1, 11, 5 do
local A = torch.randn(bSize, M, N)
local B = torch.randn(bSize, N, P)
-- Test forward pass.
local output = mm:forward({A, B})
mytester:assertTableEq(output:size():totable(), {bSize, M, P},
'Output has wrong dimensionality')
for i = 1, bSize do
mytester:assertTensorEq(output[i], A[i] * B[i], 1e-10,
'Output wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
-- Test backward pass.
local gradOutput = torch.randn(bSize, M, P)
local gradInput = mm:backward({A, B}, gradOutput)
mytester:assert(#gradInput == 2, 'gradInput must be table of size 2')
local gradA, gradB = table.unpack(gradInput)
mytester:assertTableEq(gradA:size():totable(), A:size():totable(),
'Gradient for input A has wrong size')
mytester:assertTableEq(gradB:size():totable(), B:size():totable(),
'Gradient for input B has wrong size')
for i = 1, bSize do
mytester:assertTensorEq(gradA[i], gradOutput[i] * B[i]:t(), 1e-10,
'Gradient for input A wrong for bSize = ' .. bSize .. ' and i = ' .. i)
mytester:assertTensorEq(gradB[i], A[i]:t() * gradOutput[i], 1e-10,
'Gradient for input B wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
end
end
function nntest.BatchMMTransposeA()
local mm = nn.MM(true, false)
local M, N, P = createMatrixInputSizes()
for bSize = 1, 11, 5 do
local A = torch.randn(bSize, N, M)
local B = torch.randn(bSize, N, P)
-- Test forward pass.
local output = mm:forward({A, B})
mytester:assertTableEq(output:size():totable(), {bSize, M, P},
'Output has wrong dimensionality')
for i = 1, bSize do
mytester:assertTensorEq(output[i], A[i]:t() * B[i], 1e-10,
'Output wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
-- Test backward pass.
local gradOutput = torch.randn(bSize, M, P)
local gradInput = mm:backward({A, B}, gradOutput)
mytester:assert(#gradInput == 2, 'gradInput must be table of size 2')
local gradA, gradB = table.unpack(gradInput)
mytester:assertTableEq(gradA:size():totable(), A:size():totable(),
'Gradient for input A has wrong size')
mytester:assertTableEq(gradB:size():totable(), B:size():totable(),
'Gradient for input B has wrong size')
for i = 1, bSize do
mytester:assertTensorEq(gradA[i], B[i] * gradOutput[i]:t(), 1e-10,
'Gradient for input A wrong for bSize = ' .. bSize .. ' and i = ' .. i)
mytester:assertTensorEq(gradB[i], A[i] * gradOutput[i], 1e-10,
'Gradient for input B wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
end
end
function nntest.BatchMMTransposeB()
local mm = nn.MM(false, true)
local M, N, P = createMatrixInputSizes()
for bSize = 1, 11, 5 do
local A = torch.randn(bSize, M, N)
local B = torch.randn(bSize, P, N)
-- Test forward pass.
local output = mm:forward({A, B})
mytester:assertTableEq(output:size():totable(), {bSize, M, P},
'Output has wrong dimensionality')
for i = 1, bSize do
mytester:assertTensorEq(output[i], A[i] * B[i]:t(), 1e-10,
'Output wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
-- Test backward pass.
local gradOutput = torch.randn(bSize, M, P)
local gradInput = mm:backward({A, B}, gradOutput)
mytester:assert(#gradInput == 2, 'gradInput must be table of size 2')
local gradA, gradB = table.unpack(gradInput)
mytester:assertTableEq(gradA:size():totable(), A:size():totable(),
'Gradient for input A has wrong size')
mytester:assertTableEq(gradB:size():totable(), B:size():totable(),
'Gradient for input B has wrong size')
for i = 1, bSize do
mytester:assertTensorEq(gradA[i], gradOutput[i] * B[i], 1e-10,
'Gradient for input A wrong for bSize = ' .. bSize .. ' and i = ' .. i)
mytester:assertTensorEq(gradB[i], gradOutput[i]:t() * A[i], 1e-10,
'Gradient for input B wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
end
end
function nntest.BatchMMTransposeBoth()
local mm = nn.MM(true, true)
local M, N, P = createMatrixInputSizes()
for bSize = 1, 11, 5 do
local A = torch.randn(bSize, N, M)
local B = torch.randn(bSize, P, N)
-- Test forward pass.
local output = mm:forward({A, B})
mytester:assertTableEq(output:size():totable(), {bSize, M, P},
'Output has wrong dimensionality')
for i = 1, bSize do
mytester:assertTensorEq(output[i], A[i]:t() * B[i]:t(), 1e-10,
'Output wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
-- Test backward pass.
local gradOutput = torch.randn(bSize, M, P)
local gradInput = mm:backward({A, B}, gradOutput)
mytester:assert(#gradInput == 2, 'gradInput must be table of size 2')
local gradA, gradB = table.unpack(gradInput)
mytester:assertTableEq(gradA:size():totable(), A:size():totable(),
'Gradient for input A has wrong size')
mytester:assertTableEq(gradB:size():totable(), B:size():totable(),
'Gradient for input B has wrong size')
for i = 1, bSize do
mytester:assertTensorEq(gradA[i], B[i]:t() * gradOutput[i]:t(), 1e-10,
'Gradient for input A wrong for bSize = ' .. bSize .. ' and i = ' .. i)
mytester:assertTensorEq(gradB[i], gradOutput[i]:t() * A[i]:t(), 1e-10,
'Gradient for input B wrong for bSize = ' .. bSize .. ' and i = ' .. i)
end
end
end
function nntest.CosineDistance()
local indim = math.random(1,10)
local input = {torch.rand(indim),torch.rand(indim)}
-- check forward against previous implementation
local module = nn.CosineDistance()
local w1 = input[1]:dot(input[2])
local w2 = math.sqrt(input[1]:dot(input[1]))
local w3 = math.sqrt(input[2]:dot(input[2]))
local output_old = w1/w2/w3
local output = module:forward(input)
mytester:assertlt(math.abs(output_old-output[1]),precision,'error on forward ')
-- check gradients
-- Note: testJacobian doesn't support table inputs, and rather than re-write
-- it so that it does, I'll just use a split table module on the input.
-- I assume both SplitTable and Sequential do not have bugs, otherwise this
-- test will break.
local input = torch.rand(2,indim)
local module = nn.Sequential()
module:add(nn.SplitTable(1))
module:add(nn.CosineDistance())
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- batch
-- rebuild module to avoid correlated tests
local module = nn.Sequential()
module:add(nn.SplitTable(1))
module:add(nn.CosineDistance())
local nframes = math.random(1,10)
local indim = math.random(1,10)
local input = torch.rand(2,nframes,indim)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'batch error on state ')
end
function nntest.CosineEmbeddingCriterion()
local v1 = torch.Tensor{1, 0}
local v2 = torch.Tensor{0.5, math.sqrt(3)*0.5}
local crit = nn.CosineEmbeddingCriterion(0.6)
local output = crit:forward({v1, v2}, -1) -- must be called before backward
local grads = crit:backward({v1, v2}, -1)
local zero = torch.Tensor(2):zero()
equal(grads[1], zero, 'gradient should be zero')
equal(grads[2], zero, 'gradient should be zero')
end
function nntest.HingeEmbeddingCriterion()
local x = torch.Tensor{0.3,2.1,1.8,0}
local y = torch.Tensor{1,-1,-1,1}
local expgrads = torch.Tensor{1,0,-1,1} / 4
local crit = nn.HingeEmbeddingCriterion(2)
local output = crit:forward(x, y) -- must be called before backward
local grads = crit:backward(x, y)
mytester:assert(math.abs(output - (0.3 + 0.2) / 4) < 1e-10)
equal(grads, expgrads)
end
function nntest.Replicate()
local vector = torch.rand(3)
local r1 = nn.Replicate(2, 1)
local r2 = nn.Replicate(2, 2)
local vOutput1 = r1:forward(vector):clone()
local vOutput2 = r2:forward(vector):clone()
local expected1 = torch.zeros(2, 3)
local expected2 = torch.zeros(3, 2)
expected1:select(1, 1):copy(vector)
expected1:select(1, 2):copy(vector)
expected2:select(2, 1):copy(vector)
expected2:select(2, 2):copy(vector)
mytester:assertTensorEq(vOutput1, expected1, precision, 'Wrong tiling of data when replicating vector.')
mytester:assertTensorEq(vOutput2, expected2, precision, 'Wrong tiling of data when replicating vector.')
-- batch mode
local vector = torch.rand(4,3)
local r1 = nn.Replicate(2, 1, 1)
local r2 = nn.Replicate(2, 2, 1)
local vOutput1 = r1:forward(vector):clone()
local vOutput2 = r2:forward(vector):clone()
local expected1 = torch.zeros(4, 2, 3)
local expected2 = torch.zeros(4, 3, 2)
expected1:select(2, 1):copy(vector)
expected1:select(2, 2):copy(vector)
expected2:select(3, 1):copy(vector)
expected2:select(3, 2):copy(vector)
mytester:assertTensorEq(vOutput1, expected1, precision, 'Wrong tiling of data when replicating batch vector.')
mytester:assertTensorEq(vOutput2, expected2, precision, 'Wrong tiling of data when replicating batch vector.')
end
function nntest.BatchNormalization()
local nframes = torch.random(50,70)
local indim = torch.random(1,10)
local input = torch.zeros(nframes, indim):uniform()
local module = nn.BatchNormalization(indim)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input,
module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input,
module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input,
'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input,
'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- batch norm without affine transform
module = nn.BatchNormalization(indim, 1e-5, 0.1, false)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.SpatialBatchNormalization()
local nframes = torch.random(1,10)
local indim = torch.random(1,4)
local ini = torch.random(1,5)
local inj = torch.random(1,5)
local input = torch.zeros(nframes, indim, ini, inj):uniform()
local module = nn.SpatialBatchNormalization(indim)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
local err = jac.testJacobianParameters(module, input,
module.weight, module.gradWeight)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianParameters(module, input,
module.bias, module.gradBias)
mytester:assertlt(err,precision, 'error on weight ')
local err = jac.testJacobianUpdateParameters(module, input, module.weight)
mytester:assertlt(err,precision, 'error on weight [direct update] ')
local err = jac.testJacobianUpdateParameters(module, input, module.bias)
mytester:assertlt(err,precision, 'error on bias [direct update] ')
for t,err in pairs(jac.testAllUpdate(module, input,
'weight', 'gradWeight')) do
mytester:assertlt(err, precision, string.format(
'error on weight [%s]', t))
end
for t,err in pairs(jac.testAllUpdate(module, input,
'bias', 'gradBias')) do
mytester:assertlt(err, precision, string.format(
'error on bias [%s]', t))
end
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
-- batch norm without affine transform
module = nn.SpatialBatchNormalization(indim, 1e-5, 0.1, false)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function nntest.Padding()
local fanin = math.random(1,3)
local sizex = math.random(4,16)
local sizey = math.random(4,16)
local pad = math.random(-3,3)
local val = torch.randn(1):squeeze()
local module = nn.Padding(1, pad, 3, val)
local input = torch.rand(fanin,sizey,sizex)
local size = input:size():totable()
size[1] = size[1] + math.abs(pad)
local output = module:forward(input)
mytester:assertTableEq(size, output:size():totable(), 0.00001, "Padding size error")
local gradInput = module:backward(input, output)
mytester:assertTensorEq(gradInput, input, 0.00001, "Padding backward error")
end
function nntest.addSingletonDimension()
local dims = torch.random(5)
local size = torch.LongTensor(dims):random(10)
local perm = torch.randperm(dims):totable()
local tensor = torch.Tensor(unpack(size:totable())):uniform():permute(unpack(perm))
size = torch.gather(size, 1, torch.LongTensor(perm))
local firstDim = nn.utils.addSingletonDimension(tensor)
mytester:assertTableEq(firstDim:size():totable(), {1, unpack(size:totable())},
"wrong size for singleton dimension 1")
mytester:assertTensorEq(firstDim[1], tensor, 0,
"wrong content for singleton dimension 1")
local dim = torch.random(dims + 1)
local result = nn.utils.addSingletonDimension(tensor, dim)
local resultSize = size:totable()
table.insert(resultSize, dim, 1)
mytester:assertTableEq(result:size():totable(), resultSize,
"wrong size for random singleton dimension")
mytester:assertTensorEq(result:select(dim, 1), tensor, 0,
"wrong content for random singleton dimension")
mytester:assertError(function() nn.utils.addSingletonDimension(tensor, dims + 2) end,
"invalid dimension not detected")
end
mytester:add(nntest)
if not nn then
require 'nn'
jac = nn.Jacobian
sjac = nn.SparseJacobian
mytester:run()
else
jac = nn.Jacobian
sjac = nn.SparseJacobian
function nn.test(tests)
-- randomize stuff
math.randomseed(os.time())
mytester:run(tests)
return mytester
end
end
| bsd-3-clause |
nuintun/payday2 | extras/mods/npc-weapons-customization/Weapons/scar_npc.lua | 1 | 9445 | log("scar_npc loaded")
Hooks:Add("LocalizationManagerPostInit", "NPCWeap_scar_Localization", function(loc)
LocalizationManager:add_localized_strings({
["random"] = "Random",
["scar_none"] = "None",
--Barrels
["scar_g_barrel_short"] = "Short",
["scar_g_barrel_medium"] = "Medium",
["scar_g_barrel_long"] = "Long",
--Barrel Extensions
["scar_g_ns_firepig"] = "Firepig",
["scar_g_ns_jprifles"] = "JP Rifles",
["scar_g_ns_linear"] = "Linear",
["scar_g_ns_medium"] = "Medium",
["scar_g_ns_silencer_large"] = "Silencer",
["scar_g_ns_small"] = "Small",
["scar_g_ns_stubby"] = "Stubby Bastard",
["scar_g_ns_surefire"] = "Sure, fire!",
["scar_g_ns_tank"] = "Tank",
["scar_g_ns_pbs1"] = "PBS1",
["scar_g_ns_flashhider"] = "Flashhider",
--Body
-- No modifications availiable.
--Foregrips
["scar_g_fg_ext"] = "Extended",
--Grips
["scar_g_grip_m4"] = "M4 Grip",
["scar_g_grip_ergo"] = "Ergo",
["scar_g_grip_hgrip"] = "H-Grip",
["scar_g_grip_mgrip"] = "M-Grip",
--Vertical Grips
["scar_g_vg_afg"] = "AFG",
--Magazines
-- No modifications availiable
--Optics
["scar_g_optics_aimpoint"] = "Aimpoint",
["scar_g_optics_docter"] = "Docter",
["scar_g_optics_eotech"] = "EOtech",
["scar_g_optics_flipup"] = "Flipup",
["scar_g_optics_specter"] = "Specter",
["scar_g_optics_t1micro"] = "t1micro",
["scar_g_optics_cmore"] = "cmore",
["scar_g_optics_aimpoint_preorder"] = "Aimpoint preorder",
["scar_g_optics_eotech_xps"] = "EOtech Gage Courier",
["scar_g_optics_reflex"] = "Reflex",
["scar_g_optics_rx01"] = "RX01",
["scar_g_optics_rx30"] = "RX30",
["scar_optics_cs"] = "Aimpoint CS",
["scar_g_optics_acog"] = "Acog Sight",
["scar_g_optics_acog"] = "Acog Sight",
--Stocks
["scar_g_stock_std"] = "Standard",
["scar_g_stock_sniper"] = "Sniper",
--Attachments
["scar_g_attachment_peqbox"] = "Laser Module",
["scar_g_attachment_surefire"] = "Flashlight",
["scar_g_attachment_laser"] = "Laser Module 2",
["scar_g_attachment_peq"] = "PEQ15",
})
end)
NPCWeap.weapons.scar_npc = NPCWeap.weapons.scar_npc or {}
NPCWeap.weapons.scar_npc.required_reset = NPCWeap.weapons.scar_npc.required_reset or {}
NPCWeap.weapons.scar_npc.name_id = "scar_npc"
NPCWeap.weapons.scar_npc.display_name = "Murkywater Scar"
NPCWeap.weapons.scar_npc.unit = "units/payday2/weapons/wpn_npc_scar_murkywater/wpn_npc_scar_murkywater"
NPCWeap.weapons.scar_npc.object_sub = 6
NPCWeap.loaded_options.scar_npc = NPCWeap.loaded_options.scar_npc or {}
NPCWeap.weapons.scar_npc.objects_init = {
"g_barrel_medium",
"g_ns_flashhider",
"g_body_upper",
"g_body_lower",
"g_body_cover",
"g_body_bolt",
"g_fg_ext",
"g_grip_m4",
"g_mag",
"g_optics_flipup",
"g_optics_flipup_up",
"g_stock_sniper",
"g_attachment_surefire"
}
NPCWeap.weapons.scar_npc.categories = {
"barrel",
"barrel_ext",
"sight",
"stock",
"foregrip",
"grip",
"attachment",
"vertical_grip",
}
NPCWeap.weapons.scar_npc.barrel = {
[1] = "scar_g_barrel_short",
[2] = "scar_g_barrel_medium",
[3] = "scar_g_barrel_long",
[4] = "random",
}
NPCWeap.loaded_options.scar_npc.barrel = NPCWeap.loaded_options.scar_npc.barrel or 1
NPCWeap.weapons.scar_npc.required_reset.barrel = {}
NPCWeap.weapons.scar_npc.barrel_fire_offset = Vector3(0, -10.04417, 0)
NPCWeap.weapons.scar_npc.g_barrel_short = {}
NPCWeap.weapons.scar_npc.g_barrel_short.barrel_ext = Vector3(0, -3.8448, 0) --[0 12.91083 -0.007203754]
NPCWeap.weapons.scar_npc.g_barrel_medium = {}
NPCWeap.weapons.scar_npc.g_barrel_medium.barrel_ext = Vector3(0, 0, 0) --[0 16.75563 -0.007203754]
NPCWeap.weapons.scar_npc.g_barrel_long = {}
NPCWeap.weapons.scar_npc.g_barrel_long.barrel_ext = Vector3(0, 8.21512, 0) --[0 24.97075 -0.007203754]
NPCWeap.weapons.scar_npc.barrel_ext = {
[1] = "scar_none",
[2] = "scar_g_ns_firepig",
[3] = "scar_g_ns_jprifles",
[4] = "scar_g_ns_linear",
[5] = "scar_g_ns_medium",
[6] = "scar_g_ns_silencer_large",
[7] = "scar_g_ns_small",
[8] = "scar_g_ns_stubby",
[9] = "scar_g_ns_surefire",
[10] = "scar_g_ns_tank",
[11] = "scar_g_ns_pbs1",
[12] = "scar_g_ns_flashhider",
[13] = "random",
}
NPCWeap.loaded_options.scar_npc.barrel_ext = NPCWeap.loaded_options.scar_npc.barrel_ext or 1
NPCWeap.weapons.scar_npc.required_reset.barrel_ext = {}
NPCWeap.weapons.scar_npc.g_ns_firepig = {}
NPCWeap.weapons.scar_npc.g_ns_firepig.length = Vector3(0, 8.11474, 0)
NPCWeap.weapons.scar_npc.g_ns_jprifles = {}
NPCWeap.weapons.scar_npc.g_ns_jprifles.length = Vector3(0, 8.0442, 0)
NPCWeap.weapons.scar_npc.g_ns_linear = {}
NPCWeap.weapons.scar_npc.g_ns_linear.length = Vector3(0, 8.0442, 0)
NPCWeap.weapons.scar_npc.g_ns_medium = {}
NPCWeap.weapons.scar_npc.g_ns_medium.length = Vector3(0, 19.41887, 0)
NPCWeap.weapons.scar_npc.g_ns_silencer_large = {}
NPCWeap.weapons.scar_npc.g_ns_silencer_large.length = Vector3(0, 24.89792, 0)
NPCWeap.weapons.scar_npc.g_ns_small = {}
NPCWeap.weapons.scar_npc.g_ns_small.length = Vector3(0, 15.31046, 0)
NPCWeap.weapons.scar_npc.g_ns_stubby = {}
NPCWeap.weapons.scar_npc.g_ns_stubby.length = Vector3(0, 7.90433, 0)
NPCWeap.weapons.scar_npc.g_ns_surefire = {}
NPCWeap.weapons.scar_npc.g_ns_surefire.length = Vector3(0, 7.95938, 0)
NPCWeap.weapons.scar_npc.g_ns_tank = {}
NPCWeap.weapons.scar_npc.g_ns_tank.length = Vector3(0, 7.11834, 0)
NPCWeap.weapons.scar_npc.g_ns_pbs1 = {}
NPCWeap.weapons.scar_npc.g_ns_pbs1.length = Vector3(0, 23.5928, 0)
NPCWeap.weapons.scar_npc.g_ns_flashhider = {}
NPCWeap.weapons.scar_npc.g_ns_flashhider.length = Vector3(0, 10.04417, 0)
NPCWeap.weapons.scar_npc.sight = {
[1] = "scar_none",
[2] = "scar_g_optics_flipup",
[3] = "scar_g_optics_aimpoint",
[4] = "scar_g_optics_docter",
[5] = "scar_g_optics_eotech",
[6] = "scar_g_optics_specter",
[7] = "scar_g_optics_t1micro",
[8] = "scar_g_optics_cmore",
[9] = "scar_g_optics_aimpoint_preorder",
[10] = "scar_g_optics_eotech_xps",
[11] = "scar_g_optics_reflex",
[12] = "scar_g_optics_rx01",
[13] = "scar_g_optics_rx30",
[14] = "scar_g_optics_cs",
[15] = "scar_g_optics_acog",
[16] = "random"
}
NPCWeap.loaded_options.scar_npc.sight = NPCWeap.loaded_options.scar_npc.sight or 1
NPCWeap.weapons.scar_npc.required_reset.sight = {
"g_optics_eotech_gfx_lens",
"g_optics_acog_lens",
"g_optics_aimpoint_glass",
"g_optics_docter_lens",
"g_optics_specter_glass",
"g_optics_t1micro_glass",
"g_optics_cmore_lens",
"g_optics_aimpoint_preorder_glass",
"g_optics_eotech_xps_lens",
"g_optics_reflex_lens",
"g_optics_rx01_lens",
"g_optics_rx30_lens",
"g_optics_cs_lens",
"g_optics_flipup_up",
"g_optics_flipup_down",
}
NPCWeap.weapons.scar_npc.stock = {
[1] = "scar_g_stock_std",
[2] = "scar_g_stock_sniper",
[3] = "random",
}
NPCWeap.loaded_options.scar_npc.stock = NPCWeap.loaded_options.scar_npc.stock or 1
NPCWeap.weapons.scar_npc.required_reset.stock = {}
NPCWeap.weapons.scar_npc.foregrip = {
[1] = "scar_none",
[2] = "scar_g_fg_ext",
[3] = "random",
}
NPCWeap.loaded_options.scar_npc.foregrip = NPCWeap.loaded_options.scar_npc.foregrip or 1
NPCWeap.weapons.scar_npc.required_reset.foregrip = {}
NPCWeap.weapons.scar_npc.grip = {
[1] = "scar_g_grip_m4",
[2] = "scar_g_grip_ergo",
[3] = "scar_g_grip_hgrip",
[4] = "scar_g_grip_mgrip",
[5] = "random",
}
NPCWeap.loaded_options.scar_npc.grip = NPCWeap.loaded_options.scar_npc.grip or 1
NPCWeap.weapons.scar_npc.required_reset.grip = {}
NPCWeap.weapons.scar_npc.attachment = {
[1] = "scar_none",
[2] = "scar_g_attachment_peqbox",
[3] = "scar_g_attachment_surefire",
[4] = "scar_g_attachment_laser",
[5] = "scar_g_attachment_peq",
[6] = "random",
}
NPCWeap.loaded_options.scar_npc.attachment = NPCWeap.loaded_options.scar_npc.attachment or 1
NPCWeap.weapons.scar_npc.required_reset.attachment = {}
NPCWeap.weapons.scar_npc.vertical_grip = {
[1] = "scar_none",
[2] = "scar_g_vg_afg",
[3] = "random",
}
NPCWeap.loaded_options.scar_npc.vertical_grip = NPCWeap.loaded_options.scar_npc.vertical_grip or 1
NPCWeap.weapons.scar_npc.required_reset.vertical_grip = {}
NPCWeap.weapons.scar_npc.required = {
["g_optics_eotech"] = { "g_optics_eotech_gfx_lens", "g_optics_flipup_down" },
["g_optics_acog"] = { "g_optics_acog_lens", "g_optics_flipup_down" },
["g_optics_aimpoint"] = { "g_optics_aimpoint_glass", "g_optics_flipup_down" },
["g_optics_docter"] = { "g_optics_docter_lens", "g_optics_flipup_down" },
["g_optics_specter"] = { "g_optics_specter_glass", "g_optics_flipup_down" },
["g_optics_t1micro"] = { "g_optics_t1micro_glass", "g_optics_flipup_down" },
["g_optics_cmore"] = { "g_optics_cmore_lens", "g_optics_flipup_down" },
["g_optics_aimpoint_preorder"] = { "g_optics_aimpoint_preorder_glass", "g_optics_flipup_down" },
["g_optics_eotech_xps"] = { "g_optics_eotech_xps_lens", "g_optics_flipup_down" },
["g_optics_reflex"] = { "g_optics_reflex_lens", "g_optics_flipup_down" },
["g_optics_rx01"] = { "g_optics_rx01_lens", "g_optics_flipup_down" },
["g_optics_rx30"] = { "g_optics_rx30_lens", "g_optics_flipup_down" },
["g_optics_cs"] = { "g_optics_cs_lens", "g_optics_flipup_down" },
["g_optics_flipup"] = { "g_optics_flipup_up" },
}
NPCWeap.weapons.scar_npc.absolute_reset_on_update = {}
NPCWeap.weapons.scar_npc.incompatible = {}
NPCWeap.weapons.scar_npc.pos_check = {
["barrel_ext"] = { "barrel" }
}
| mit |
wcjscm/JackGame | src/cocos/cocos2d/DrawPrimitives.lua | 98 | 12024 |
local dp_initialized = false
local dp_shader = nil
local dp_colorLocation = -1
local dp_color = { 1.0, 1.0, 1.0, 1.0 }
local dp_pointSizeLocation = -1
local dp_pointSize = 1.0
local SHADER_NAME_POSITION_U_COLOR = "ShaderPosition_uColor"
local targetPlatform = cc.Application:getInstance():getTargetPlatform()
local function lazy_init()
if not dp_initialized then
dp_shader = cc.ShaderCache:getInstance():getProgram(SHADER_NAME_POSITION_U_COLOR)
--dp_shader:retain()
if nil ~= dp_shader then
dp_colorLocation = gl.getUniformLocation( dp_shader:getProgram(), "u_color")
dp_pointSizeLocation = gl.getUniformLocation( dp_shader:getProgram(), "u_pointSize")
dp_Initialized = true
end
end
if nil == dp_shader then
print("Error:dp_shader is nil!")
return false
end
return true
end
local function setDrawProperty()
gl.glEnableVertexAttribs( CCConstants.VERTEX_ATTRIB_FLAG_POSITION )
dp_shader:use()
dp_shader:setUniformsForBuiltins()
dp_shader:setUniformLocationWith4fv(dp_colorLocation, dp_color, 1)
end
function ccDrawInit()
lazy_init()
end
function ccDrawFree()
dp_initialized = false
end
function ccDrawColor4f(r,g,b,a)
dp_color[1] = r
dp_color[2] = g
dp_color[3] = b
dp_color[4] = a
end
function ccPointSize(pointSize)
dp_pointSize = pointSize * cc.Director:getInstance():getContentScaleFactor()
end
function ccDrawColor4B(r,g,b,a)
dp_color[1] = r / 255.0
dp_color[2] = g / 255.0
dp_color[3] = b / 255.0
dp_color[4] = a / 255.0
end
function ccDrawPoint(point)
if not lazy_init() then
return
end
local vertexBuffer = { }
local function initBuffer()
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
local vertices = { point.x,point.y}
gl.bufferData(gl.ARRAY_BUFFER,2,vertices,gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
dp_shader:setUniformLocationWith1f(dp_pointSizeLocation, dp_pointSize)
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.POINTS,0,1)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawPoints(points,numOfPoint)
if not lazy_init() then
return
end
local vertexBuffer = {}
local i = 1
local function initBuffer()
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
local vertices = {}
for i = 1, numOfPoint do
vertices[2 * i - 1] = points[i].x
vertices[2 * i] = points[i].y
end
gl.bufferData(gl.ARRAY_BUFFER, numOfPoint * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
dp_shader:setUniformLocationWith1f(dp_pointSizeLocation, dp_pointSize)
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.POINTS,0,numOfPoint)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawLine(origin,destination)
if not lazy_init() then
return
end
local vertexBuffer = {}
local function initBuffer()
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
local vertices = { origin.x, origin.y, destination.x, destination.y}
gl.bufferData(gl.ARRAY_BUFFER,4,vertices,gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.LINES ,0,2)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawPoly(points,numOfPoints,closePolygon)
if not lazy_init() then
return
end
local vertexBuffer = {}
local i = 1
local function initBuffer()
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
local vertices = {}
for i = 1, numOfPoints do
vertices[2 * i - 1] = points[i].x
vertices[2 * i] = points[i].y
end
gl.bufferData(gl.ARRAY_BUFFER, numOfPoints * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
if closePolygon then
gl.drawArrays(gl.LINE_LOOP , 0, numOfPoints)
else
gl.drawArrays(gl.LINE_STRIP, 0, numOfPoints)
end
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawSolidPoly(points,numOfPoints,color)
if not lazy_init() then
return
end
local vertexBuffer = {}
local i = 1
local function initBuffer()
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
local vertices = {}
for i = 1, numOfPoints do
vertices[2 * i - 1] = points[i].x
vertices[2 * i] = points[i].y
end
gl.bufferData(gl.ARRAY_BUFFER, numOfPoints * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
gl.glEnableVertexAttribs( CCConstants.VERTEX_ATTRIB_FLAG_POSITION )
dp_shader:use()
dp_shader:setUniformsForBuiltins()
dp_shader:setUniformLocationWith4fv(dp_colorLocation, color, 1)
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.TRIANGLE_FAN , 0, numOfPoints)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawRect(origin,destination)
ccDrawLine(CCPoint:__call(origin.x, origin.y), CCPoint:__call(destination.x, origin.y))
ccDrawLine(CCPoint:__call(destination.x, origin.y), CCPoint:__call(destination.x, destination.y))
ccDrawLine(CCPoint:__call(destination.x, destination.y), CCPoint:__call(origin.x, destination.y))
ccDrawLine(CCPoint:__call(origin.x, destination.y), CCPoint:__call(origin.x, origin.y))
end
function ccDrawSolidRect( origin,destination,color )
local vertices = { origin, CCPoint:__call(destination.x, origin.y) , destination, CCPoint:__call(origin.x, destination.y) }
ccDrawSolidPoly(vertices,4,color)
end
function ccDrawCircleScale( center, radius, angle, segments,drawLineToCenter,scaleX,scaleY)
if not lazy_init() then
return
end
local additionalSegment = 1
if drawLineToCenter then
additionalSegment = additionalSegment + 1
end
local vertexBuffer = { }
local function initBuffer()
local coef = 2.0 * math.pi / segments
local i = 1
local vertices = {}
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
for i = 1, segments + 1 do
local rads = (i - 1) * coef
local j = radius * math.cos(rads + angle) * scaleX + center.x
local k = radius * math.sin(rads + angle) * scaleY + center.y
vertices[i * 2 - 1] = j
vertices[i * 2] = k
end
vertices[(segments + 2) * 2 - 1] = center.x
vertices[(segments + 2) * 2] = center.y
gl.bufferData(gl.ARRAY_BUFFER, (segments + 2) * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.LINE_STRIP , 0, segments + additionalSegment)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawCircle(center, radius, angle, segments, drawLineToCenter)
ccDrawCircleScale(center, radius, angle, segments, drawLineToCenter, 1.0, 1.0)
end
function ccDrawSolidCircle(center, radius, angle, segments,scaleX,scaleY)
if not lazy_init() then
return
end
local vertexBuffer = { }
local function initBuffer()
local coef = 2.0 * math.pi / segments
local i = 1
local vertices = {}
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
for i = 1, segments + 1 do
local rads = (i - 1) * coef
local j = radius * math.cos(rads + angle) * scaleX + center.x
local k = radius * math.sin(rads + angle) * scaleY + center.y
vertices[i * 2 - 1] = j
vertices[i * 2] = k
end
vertices[(segments + 2) * 2 - 1] = center.x
vertices[(segments + 2) * 2] = center.y
gl.bufferData(gl.ARRAY_BUFFER, (segments + 2) * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.TRIANGLE_FAN , 0, segments + 1)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawQuadBezier(origin, control, destination, segments)
if not lazy_init() then
return
end
local vertexBuffer = { }
local function initBuffer()
local vertices = { }
local i = 1
local t = 0.0
for i = 1, segments do
vertices[2 * i - 1] = math.pow(1 - t,2) * origin.x + 2.0 * (1 - t) * t * control.x + t * t * destination.x
vertices[2 * i] = math.pow(1 - t,2) * origin.y + 2.0 * (1 - t) * t * control.y + t * t * destination.y
t = t + 1.0 / segments
end
vertices[2 * (segments + 1) - 1] = destination.x
vertices[2 * (segments + 1)] = destination.y
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
gl.bufferData(gl.ARRAY_BUFFER, (segments + 1) * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.LINE_STRIP , 0, segments + 1)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
function ccDrawCubicBezier(origin, control1, control2, destination, segments)
if not lazy_init then
return
end
local vertexBuffer = { }
local function initBuffer()
local vertices = { }
local t = 0
local i = 1
for i = 1, segments do
vertices[2 * i - 1] = math.pow(1 - t,3) * origin.x + 3.0 * math.pow(1 - t, 2) * t * control1.x + 3.0 * (1 - t) * t * t * control2.x + t * t * t * destination.x
vertices[2 * i] = math.pow(1 - t,3) * origin.y + 3.0 * math.pow(1 - t, 2) * t * control1.y + 3.0 * (1 - t) * t * t * control2.y + t * t * t * destination.y
t = t + 1.0 / segments
end
vertices[2 * (segments + 1) - 1] = destination.x
vertices[2 * (segments + 1)] = destination.y
vertexBuffer.buffer_id = gl.createBuffer()
gl.bindBuffer(gl.ARRAY_BUFFER, vertexBuffer.buffer_id)
gl.bufferData(gl.ARRAY_BUFFER, (segments + 1) * 2, vertices, gl.STATIC_DRAW)
gl.bindBuffer(gl.ARRAY_BUFFER, 0)
end
initBuffer()
setDrawProperty()
gl.bindBuffer(gl.ARRAY_BUFFER,vertexBuffer.buffer_id)
gl.vertexAttribPointer(CCConstants.VERTEX_ATTRIB_POSITION, 2, gl.FLOAT, false, 0, 0)
gl.drawArrays(gl.LINE_STRIP , 0, segments + 1)
gl.bindBuffer(gl.ARRAY_BUFFER,0)
end
| gpl-3.0 |
OpenRA/OpenRA | mods/d2k/maps/harkonnen-01b/harkonnen01b.lua | 14 | 5015 | --[[
Copyright 2007-2022 The OpenRA Developers (see AUTHORS)
This file is part of OpenRA, which is free software. It is made
available to you under the terms of the GNU General Public License
as published by the Free Software Foundation, either version 3 of
the License, or (at your option) any later version. For more
information, see COPYING.
]]
AtreidesReinforcements =
{
easy =
{
{ "light_inf", "light_inf" }
},
normal =
{
{ "light_inf", "light_inf" },
{ "light_inf", "light_inf", "light_inf" },
{ "light_inf", "trike" }
},
hard =
{
{ "light_inf", "light_inf" },
{ "trike", "trike" },
{ "light_inf", "light_inf", "light_inf" },
{ "light_inf", "trike" },
{ "trike", "trike" }
}
}
AtreidesEntryWaypoints = { AtreidesWaypoint1.Location, AtreidesWaypoint2.Location, AtreidesWaypoint3.Location, AtreidesWaypoint4.Location }
AtreidesAttackDelay = DateTime.Seconds(30)
AtreidesAttackWaves =
{
easy = 1,
normal = 5,
hard = 12
}
ToHarvest =
{
easy = 2500,
normal = 3000,
hard = 3500
}
HarkonnenReinforcements = { "light_inf", "light_inf", "light_inf", "trike" }
HarkonnenEntryPath = { HarkonnenWaypoint.Location, HarkonnenRally.Location }
Messages =
{
"Build a concrete foundation before placing your buildings.",
"Build a Wind Trap for power.",
"Build a Refinery to collect Spice.",
"Build a Silo to store additional Spice."
}
Tick = function()
if AtreidesArrived and atreides.HasNoRequiredUnits() then
player.MarkCompletedObjective(KillAtreides)
end
if player.Resources > SpiceToHarvest - 1 then
player.MarkCompletedObjective(GatherSpice)
end
-- player has no Wind Trap
if (player.PowerProvided <= 20 or player.PowerState ~= "Normal") and DateTime.GameTime % DateTime.Seconds(32) == 0 then
HasPower = false
Media.DisplayMessage(Messages[2], "Mentat")
else
HasPower = true
end
-- player has no Refinery and no Silos
if HasPower and player.ResourceCapacity == 0 and DateTime.GameTime % DateTime.Seconds(32) == 0 then
Media.DisplayMessage(Messages[3], "Mentat")
end
if HasPower and player.Resources > player.ResourceCapacity * 0.8 and DateTime.GameTime % DateTime.Seconds(32) == 0 then
Media.DisplayMessage(Messages[4], "Mentat")
end
UserInterface.SetMissionText("Harvested resources: " .. player.Resources .. "/" .. SpiceToHarvest, player.Color)
end
WorldLoaded = function()
player = Player.GetPlayer("Harkonnen")
atreides = Player.GetPlayer("Atreides")
SpiceToHarvest = ToHarvest[Difficulty]
InitObjectives(player)
KillHarkonnen = atreides.AddPrimaryObjective("Kill all Harkonnen units.")
GatherSpice = player.AddPrimaryObjective("Harvest " .. tostring(SpiceToHarvest) .. " Solaris worth of Spice.")
KillAtreides = player.AddSecondaryObjective("Eliminate all Atreides units and reinforcements\nin the area.")
local checkResourceCapacity = function()
Trigger.AfterDelay(0, function()
if player.ResourceCapacity < SpiceToHarvest then
Media.DisplayMessage("We don't have enough silo space to store the required amount of Spice!", "Mentat")
Trigger.AfterDelay(DateTime.Seconds(3), function()
harkonnen.MarkCompletedObjective(KillAtreides)
end)
return true
end
end)
end
Trigger.OnRemovedFromWorld(HarkonnenConyard, function()
-- Mission already failed, no need to check the other conditions as well
if checkResourceCapacity() then
return
end
local refs = Utils.Where(Map.ActorsInWorld, function(actor) return actor.Type == "refinery" and actor.Owner == player end)
if #refs == 0 then
atreides.MarkCompletedObjective(KillHarkonnen)
else
Trigger.OnAllRemovedFromWorld(refs, function()
atreides.MarkCompletedObjective(KillHarkonnen)
end)
local silos = Utils.Where(Map.ActorsInWorld, function(actor) return actor.Type == "silo" and actor.Owner == player end)
Utils.Do(refs, function(actor) Trigger.OnRemovedFromWorld(actor, checkResourceCapacity) end)
Utils.Do(silos, function(actor) Trigger.OnRemovedFromWorld(actor, checkResourceCapacity) end)
end
end)
Media.DisplayMessage(Messages[1], "Mentat")
Trigger.AfterDelay(DateTime.Seconds(25), function()
Media.PlaySpeechNotification(player, "Reinforce")
Reinforcements.Reinforce(player, HarkonnenReinforcements, HarkonnenEntryPath)
end)
WavesLeft = AtreidesAttackWaves[Difficulty]
SendReinforcements()
end
SendReinforcements = function()
local units = AtreidesReinforcements[Difficulty]
local delay = Utils.RandomInteger(AtreidesAttackDelay - DateTime.Seconds(2), AtreidesAttackDelay)
AtreidesAttackDelay = AtreidesAttackDelay - (#units * 3 - 3 - WavesLeft) * DateTime.Seconds(1)
if AtreidesAttackDelay < 0 then AtreidesAttackDelay = 0 end
Trigger.AfterDelay(delay, function()
Reinforcements.Reinforce(atreides, Utils.Random(units), { Utils.Random(AtreidesEntryWaypoints) }, 10, IdleHunt)
WavesLeft = WavesLeft - 1
if WavesLeft == 0 then
Trigger.AfterDelay(DateTime.Seconds(1), function() AtreidesArrived = true end)
else
SendReinforcements()
end
end)
end
| gpl-3.0 |
dmccuskey/dmc-gestures | examples/gesture-pinch-basic/dmc_corona/dmc_gestures/core/gesture.lua | 10 | 14803 | --====================================================================--
-- dmc_corona/dmc_gesture/core/gesture.lua
--
-- Documentation:
--====================================================================--
--[[
The MIT License (MIT)
Copyright (c) 2015 David McCuskey
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.
--]]
--====================================================================--
--== DMC Corona Library : Gesture Base
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.1.0"
--====================================================================--
--== DMC Gesture
--====================================================================--
--====================================================================--
--== Imports
local Objects = require 'dmc_objects'
local Patch = require 'dmc_patch'
local StatesMixModule = require 'dmc_states_mix'
local Constants = require 'dmc_gestures.gesture_constants'
--====================================================================--
--== Setup, Constants
Patch.addPatch( 'print-output' )
local newClass = Objects.newClass
local ObjectBase = Objects.ObjectBase
local StatesMix = StatesMixModule.StatesMix
local sfmt = string.format
local tcancel = timer.cancel
local tdelay = timer.performWithDelay
local tstr = tostring
--====================================================================--
--== Gesture Base Class
--====================================================================--
--- Gesture Recognizer Base Class.
-- Base class for all Gesture Recognizers.
--
-- **Inherits from:**
--
-- * DMC.ObjectBase
-- * DMC.StatesMix
--
-- @classmod Gesture.Gesture
local Gesture = newClass(
{ ObjectBase, StatesMix }, { name="Gesture Base Class" }
)
--== Class Constants
Gesture.TYPE = nil -- override this
--== State Constants
Gesture.STATE_CREATE = 'state_create'
Gesture.STATE_POSSIBLE = 'state_possible'
Gesture.STATE_FAILED = 'state_failed'
Gesture.STATE_RECOGNIZED = 'state_recognized'
--== Event Constants
--- EVENT Name
Gesture.EVENT = 'gesture-event'
--- GESTURE Event
Gesture.GESTURE = 'recognized-gesture-event'
--- STATE Event
Gesture.STATE = 'state-changed-event'
--======================================================--
-- Start: Setup DMC Objects
function Gesture:__init__( params )
-- print( "Gesture:__init__", params )
params = params or {}
self:superCall( StatesMix, '__init__', params )
self:superCall( ObjectBase, '__init__', params )
--==--
--== Sanity Check ==--
if self.is_class then return end
assert( params.view )
-- save params for later
self._gr_params = params
--== Create Properties ==--
self._delegate = nil
self._id = nil
self._view = params.view
-- internal properties
self._fail_timer=nil
self._gesture_attempt=false
self._gesture_timer=nil
self._multitouch_evt = nil
self._multitouch_queue = {}
self._touch_count = 0
self._total_touch_count = 0
self._touches = {} -- keyed on ID
--== Objects ==--
self._gesture_mgr = nil
self:setState( Gesture.STATE_CREATE )
end
function Gesture:__undoInit__()
-- print( "Gesture:__undoInit__" )
--==--
self:superCall( ObjectBase, '__undoInit__' )
self:superCall( StatesMix, '__undoInit__' )
end
function Gesture:__initComplete__()
-- print( "Gesture:__initComplete__" )
self:superCall( ObjectBase, '__initComplete__' )
--==--
local tmp = self._gr_params
--== Use Setters
self.id = tmp.id
self.delegate = tmp.delegate
self.gesture_mgr = tmp.gesture_mgr
self._gr_params = nil
self:gotoState( Gesture.STATE_POSSIBLE )
end
function Gesture:__undoInitComplete__()
-- print( "Gesture:__undoInitComplete__" )
self:_stopAllTimers()
self._gesture_mgr:removeGesture( self )
--==--
self:superCall( ObjectBase, '__undoInitComplete__' )
end
-- END: Setup DMC Objects
--======================================================--
--====================================================================--
--== Public Methods
--======================================================--
-- Getters/Setters
--- Getters and Setters
-- @section getters-setters
--== .id
--- the id (string).
-- this is useful to differentiate between
-- different gestures attached to the same view object
--
-- @function .id
-- @usage print( gesture.id )
-- @usage gesture.id = "myid"
function Gesture.__getters:id()
return self._id
end
function Gesture.__setters:id( value )
assert( value==nil or type(value)=='string' )
self._id = value
end
--== .delegate
--- a gesture delegate (object/table)
--
-- @function .delegate
-- @usage print( gesture.delegate )
-- @usage gesture.delegate = { shouldRecognizeWith=<func> }
function Gesture.__getters:delegate()
return self._delegate
end
function Gesture.__setters:delegate( value )
assert( value==nil or type(value)=='table' )
self._delegate = value
end
function Gesture.__getters:gesture_mgr()
return self._gesture_mgr
end
function Gesture.__setters:gesture_mgr( value )
self._gesture_mgr = value
end
--== .view
--- the target view (Display Object).
--
-- @function .view
-- @usage print( gesture.view )
-- @usage gesture.view = DisplayObject
function Gesture.__getters:view()
return self._view
end
-- function Gesture.__setters:view( value )
-- self._view = value
-- end
-- @TODO
function Gesture:cancelsTouchesInView()
-- print( "Gesture:cancelsTouchesInView" )
end
-- @TODO
function Gesture:delaysTouchesBegan()
-- print( "Gesture:delaysTouchesBegan" )
end
-- @TODO
function Gesture:delaysTouchesEnded()
-- print( "Gesture:delaysTouchesEnded" )
end
-- @TODO
function Gesture:requiresGestureRecognizerToFail()
-- print( "Gesture:requiresGestureRecognizerToFail" )
end
function Gesture:ignoreTouch()
-- print( "Gesture:ignoreTouch" )
end
function Gesture:_do_reset()
-- print( "Gesture:_do_reset" )
self._total_touch_count = 0
self._touch_count = 0
self._touches = {} -- keyed on ID
self._multitouch_evt = nil
self._multitouch_queue = {}
self._gesture_attempt=false
self:_stopAllTimers()
end
function Gesture:reset()
-- print( "Gesture:reset" )
self:_do_reset()
self:gotoState( Gesture.STATE_POSSIBLE )
end
function Gesture:shouldReceiveTouch()
-- print( "Gesture:reset" )
local del = self._delegate
local f = del and del.shouldReceiveTouch
local shouldReceiveTouch = true
if f then shouldReceiveTouch = f( self ) end
assert( type(shouldReceiveTouch)=='boolean', "ERROR: Delegate shouldReceiveTouch, expected return type boolean")
return shouldReceiveTouch
end
-- gesture is one which is Recognizing
--
function Gesture:forceToFail( gesture )
-- print( "Gesture:forceToFail", gesture )
local del = self._delegate
local f = del and del.shouldRecognizeWith
local shouldResume = false
if f then shouldResume = f( del, gesture, self ) end
assert( type(shouldResume)=='boolean', "ERROR: Delegate shouldRecognizeWith, expected return type boolean")
if not shouldResume then
self:gotoState( Gesture.STATE_FAILED, {notify=false} )
end
return (not shouldResume)
end
--====================================================================--
--== Private Methods
--======================================================--
-- Event Dispatch
-- this one goes to the Gesture Manager
function Gesture:_dispatchGestureNotification( params )
-- print("Gesture:_dispatchGestureNotification", notify )
local g_mgr = self._gesture_mgr
if g_mgr and params.notify then
g_mgr:gesture{
target=self,
id=self._id,
type=Gesture.GESTURE,
gesture=self.TYPE
}
end
end
-- this one goes to the Gesture Manager
function Gesture:_dispatchStateNotification( params )
-- print("Gesture:_dispatchStateNotification" )
params = params or {}
local state = params.state or self:getState()
--==--
local g_mgr = self._gesture_mgr
if g_mgr and params.notify then
g_mgr:gesture{
target=self,
id=self._id,
type=Gesture.STATE,
state=state
}
end
end
-- this one goes to the Gesture consumer (who created gesture)
function Gesture:_dispatchRecognizedEvent( data )
-- print("Gesture:_dispatchRecognizedEvent" )
data = data or {}
if data.id==nil then data.id=self._id end
if data.gesture==nil then data.gesture=self.TYPE end
--==--
self:dispatchEvent( self.GESTURE, data, {merge=true} )
end
--======================================================--
-- Gesture Timers
function Gesture:_stopFailTimer()
-- print( "Gesture:_stopFailTimer" )
if not self._fail_timer then return end
tcancel( self._fail_timer )
self._fail_timer=nil
end
function Gesture:_startFailTimer( time )
if time==nil then time=Constants.FAIL_TIMEOUT end
--==--
-- print( "Gesture:_startFailTimer", self )
self:_stopFailTimer()
local func = function()
tdelay( 1, function()
self:gotoState( Gesture.STATE_FAILED )
self._fail_timer = nil
end)
end
self._fail_timer = tdelay( time, func )
end
function Gesture:_stopGestureTimer()
-- print( "Gesture:_stopGestureTimer" )
if not self._gesture_timer then return end
tcancel( self._gesture_timer )
self._gesture_timer=nil
end
function Gesture:_startGestureTimer( time )
-- print( "Gesture:_startGestureTimer", self )
if time==nil then time=Constants.GESTURE_TIMEOUT end
--==--
self:_stopFailTimer()
self:_stopGestureTimer()
local func = function()
tdelay( 1, function()
self:gotoState( Gesture.STATE_FAILED )
self._gesture_timer = nil
end)
end
self._gesture_timer = tdelay( time, func )
end
function Gesture:_stopAllTimers()
self:_stopFailTimer()
self:_stopGestureTimer()
end
--======================================================--
-- Touch Event
function Gesture:_createTouchEvent( event )
-- print( "Gesture:_createTouchEvent", self.id )
self._total_touch_count = self._total_touch_count + 1
self._touch_count = self._touch_count + 1
self._touches[ tstr(event.id) ] = {
id=event.id,
name=event.name,
target=event.target,
isFocused=event.isFocused,
phase=event.phase,
xStart=event.xStart,
yStart=event.yStart,
x=event.x,
y=event.y,
}
end
function Gesture:_updateTouchEvent( event )
-- print( "Gesture:_updateTouchEvent", self.id )
for id, evt in pairs( self._touches ) do
if id==tstr(event.id) then
evt.x, evt.y = event.x, event.y
evt.phase = event.phase
else
evt.phase='stationary'
end
end
end
function Gesture:_endTouchEvent( event )
-- print( "Gesture:_endTouchEvent", self.id )
self:_updateTouchEvent( event )
self._touch_count = self._touch_count - 1
end
function Gesture:_removeTouchEvent( event )
-- print( "Gesture:_removeTouchEvent" )
self._touches[ tstr(event.id) ] = nil
end
--====================================================================--
--== Event Handlers
function Gesture:touch( event )
-- print("Gesture:touch", event.phase, self.id )
local phase = event.phase
if phase=='began' then
self:_createTouchEvent( event )
elseif phase=='moved' then
self:_updateTouchEvent( event )
elseif phase=='cancelled' or phase=='ended' then
self:_endTouchEvent( event )
end
end
--====================================================================--
--== State Machine
--== State Create ==--
function Gesture:state_create( next_state, params )
-- print( "Gesture:state_create: >> ", next_state )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
elseif next_state == Gesture.STATE_FAILED then
self:do_state_failed( params )
else
pwarn( sfmt( "Gesture:state_create unknown transition '%s'", tstr( next_state )))
end
end
--== State Possible ==--
function Gesture:do_state_possible( params )
-- print( "Gesture:do_state_possible" )
self:setState( Gesture.STATE_POSSIBLE )
end
function Gesture:state_possible( next_state, params )
-- print( "Gesture:state_possible: >> ", next_state, self.id )
--== Check Delegate to see if this transition is OK
local del = self._delegate
local f = del and del.gestureShouldBegin
local shouldBegin = true
if f then shouldBegin = f( self ) end
if not shouldBegin then next_state=Gesture.STATE_FAILED end
--== Go to next State
if next_state == Gesture.STATE_FAILED then
self:do_state_failed( params )
elseif next_state == Gesture.STATE_RECOGNIZED then
self:do_state_recognized( params )
elseif next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
else
pwarn( sfmt( "Gesture:state_possible unknown transition '%s'", tstr( next_state )))
end
end
--== State Recognized ==--
function Gesture:do_state_recognized( params )
-- print( "Gesture:do_state_recognized", self._id )
params = params or {}
if params.notify==nil then params.notify=true end
--==--
self:setState( Gesture.STATE_RECOGNIZED )
self:_dispatchGestureNotification( params )
self:_dispatchStateNotification( params )
self:_dispatchRecognizedEvent()
end
function Gesture:state_recognized( next_state, params )
-- print( "Gesture:state_recognized: >> ", next_state, self.id )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
else
pwarn( sfmt( "Gesture:state_recognized unknown transition '%s'", tstr( next_state )))
end
end
--== State Failed ==--
function Gesture:do_state_failed( params )
-- print( "Gesture:do_state_failed", self._id )
params = params or {}
if params.notify==nil then params.notify=true end
--==--
self:_stopAllTimers()
self:setState( Gesture.STATE_FAILED )
self:_dispatchStateNotification( params )
end
function Gesture:state_failed( next_state, params )
-- print( "Gesture:state_failed: >> ", next_state, self.id )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
elseif next_state == Gesture.STATE_FAILED then
-- pass
else
pwarn( sfmt( "Gesture:state_failed unknown transition '%s'", tstr( next_state )))
end
end
return Gesture
| mit |
dmccuskey/dmc-gestures | examples/gesture-multigesture-simultaneous/dmc_corona/dmc_gestures/core/gesture.lua | 10 | 14803 | --====================================================================--
-- dmc_corona/dmc_gesture/core/gesture.lua
--
-- Documentation:
--====================================================================--
--[[
The MIT License (MIT)
Copyright (c) 2015 David McCuskey
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.
--]]
--====================================================================--
--== DMC Corona Library : Gesture Base
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.1.0"
--====================================================================--
--== DMC Gesture
--====================================================================--
--====================================================================--
--== Imports
local Objects = require 'dmc_objects'
local Patch = require 'dmc_patch'
local StatesMixModule = require 'dmc_states_mix'
local Constants = require 'dmc_gestures.gesture_constants'
--====================================================================--
--== Setup, Constants
Patch.addPatch( 'print-output' )
local newClass = Objects.newClass
local ObjectBase = Objects.ObjectBase
local StatesMix = StatesMixModule.StatesMix
local sfmt = string.format
local tcancel = timer.cancel
local tdelay = timer.performWithDelay
local tstr = tostring
--====================================================================--
--== Gesture Base Class
--====================================================================--
--- Gesture Recognizer Base Class.
-- Base class for all Gesture Recognizers.
--
-- **Inherits from:**
--
-- * DMC.ObjectBase
-- * DMC.StatesMix
--
-- @classmod Gesture.Gesture
local Gesture = newClass(
{ ObjectBase, StatesMix }, { name="Gesture Base Class" }
)
--== Class Constants
Gesture.TYPE = nil -- override this
--== State Constants
Gesture.STATE_CREATE = 'state_create'
Gesture.STATE_POSSIBLE = 'state_possible'
Gesture.STATE_FAILED = 'state_failed'
Gesture.STATE_RECOGNIZED = 'state_recognized'
--== Event Constants
--- EVENT Name
Gesture.EVENT = 'gesture-event'
--- GESTURE Event
Gesture.GESTURE = 'recognized-gesture-event'
--- STATE Event
Gesture.STATE = 'state-changed-event'
--======================================================--
-- Start: Setup DMC Objects
function Gesture:__init__( params )
-- print( "Gesture:__init__", params )
params = params or {}
self:superCall( StatesMix, '__init__', params )
self:superCall( ObjectBase, '__init__', params )
--==--
--== Sanity Check ==--
if self.is_class then return end
assert( params.view )
-- save params for later
self._gr_params = params
--== Create Properties ==--
self._delegate = nil
self._id = nil
self._view = params.view
-- internal properties
self._fail_timer=nil
self._gesture_attempt=false
self._gesture_timer=nil
self._multitouch_evt = nil
self._multitouch_queue = {}
self._touch_count = 0
self._total_touch_count = 0
self._touches = {} -- keyed on ID
--== Objects ==--
self._gesture_mgr = nil
self:setState( Gesture.STATE_CREATE )
end
function Gesture:__undoInit__()
-- print( "Gesture:__undoInit__" )
--==--
self:superCall( ObjectBase, '__undoInit__' )
self:superCall( StatesMix, '__undoInit__' )
end
function Gesture:__initComplete__()
-- print( "Gesture:__initComplete__" )
self:superCall( ObjectBase, '__initComplete__' )
--==--
local tmp = self._gr_params
--== Use Setters
self.id = tmp.id
self.delegate = tmp.delegate
self.gesture_mgr = tmp.gesture_mgr
self._gr_params = nil
self:gotoState( Gesture.STATE_POSSIBLE )
end
function Gesture:__undoInitComplete__()
-- print( "Gesture:__undoInitComplete__" )
self:_stopAllTimers()
self._gesture_mgr:removeGesture( self )
--==--
self:superCall( ObjectBase, '__undoInitComplete__' )
end
-- END: Setup DMC Objects
--======================================================--
--====================================================================--
--== Public Methods
--======================================================--
-- Getters/Setters
--- Getters and Setters
-- @section getters-setters
--== .id
--- the id (string).
-- this is useful to differentiate between
-- different gestures attached to the same view object
--
-- @function .id
-- @usage print( gesture.id )
-- @usage gesture.id = "myid"
function Gesture.__getters:id()
return self._id
end
function Gesture.__setters:id( value )
assert( value==nil or type(value)=='string' )
self._id = value
end
--== .delegate
--- a gesture delegate (object/table)
--
-- @function .delegate
-- @usage print( gesture.delegate )
-- @usage gesture.delegate = { shouldRecognizeWith=<func> }
function Gesture.__getters:delegate()
return self._delegate
end
function Gesture.__setters:delegate( value )
assert( value==nil or type(value)=='table' )
self._delegate = value
end
function Gesture.__getters:gesture_mgr()
return self._gesture_mgr
end
function Gesture.__setters:gesture_mgr( value )
self._gesture_mgr = value
end
--== .view
--- the target view (Display Object).
--
-- @function .view
-- @usage print( gesture.view )
-- @usage gesture.view = DisplayObject
function Gesture.__getters:view()
return self._view
end
-- function Gesture.__setters:view( value )
-- self._view = value
-- end
-- @TODO
function Gesture:cancelsTouchesInView()
-- print( "Gesture:cancelsTouchesInView" )
end
-- @TODO
function Gesture:delaysTouchesBegan()
-- print( "Gesture:delaysTouchesBegan" )
end
-- @TODO
function Gesture:delaysTouchesEnded()
-- print( "Gesture:delaysTouchesEnded" )
end
-- @TODO
function Gesture:requiresGestureRecognizerToFail()
-- print( "Gesture:requiresGestureRecognizerToFail" )
end
function Gesture:ignoreTouch()
-- print( "Gesture:ignoreTouch" )
end
function Gesture:_do_reset()
-- print( "Gesture:_do_reset" )
self._total_touch_count = 0
self._touch_count = 0
self._touches = {} -- keyed on ID
self._multitouch_evt = nil
self._multitouch_queue = {}
self._gesture_attempt=false
self:_stopAllTimers()
end
function Gesture:reset()
-- print( "Gesture:reset" )
self:_do_reset()
self:gotoState( Gesture.STATE_POSSIBLE )
end
function Gesture:shouldReceiveTouch()
-- print( "Gesture:reset" )
local del = self._delegate
local f = del and del.shouldReceiveTouch
local shouldReceiveTouch = true
if f then shouldReceiveTouch = f( self ) end
assert( type(shouldReceiveTouch)=='boolean', "ERROR: Delegate shouldReceiveTouch, expected return type boolean")
return shouldReceiveTouch
end
-- gesture is one which is Recognizing
--
function Gesture:forceToFail( gesture )
-- print( "Gesture:forceToFail", gesture )
local del = self._delegate
local f = del and del.shouldRecognizeWith
local shouldResume = false
if f then shouldResume = f( del, gesture, self ) end
assert( type(shouldResume)=='boolean', "ERROR: Delegate shouldRecognizeWith, expected return type boolean")
if not shouldResume then
self:gotoState( Gesture.STATE_FAILED, {notify=false} )
end
return (not shouldResume)
end
--====================================================================--
--== Private Methods
--======================================================--
-- Event Dispatch
-- this one goes to the Gesture Manager
function Gesture:_dispatchGestureNotification( params )
-- print("Gesture:_dispatchGestureNotification", notify )
local g_mgr = self._gesture_mgr
if g_mgr and params.notify then
g_mgr:gesture{
target=self,
id=self._id,
type=Gesture.GESTURE,
gesture=self.TYPE
}
end
end
-- this one goes to the Gesture Manager
function Gesture:_dispatchStateNotification( params )
-- print("Gesture:_dispatchStateNotification" )
params = params or {}
local state = params.state or self:getState()
--==--
local g_mgr = self._gesture_mgr
if g_mgr and params.notify then
g_mgr:gesture{
target=self,
id=self._id,
type=Gesture.STATE,
state=state
}
end
end
-- this one goes to the Gesture consumer (who created gesture)
function Gesture:_dispatchRecognizedEvent( data )
-- print("Gesture:_dispatchRecognizedEvent" )
data = data or {}
if data.id==nil then data.id=self._id end
if data.gesture==nil then data.gesture=self.TYPE end
--==--
self:dispatchEvent( self.GESTURE, data, {merge=true} )
end
--======================================================--
-- Gesture Timers
function Gesture:_stopFailTimer()
-- print( "Gesture:_stopFailTimer" )
if not self._fail_timer then return end
tcancel( self._fail_timer )
self._fail_timer=nil
end
function Gesture:_startFailTimer( time )
if time==nil then time=Constants.FAIL_TIMEOUT end
--==--
-- print( "Gesture:_startFailTimer", self )
self:_stopFailTimer()
local func = function()
tdelay( 1, function()
self:gotoState( Gesture.STATE_FAILED )
self._fail_timer = nil
end)
end
self._fail_timer = tdelay( time, func )
end
function Gesture:_stopGestureTimer()
-- print( "Gesture:_stopGestureTimer" )
if not self._gesture_timer then return end
tcancel( self._gesture_timer )
self._gesture_timer=nil
end
function Gesture:_startGestureTimer( time )
-- print( "Gesture:_startGestureTimer", self )
if time==nil then time=Constants.GESTURE_TIMEOUT end
--==--
self:_stopFailTimer()
self:_stopGestureTimer()
local func = function()
tdelay( 1, function()
self:gotoState( Gesture.STATE_FAILED )
self._gesture_timer = nil
end)
end
self._gesture_timer = tdelay( time, func )
end
function Gesture:_stopAllTimers()
self:_stopFailTimer()
self:_stopGestureTimer()
end
--======================================================--
-- Touch Event
function Gesture:_createTouchEvent( event )
-- print( "Gesture:_createTouchEvent", self.id )
self._total_touch_count = self._total_touch_count + 1
self._touch_count = self._touch_count + 1
self._touches[ tstr(event.id) ] = {
id=event.id,
name=event.name,
target=event.target,
isFocused=event.isFocused,
phase=event.phase,
xStart=event.xStart,
yStart=event.yStart,
x=event.x,
y=event.y,
}
end
function Gesture:_updateTouchEvent( event )
-- print( "Gesture:_updateTouchEvent", self.id )
for id, evt in pairs( self._touches ) do
if id==tstr(event.id) then
evt.x, evt.y = event.x, event.y
evt.phase = event.phase
else
evt.phase='stationary'
end
end
end
function Gesture:_endTouchEvent( event )
-- print( "Gesture:_endTouchEvent", self.id )
self:_updateTouchEvent( event )
self._touch_count = self._touch_count - 1
end
function Gesture:_removeTouchEvent( event )
-- print( "Gesture:_removeTouchEvent" )
self._touches[ tstr(event.id) ] = nil
end
--====================================================================--
--== Event Handlers
function Gesture:touch( event )
-- print("Gesture:touch", event.phase, self.id )
local phase = event.phase
if phase=='began' then
self:_createTouchEvent( event )
elseif phase=='moved' then
self:_updateTouchEvent( event )
elseif phase=='cancelled' or phase=='ended' then
self:_endTouchEvent( event )
end
end
--====================================================================--
--== State Machine
--== State Create ==--
function Gesture:state_create( next_state, params )
-- print( "Gesture:state_create: >> ", next_state )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
elseif next_state == Gesture.STATE_FAILED then
self:do_state_failed( params )
else
pwarn( sfmt( "Gesture:state_create unknown transition '%s'", tstr( next_state )))
end
end
--== State Possible ==--
function Gesture:do_state_possible( params )
-- print( "Gesture:do_state_possible" )
self:setState( Gesture.STATE_POSSIBLE )
end
function Gesture:state_possible( next_state, params )
-- print( "Gesture:state_possible: >> ", next_state, self.id )
--== Check Delegate to see if this transition is OK
local del = self._delegate
local f = del and del.gestureShouldBegin
local shouldBegin = true
if f then shouldBegin = f( self ) end
if not shouldBegin then next_state=Gesture.STATE_FAILED end
--== Go to next State
if next_state == Gesture.STATE_FAILED then
self:do_state_failed( params )
elseif next_state == Gesture.STATE_RECOGNIZED then
self:do_state_recognized( params )
elseif next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
else
pwarn( sfmt( "Gesture:state_possible unknown transition '%s'", tstr( next_state )))
end
end
--== State Recognized ==--
function Gesture:do_state_recognized( params )
-- print( "Gesture:do_state_recognized", self._id )
params = params or {}
if params.notify==nil then params.notify=true end
--==--
self:setState( Gesture.STATE_RECOGNIZED )
self:_dispatchGestureNotification( params )
self:_dispatchStateNotification( params )
self:_dispatchRecognizedEvent()
end
function Gesture:state_recognized( next_state, params )
-- print( "Gesture:state_recognized: >> ", next_state, self.id )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
else
pwarn( sfmt( "Gesture:state_recognized unknown transition '%s'", tstr( next_state )))
end
end
--== State Failed ==--
function Gesture:do_state_failed( params )
-- print( "Gesture:do_state_failed", self._id )
params = params or {}
if params.notify==nil then params.notify=true end
--==--
self:_stopAllTimers()
self:setState( Gesture.STATE_FAILED )
self:_dispatchStateNotification( params )
end
function Gesture:state_failed( next_state, params )
-- print( "Gesture:state_failed: >> ", next_state, self.id )
if next_state == Gesture.STATE_POSSIBLE then
self:do_state_possible( params )
elseif next_state == Gesture.STATE_FAILED then
-- pass
else
pwarn( sfmt( "Gesture:state_failed unknown transition '%s'", tstr( next_state )))
end
end
return Gesture
| mit |
xing634325131/Luci-0.11.1 | modules/admin-mini/luasrc/controller/mini/system.lua | 5 | 6712 | --[[
LuCI - Lua Configuration Interface
Copyright 2008 Steven Barth <steven@midlink.org>
Copyright 2008 Jo-Philipp Wich <xm@leipzig.freifunk.net>
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
$Id: system.lua 9655 2013-01-27 18:43:41Z jow $
]]--
module("luci.controller.mini.system", package.seeall)
function index()
entry({"mini", "system"}, alias("mini", "system", "index"), _("System"), 40).index = true
entry({"mini", "system", "index"}, cbi("mini/system", {autoapply=true}), _("General"), 1)
entry({"mini", "system", "passwd"}, form("mini/passwd"), _("Admin Password"), 10)
entry({"mini", "system", "backup"}, call("action_backup"), _("Backup / Restore"), 80)
entry({"mini", "system", "upgrade"}, call("action_upgrade"), _("Flash Firmware"), 90)
entry({"mini", "system", "reboot"}, call("action_reboot"), _("Reboot"), 100)
end
function action_backup()
local reset_avail = os.execute([[grep '"rootfs_data"' /proc/mtd >/dev/null 2>&1]]) == 0
local restore_cmd = "gunzip | tar -xC/ >/dev/null 2>&1"
local backup_cmd = "tar -c %s | gzip 2>/dev/null"
local restore_fpi
luci.http.setfilehandler(
function(meta, chunk, eof)
if not restore_fpi then
restore_fpi = io.popen(restore_cmd, "w")
end
if chunk then
restore_fpi:write(chunk)
end
if eof then
restore_fpi:close()
end
end
)
local upload = luci.http.formvalue("archive")
local backup = luci.http.formvalue("backup")
local reset = reset_avail and luci.http.formvalue("reset")
if upload and #upload > 0 then
luci.template.render("mini/applyreboot")
luci.sys.reboot()
elseif backup then
local reader = ltn12_popen(backup_cmd:format(_keep_pattern()))
luci.http.header('Content-Disposition', 'attachment; filename="backup-%s-%s.tar.gz"' % {
luci.sys.hostname(), os.date("%Y-%m-%d")})
luci.http.prepare_content("application/x-targz")
luci.ltn12.pump.all(reader, luci.http.write)
elseif reset then
luci.template.render("mini/applyreboot")
luci.util.exec("mtd -r erase rootfs_data")
else
luci.template.render("mini/backup", {reset_avail = reset_avail})
end
end
function action_reboot()
local reboot = luci.http.formvalue("reboot")
luci.template.render("mini/reboot", {reboot=reboot})
if reboot then
luci.sys.reboot()
end
end
function action_upgrade()
require("luci.model.uci")
local tmpfile = "/tmp/firmware.img"
local function image_supported()
-- XXX: yay...
return ( 0 == os.execute(
". /lib/functions.sh; " ..
"include /lib/upgrade; " ..
"platform_check_image %q >/dev/null"
% tmpfile
) )
end
local function image_checksum()
return (luci.sys.exec("md5sum %q" % tmpfile):match("^([^%s]+)"))
end
local function storage_size()
local size = 0
if nixio.fs.access("/proc/mtd") then
for l in io.lines("/proc/mtd") do
local d, s, e, n = l:match('^([^%s]+)%s+([^%s]+)%s+([^%s]+)%s+"([^%s]+)"')
if n == "linux" then
size = tonumber(s, 16)
break
end
end
elseif nixio.fs.access("/proc/partitions") then
for l in io.lines("/proc/partitions") do
local x, y, b, n = l:match('^%s*(%d+)%s+(%d+)%s+([^%s]+)%s+([^%s]+)')
if b and n and not n:match('[0-9]') then
size = tonumber(b) * 1024
break
end
end
end
return size
end
-- Install upload handler
local file
luci.http.setfilehandler(
function(meta, chunk, eof)
if not nixio.fs.access(tmpfile) and not file and chunk and #chunk > 0 then
file = io.open(tmpfile, "w")
end
if file and chunk then
file:write(chunk)
end
if file and eof then
file:close()
end
end
)
-- Determine state
local keep_avail = true
local step = tonumber(luci.http.formvalue("step") or 1)
local has_image = nixio.fs.access(tmpfile)
local has_support = image_supported()
local has_platform = nixio.fs.access("/lib/upgrade/platform.sh")
local has_upload = luci.http.formvalue("image")
-- This does the actual flashing which is invoked inside an iframe
-- so don't produce meaningful errors here because the the
-- previous pages should arrange the stuff as required.
if step == 4 then
if has_platform and has_image and has_support then
-- Mimetype text/plain
luci.http.prepare_content("text/plain")
luci.http.write("Starting luci-flash...\n")
-- Now invoke sysupgrade
local keepcfg = keep_avail and luci.http.formvalue("keepcfg") == "1"
local flash = ltn12_popen("/sbin/luci-flash %s %q" %{
keepcfg and "-k %q" % _keep_pattern() or "", tmpfile
})
luci.ltn12.pump.all(flash, luci.http.write)
-- Make sure the device is rebooted
luci.sys.reboot()
end
--
-- This is step 1-3, which does the user interaction and
-- image upload.
--
-- Step 1: file upload, error on unsupported image format
elseif not has_image or not has_support or step == 1 then
-- If there is an image but user has requested step 1
-- or type is not supported, then remove it.
if has_image then
nixio.fs.unlink(tmpfile)
end
luci.template.render("mini/upgrade", {
step=1,
bad_image=(has_image and not has_support or false),
keepavail=keep_avail,
supported=has_platform
} )
-- Step 2: present uploaded file, show checksum, confirmation
elseif step == 2 then
luci.template.render("mini/upgrade", {
step=2,
checksum=image_checksum(),
filesize=nixio.fs.stat(tmpfile).size,
flashsize=storage_size(),
keepconfig=(keep_avail and luci.http.formvalue("keepcfg") == "1")
} )
-- Step 3: load iframe which calls the actual flash procedure
elseif step == 3 then
luci.template.render("mini/upgrade", {
step=3,
keepconfig=(keep_avail and luci.http.formvalue("keepcfg") == "1")
} )
end
end
function _keep_pattern()
local kpattern = ""
local files = luci.model.uci.cursor():get_all("luci", "flash_keep")
if files then
kpattern = ""
for k, v in pairs(files) do
if k:sub(1,1) ~= "." and nixio.fs.glob(v)() then
kpattern = kpattern .. " " .. v
end
end
end
return kpattern
end
function ltn12_popen(command)
local fdi, fdo = nixio.pipe()
local pid = nixio.fork()
if pid > 0 then
fdo:close()
local close
return function()
local buffer = fdi:read(2048)
local wpid, stat = nixio.waitpid(pid, "nohang")
if not close and wpid and stat == "exited" then
close = true
end
if buffer and #buffer > 0 then
return buffer
elseif close then
fdi:close()
return nil
end
end
elseif pid == 0 then
nixio.dup(fdo, nixio.stdout)
fdi:close()
fdo:close()
nixio.exec("/bin/sh", "-c", command)
end
end
| apache-2.0 |
McGlaspie/mvm | lua/mvm/ReadyRoomPlayer.lua | 1 | 2226 |
Script.Load("lua/mvm/ScoringMixin.lua")
Script.Load("lua/MarineVariantMixin.lua")
Script.Load("lua/Mixins/BaseMoveMixin.lua")
Script.Load("lua/Mixins/GroundMoveMixin.lua")
Script.Load("lua/Mixins/JumpMoveMixin.lua")
Script.Load("lua/Mixins/CrouchMoveMixin.lua")
Script.Load("lua/Mixins/LadderMoveMixin.lua")
Script.Load("lua/Mixins/CameraHolderMixin.lua")
Script.Load("lua/mvm/ScoringMixin.lua")
//-----------------------------------------------------------------------------
function ReadyRoomPlayer:OnCreate() //OVERRIDES
InitMixin(self, BaseMoveMixin, { kGravity = Player.kGravity })
InitMixin(self, GroundMoveMixin)
InitMixin(self, JumpMoveMixin)
InitMixin(self, CrouchMoveMixin)
InitMixin(self, LadderMoveMixin)
InitMixin(self, CameraHolderMixin, { kFov = kDefaultFov })
InitMixin(self, ScoringMixin, { kMaxScore = kMaxScore })
InitMixin(self, MarineVariantMixin )
Player.OnCreate(self)
end
function ReadyRoomPlayer:OnInitialized() //OVERRIDES
Player.OnInitialized(self)
//Below (as in NS2) is always setting default model. If a player was copied
//after the OnClientUpdate change kicked in (just before or during team join)
//the variant data could be lost, and the server think one AnimationGraphState
//was set but the client another. Resulting in T-pose players.
self:SetModel( MarineVariantMixin.kDefaultModelName, MarineVariantMixin.kMarineAnimationGraph )
if Client then
self:InitializeSkin()
end
end
if Client then
function ReadyRoomPlayer:InitializeSkin()
self.skinBaseColor = kNeutral_BaseColor
self.skinAccentColor = kNeutral_AccentColor
self.skinTrimColor = kNeutral_TrimColor
self.skinAtlasIndex = 0
self.skinColoringEnabled = true
end
function ReadyRoomPlayer:GetSkinAtlasIndex()
return 0
end
function ReadyRoomPlayer:GetBaseSkinColor()
return kNeutral_BaseColor
end
function ReadyRoomPlayer:GetAccentSkinColor()
return kNeutral_AccentColor
end
function ReadyRoomPlayer:GetTrimSkinColor()
return kNeutral_TrimColor
end
end //End Client
//-----------------------------------------------------------------------------
Class_Reload( "ReadyRoomPlayer", {} )
| gpl-3.0 |
pirate/snabbswitch | src/core/counter.lua | 13 | 3265 | -- counter.lua - Count discrete events for diagnostic purposes
--
-- This module provides a thin layer for representing 64-bit counters
-- as shared memory objects.
--
-- Counters let you efficiently count discrete events (packet drops,
-- etc) and are accessible as shared memory from other processes such
-- as monitoring tools. Counters hold 64-bit unsigned integers.
--
-- Use counters to make troubleshooting easier. For example, if there
-- are several reasons that an app could drop a packet then you can
-- use counters to keep track of why this is actually happening.
--
-- You can access the counters using this module, or the raw core.shm
-- module, or even directly on disk. Each counter is an 8-byte ramdisk
-- file that contains the 64-bit value in native host endian.
--
-- For example, you can read a counter on the command line with od(1):
--
-- # od -A none -t u8 /var/run/snabb/15347/counter/a
-- 43
module(..., package.seeall)
local shm = require("core.shm")
local ffi = require("ffi")
require("core.counter_h")
local counter_t = ffi.typeof("struct counter")
-- Double buffering:
-- For each counter we have a private copy to update directly and then
-- a public copy in shared memory that we periodically commit to.
--
-- This is important for a subtle performance reason: the shared
-- memory counters all have page-aligned addresses (thanks to mmap)
-- and accessing many of them can lead to expensive cache misses (due
-- to set-associative CPU cache). See SnabbCo/snabbswitch#558.
local public = {}
local private = {}
local numbers = {} -- name -> number
function open (name, readonly)
if numbers[name] then error("counter already opened: " .. name) end
local n = #public+1
numbers[name] = n
public[n] = shm.map(name, counter_t, readonly)
if readonly then
private[n] = public[#public] -- use counter directly
else
private[n] = ffi.new(counter_t)
end
return private[n]
end
function delete (name)
local number = numbers[name]
if not number then error("counter not found for deletion: " .. name) end
-- Free shm object
shm.unmap(public[number])
-- If we "own" the counter for writing then we unlink it too.
if public[number] ~= private[number] then
shm.unlink(name)
end
-- Free local state
numbers[name] = false
public[number] = false
private[number] = false
end
-- Copy counter private counter values to public shared memory.
function commit ()
for i = 1, #public do
if public[i] ~= private[i] then public[i].c = private[i].c end
end
end
function set (counter, value) counter.c = value end
function add (counter, value) counter.c = counter.c + (value or 1) end
function read (counter) return counter.c end
function selftest ()
print("selftest: core.counter")
local a = open("core.counter/counter/a")
local b = open("core.counter/counter/b")
local a2 = shm.map("core.counter/counter/a", counter_t, true)
set(a, 42)
set(b, 43)
assert(read(a) == 42)
assert(read(b) == 43)
commit()
assert(read(a) == a2.c)
add(a, 1)
assert(read(a) == 43)
commit()
assert(read(a) == a2.c)
shm.unlink("core.counter")
print("selftest ok")
end
| apache-2.0 |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/WorldEdit/worldedit/visualization.lua | 1 | 3955 | --- Functions for visibly hiding nodes
-- @module worldedit.visualization
minetest.register_node("worldedit:placeholder", {
drawtype = "airlike",
paramtype = "light",
sunlight_propagates = true,
diggable = false,
pointable = false,
walkable = false,
groups = {not_in_creative_inventory=1},
})
--- Hides all nodes in a region defined by positions `pos1` and `pos2` by
-- non-destructively replacing them with invisible nodes.
-- @return The number of nodes hidden.
function worldedit.hide(pos1, pos2)
pos1, pos2 = worldedit.sort_pos(pos1, pos2)
worldedit.keep_loaded(pos1, pos2)
local pos = {x=pos1.x, y=0, z=0}
local get_node, get_meta, swap_node = minetest.get_node,
minetest.get_meta, minetest.swap_node
while pos.x <= pos2.x do
pos.y = pos1.y
while pos.y <= pos2.y do
pos.z = pos1.z
while pos.z <= pos2.z do
local node = get_node(pos)
if node.name ~= "air" and node.name ~= "worldedit:placeholder" then
-- Save the node's original name
get_meta(pos):set_string("worldedit_placeholder", node.name)
-- Swap in placeholder node
node.name = "worldedit:placeholder"
swap_node(pos, node)
end
pos.z = pos.z + 1
end
pos.y = pos.y + 1
end
pos.x = pos.x + 1
end
return worldedit.volume(pos1, pos2)
end
--- Suppresses all instances of `node_name` in a region defined by positions
-- `pos1` and `pos2` by non-destructively replacing them with invisible nodes.
-- @return The number of nodes suppressed.
function worldedit.suppress(pos1, pos2, node_name)
-- Ignore placeholder supression
if node_name == "worldedit:placeholder" then
return 0
end
pos1, pos2 = worldedit.sort_pos(pos1, pos2)
worldedit.keep_loaded(pos1, pos2)
local nodes = minetest.find_nodes_in_area(pos1, pos2, node_name)
local get_node, get_meta, swap_node = minetest.get_node,
minetest.get_meta, minetest.swap_node
for _, pos in ipairs(nodes) do
local node = get_node(pos)
-- Save the node's original name
get_meta(pos):set_string("worldedit_placeholder", node.name)
-- Swap in placeholder node
node.name = "worldedit:placeholder"
swap_node(pos, node)
end
return #nodes
end
--- Highlights all instances of `node_name` in a region defined by positions
-- `pos1` and `pos2` by non-destructively hiding all other nodes.
-- @return The number of nodes found.
function worldedit.highlight(pos1, pos2, node_name)
pos1, pos2 = worldedit.sort_pos(pos1, pos2)
worldedit.keep_loaded(pos1, pos2)
local pos = {x=pos1.x, y=0, z=0}
local get_node, get_meta, swap_node = minetest.get_node,
minetest.get_meta, minetest.swap_node
local count = 0
while pos.x <= pos2.x do
pos.y = pos1.y
while pos.y <= pos2.y do
pos.z = pos1.z
while pos.z <= pos2.z do
local node = get_node(pos)
if node.name == node_name then -- Node found
count = count + 1
elseif node.name ~= "worldedit:placeholder" then -- Hide other nodes
-- Save the node's original name
get_meta(pos):set_string("worldedit_placeholder", node.name)
-- Swap in placeholder node
node.name = "worldedit:placeholder"
swap_node(pos, node)
end
pos.z = pos.z + 1
end
pos.y = pos.y + 1
end
pos.x = pos.x + 1
end
return count
end
-- Restores all nodes hidden with WorldEdit functions in a region defined
-- by positions `pos1` and `pos2`.
-- @return The number of nodes restored.
function worldedit.restore(pos1, pos2)
local pos1, pos2 = worldedit.sort_pos(pos1, pos2)
worldedit.keep_loaded(pos1, pos2)
local nodes = minetest.find_nodes_in_area(pos1, pos2, "worldedit:placeholder")
local get_node, get_meta, swap_node = minetest.get_node,
minetest.get_meta, minetest.swap_node
for _, pos in ipairs(nodes) do
local node = get_node(pos)
local meta = get_meta(pos)
local data = meta:to_table()
node.name = data.fields.worldedit_placeholder
data.fields.worldedit_placeholder = nil
meta:from_table(data)
swap_node(pos, node)
end
return #nodes
end
| gpl-3.0 |
xing634325131/Luci-0.11.1 | libs/sgi-cgi/luasrc/sgi/cgi.lua | 13 | 2301 | --[[
LuCI - SGI-Module for CGI
Description:
Server Gateway Interface for CGI
FileId:
$Id: cgi.lua 6535 2010-11-23 01:02:21Z soma $
License:
Copyright 2008 Steven Barth <steven@midlink.org>
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.
]]--
exectime = os.clock()
module("luci.sgi.cgi", package.seeall)
local ltn12 = require("luci.ltn12")
require("nixio.util")
require("luci.http")
require("luci.sys")
require("luci.dispatcher")
-- Limited source to avoid endless blocking
local function limitsource(handle, limit)
limit = limit or 0
local BLOCKSIZE = ltn12.BLOCKSIZE
return function()
if limit < 1 then
handle:close()
return nil
else
local read = (limit > BLOCKSIZE) and BLOCKSIZE or limit
limit = limit - read
local chunk = handle:read(read)
if not chunk then handle:close() end
return chunk
end
end
end
function run()
local r = luci.http.Request(
luci.sys.getenv(),
limitsource(io.stdin, tonumber(luci.sys.getenv("CONTENT_LENGTH"))),
ltn12.sink.file(io.stderr)
)
local x = coroutine.create(luci.dispatcher.httpdispatch)
local hcache = ""
local active = true
while coroutine.status(x) ~= "dead" do
local res, id, data1, data2 = coroutine.resume(x, r)
if not res then
print("Status: 500 Internal Server Error")
print("Content-Type: text/plain\n")
print(id)
break;
end
if active then
if id == 1 then
io.write("Status: " .. tostring(data1) .. " " .. data2 .. "\r\n")
elseif id == 2 then
hcache = hcache .. data1 .. ": " .. data2 .. "\r\n"
elseif id == 3 then
io.write(hcache)
io.write("\r\n")
elseif id == 4 then
io.write(tostring(data1 or ""))
elseif id == 5 then
io.flush()
io.close()
active = false
elseif id == 6 then
data1:copyz(nixio.stdout, data2)
data1:close()
end
end
end
end
| apache-2.0 |
McGlaspie/mvm | lua/mvm/Hud/GUIMineDisplay.lua | 1 | 3589 | // ======= Copyright (c) 2003-2011, Unknown Worlds Entertainment, Inc. All rights reserved. =====
//
// lua\GUIMineDisplay.lua
//
// Created by: Andreas Urwalek (andi@unknownworlds.com)
//
// Displays the current number of bullets and clips for the ammo counter on a bullet weapon
//
// ========= For more information, visit us at http://www.unknownworlds.com =====================
Script.Load("lua/GUIScript.lua")
Script.Load("lua/Utility.lua")
Script.Load("lua/mvm/GUIColorGlobals.lua")
weaponClip = 0
teamNumber = 0
class 'GUIMineDisplay' (GUIScript)
local kBackgroundColor = Color(0.302, 0.859, 1, 0.2)
function GUIMineDisplay:Initialize()
self.weaponClip = 0
self.teamNumber = 0
self.background = GUIManager:CreateGraphicItem()
self.background:SetSize( Vector(256, 512, 0) )
self.background:SetPosition( Vector(0, 0, 0) )
self.background:SetColor( kGUI_NameTagFontColors[self.teamNumber] )
self.background:SetIsVisible(true)
// Slightly larger copy of the text for a glow effect
self.ammoTextBg = GUIManager:CreateTextItem()
self.ammoTextBg:SetFontName("fonts/MicrogrammaDMedExt_large.fnt")
self.ammoTextBg:SetScale(Vector( 1.8, 2.25, 1.8))
self.ammoTextBg:SetTextAlignmentX(GUIItem.Align_Center)
self.ammoTextBg:SetTextAlignmentY(GUIItem.Align_Center)
self.ammoTextBg:SetAnchor(GUIItem.Middle, GUIItem.Center)
self.ammoTextBg:SetColor( kGUI_Grey )
// Text displaying the amount of ammo in the clip
self.ammoText = GUIManager:CreateTextItem()
self.ammoText:SetFontName("fonts/MicrogrammaDMedExt_large.fnt")
self.ammoText:SetScale(Vector(1.75, 2.2, 1.75))
self.ammoText:SetTextAlignmentX(GUIItem.Align_Center)
self.ammoText:SetTextAlignmentY(GUIItem.Align_Center)
self.ammoText:SetAnchor(GUIItem.Middle, GUIItem.Center)
self.ammoText:SetColor( kGUI_HealthBarColors[self.teamNumber] )
self.flashInOverlay = GUIManager:CreateGraphicItem()
self.flashInOverlay:SetSize(Vector(256, 512, 0))
self.flashInOverlay:SetPosition(Vector(0, 0, 0))
self.flashInOverlay:SetColor(Color(1, 1, 1, 0.7))
// Force an update so our initial state is correct.
self:Update(0)
end
function GUIMineDisplay:SetTeamNumber(team)
self.teamNumber = team
end
function GUIMineDisplay:SetClip(clip)
self.weaponClip = clip
end
function GUIMineDisplay:UpdateTeamColors()
self.background:SetColor( kGUI_TeamThemes_BaseColor[self.teamNumber] )
//self.ammoText:SetColor( kGUI_HealthBarColors[self.teamNumber] )
end
function GUIMineDisplay:Update(deltaTime)
PROFILE("GUIMineDisplay:Update")
self:UpdateTeamColors()
local ammoFormat = string.format("%d", self.weaponClip)
self.ammoText:SetText(ammoFormat)
self.ammoTextBg:SetText(ammoFormat)
local flashInAlpha = self.flashInOverlay:GetColor().a
if flashInAlpha > 0 then
local alphaPerSecond = 0.5
flashInAlpha = Clamp(flashInAlpha - alphaPerSecond * deltaTime, 0, 1)
self.flashInOverlay:SetColor(Color(1, 1, 1, flashInAlpha))
end
end
mineDisplay = nil
/**
* Called by the player to update the components.
*/
function Update(deltaTime)
PROFILE("GUIMineDisplay Update")
mineDisplay:SetClip( weaponClip )
mineDisplay:SetTeamNumber( teamNumber )
mineDisplay:Update( deltaTime )
end
/**
* Initializes the player components.
*/
function Initialize()
GUI.SetSize(256, 417)
mineDisplay = GUIMineDisplay()
mineDisplay:Initialize()
end
Initialize()
| gpl-3.0 |
spixi/wesnoth | data/lua/helper.lua | 2 | 8301 | --! #textdomain wesnoth
local helper = {}
local wml_actions = wesnoth.wml_actions
--! Returns an iterator over all the sides matching a given filter that can be used in a for-in loop.
function helper.get_sides(cfg)
local function f(s)
local i = s.i
while i < #wesnoth.sides do
i = i + 1
if wesnoth.match_side(i, cfg) then
s.i = i
return wesnoth.sides[i], i
end
end
end
return f, { i = 0 }
end
--! Returns an iterator over teams that can be used in a for-in loop.
function helper.all_teams()
local function f(s)
local i = s.i
local team = wesnoth.sides[i]
s.i = i + 1
return team
end
return f, { i = 1 }
end
-- Metatable that redirects access to wml.variables_proxy
local proxy_var_mt = {
__metatable = "WML variables",
__index = function(t, k) return wml.variables_proxy[k] end,
__newindex = function(t, k, v) wml.variables_proxy[k] = v end,
}
function helper.set_wml_var_metatable(t)
return setmetatable(t, proxy_var_mt)
end
local fire_action_mt = {
__metatable = "WML actions",
__index = function(t, n)
return function(cfg) wesnoth.fire(n, cfg) end
end
}
--! Sets the metatable of @a t so that it can be used to fire WML actions.
--! @return @a t.
--! @code
--! W = helper.set_wml_action_metatable {}
--! W.message { speaker = "narrator", message = "?" }
--! @endcode
function helper.set_wml_action_metatable(t)
return setmetatable(t, fire_action_mt)
end
-- Metatable that redirects to wml.tag
local proxy_tag_mt = {
__metatable = "WML tag builder",
__index = function(t, n) return wml.tag[n] end
}
function helper.set_wml_tag_metatable(t)
return setmetatable(t, proxy_tag_mt)
end
--! Returns an iterator over adjacent locations that can be used in a for-in loop.
-- Not deprecated because, unlike wesnoth.map.get_adjacent_tiles,
-- this verifies that the locations are on the map.
function helper.adjacent_tiles(x, y, with_borders)
local x1,y1,x2,y2,b = 1,1,wesnoth.get_map_size()
if with_borders then
x1 = x1 - b
y1 = y1 - b
x2 = x2 + b
y2 = y2 + b
end
local adj = {wesnoth.map.get_adjacent_tiles(x, y)}
local i = 0
return function()
while i < #adj do
i = i + 1
local u, v = adj[i][1], adj[i][2]
if u >= x1 and u <= x2 and v >= y1 and v <= y2 then
return u, v
end
end
return nil
end
end
function helper.rand (possible_values, random_func)
random_func = random_func or wesnoth.random
assert(type(possible_values) == "table" or type(possible_values) == "string",
string.format("helper.rand expects a string or table as parameter, got %s instead",
type(possible_values)))
local items = {}
local num_choices = 0
if type(possible_values) == "string" then
-- split on commas
for word in possible_values:gmatch("[^,]+") do
-- does the word contain two dots? If yes, that's a range
local dots_start, dots_end = word:find("%.%.")
if dots_start then
-- split on the dots if so and cast as numbers
local low = tonumber(word:sub(1, dots_start-1))
local high = tonumber(word:sub(dots_end+1))
-- perhaps someone passed a string as part of the range, intercept the issue
if not (low and high) then
wesnoth.message("Malformed range: " .. possible_values)
table.insert(items, word)
num_choices = num_choices + 1
else
if low > high then
-- low is greater than high, swap them
low, high = high, low
end
-- if both ends represent the same number, then just use that number
if low == high then
table.insert(items, low)
num_choices = num_choices + 1
else
-- insert a table representing the range
table.insert(items, {low, high})
-- how many items does the range contain? Increase difference by 1 because we include both ends
num_choices = num_choices + (high - low) + 1
end
end
else
-- handle as a string
table.insert(items, word)
num_choices = num_choices + 1
end
end
else
num_choices = #possible_values
items = possible_values
-- We need to parse ranges separately anyway
for i, val in ipairs(possible_values) do
if type(val) == "table" then
assert(#val == 2 and type(val[1]) == "number" and type(val[2]) == "number", "Malformed range for helper.rand")
if val[1] > val[2] then
val = {val[2], val[1]}
end
num_choices = num_choices + (val[2] - val[1])
end
end
end
local idx = random_func(1, num_choices)
for i, item in ipairs(items) do
if type(item) == "table" then -- that's a range
local elems = item[2] - item[1] + 1 -- amount of elements in the range, both ends included
if elems >= idx then
return item[1] + elems - idx
else
idx = idx - elems
end
else -- that's a single element
idx = idx - 1
if idx == 0 then
return item
end
end
end
return nil
end
function helper.deprecate(msg, f)
return function(...)
if msg then
wesnoth.log("warn", msg, wesnoth.game_config.debug)
-- trigger the message only once
msg = nil
end
return f(...)
end
end
function helper.round( number )
-- code converted from util.hpp, round_portable function
-- round half away from zero method
if number >= 0 then
number = math.floor( number + 0.5 )
else
number = math.ceil ( number - 0.5 )
end
return number
end
function helper.shuffle( t, random_func )
random_func = random_func or wesnoth.random
-- since tables are passed by reference, this is an in-place shuffle
-- it uses the Fisher-Yates algorithm, also known as Knuth shuffle
assert(
type( t ) == "table",
string.format( "helper.shuffle expects a table as parameter, got %s instead", type( t ) ) )
local length = #t
for index = length, 2, -1 do
local random = random_func( 1, index )
t[index], t[random] = t[random], t[index]
end
end
function helper.find_attack(unit, filter)
for i, atk in ipairs(unit.attacks) do
if atk:matches(filter) then return atk end
end
end
-- Compatibility and deprecations
helper.distance_between = wesnoth.deprecate_api('helper.distance_between', 'wesnoth.map.distance_between', 1, nil, wesnoth.map.distance_between)
helper.get_child = wesnoth.deprecate_api('helper.get_child', 'wml.get_child', 1, nil, wml.get_child)
helper.get_nth_child = wesnoth.deprecate_api('helper.get_nth_child', 'wml.get_nth_child', 1, nil, wml.get_nth_child)
helper.child_count = wesnoth.deprecate_api('helper.child_count', 'wml.child_count', 1, nil, wml.child_count)
helper.child_range = wesnoth.deprecate_api('helper.child_range', 'wml.child_range', 1, nil, wml.child_range)
helper.child_array = wesnoth.deprecate_api('helper.child_array', 'wml.child_array', 1, nil, wml.child_array)
if wesnoth.kernel_type() == "Game Lua Kernel" then
helper.get_variable_array = wesnoth.deprecate_api('helper.get_variable_array', ' wml.array_access.get', 1, nil, wml.array_access.get)
helper.set_variable_array = wesnoth.deprecate_api('helper.set_variable_array', 'wml.array_access.set', 1, nil, wml.array_access.set)
helper.get_variable_proxy_array = wesnoth.deprecate_api('helper.get_variable_proxy_array', 'wml.array_access.get_proxy', 1, nil, wml.array_access.get_proxy)
helper.wml_error = wesnoth.deprecate_api('helper.wml_error', 'wml.error', 1, nil, wml.error)
helper.move_unit_fake = wesnoth.deprecate_api('helper.move_unit_fake', 'wesnoth.interface.move_unit_fake', 1, nil, wesnoth.interface.move_unit_fake)
helper.modify_unit = wesnoth.deprecate_api('helper.modify_unit', 'wesnoth.units.modify', 1, nil, wesnoth.units.modify)
end
helper.literal = wesnoth.deprecate_api('helper.literal', 'wml.literal', 1, nil, wml.literal)
helper.parsed = wesnoth.deprecate_api('helper.parsed', 'wml.parsed', 1, nil, wml.parsed)
helper.shallow_literal = wesnoth.deprecate_api('helper.shallow_literal', 'wml.shallow_literal', 1, nil, wml.shallow_literal)
helper.shallow_parsed = wesnoth.deprecate_api('helper.shallow_parsed', 'wml.shallow_parsed', 1, nil, wml.shallow_parsed)
helper.set_wml_var_metatable = wesnoth.deprecate_api('helper.set_wml_var_metatable', 'wml.variable.proxy', 2, nil, helper.set_wml_var_metatable)
helper.set_wml_tag_metatable = wesnoth.deprecate_api('helper.set_wml_tag_metatable', 'wml.tag', 2, nil, helper.set_wml_tag_metatable)
helper.get_user_choice = wesnoth.deprecate_api('helper.get_user_choice', 'gui.get_user_choice', 1, nil, gui.get_user_choice)
return helper
| gpl-2.0 |
amirkingred/telejian | plugins/anti-flood.lua | 281 | 2422 | local NUM_MSG_MAX = 5 -- Max number of messages per TIME_CHECK seconds
local TIME_CHECK = 5
local function kick_user(user_id, chat_id)
local chat = 'chat#id'..chat_id
local user = 'user#id'..user_id
chat_del_user(chat, user, function (data, success, result)
if success ~= 1 then
local text = 'I can\'t kick '..data.user..' but should be kicked'
send_msg(data.chat, '', ok_cb, nil)
end
end, {chat=chat, user=user})
end
local function run (msg, matches)
if msg.to.type ~= 'chat' then
return 'Anti-flood works only on channels'
else
local chat = msg.to.id
local hash = 'anti-flood:enabled:'..chat
if matches[1] == 'enable' then
redis:set(hash, true)
return 'Anti-flood enabled on chat'
end
if matches[1] == 'disable' then
redis:del(hash)
return 'Anti-flood disabled on chat'
end
end
end
local function pre_process (msg)
-- Ignore service msg
if msg.service then
print('Service message')
return msg
end
local hash_enable = 'anti-flood:enabled:'..msg.to.id
local enabled = redis:get(hash_enable)
if enabled then
print('anti-flood enabled')
-- Check flood
if msg.from.type == 'user' then
-- Increase the number of messages from the user on the chat
local hash = 'anti-flood:'..msg.from.id..':'..msg.to.id..':msg-num'
local msgs = tonumber(redis:get(hash) or 0)
if msgs > NUM_MSG_MAX then
local receiver = get_receiver(msg)
local user = msg.from.id
local text = 'User '..user..' is flooding'
local chat = msg.to.id
send_msg(receiver, text, ok_cb, nil)
if msg.to.type ~= 'chat' then
print("Flood in not a chat group!")
elseif user == tostring(our_id) then
print('I won\'t kick myself')
elseif is_sudo(msg) then
print('I won\'t kick an admin!')
else
-- Ban user
-- TODO: Check on this plugin bans
local bhash = 'banned:'..msg.to.id..':'..msg.from.id
redis:set(bhash, true)
kick_user(user, chat)
end
msg = nil
end
redis:setex(hash, TIME_CHECK, msgs+1)
end
end
return msg
end
return {
description = 'Plugin to kick flooders from group.',
usage = {},
patterns = {
'^!antiflood (enable)$',
'^!antiflood (disable)$'
},
run = run,
privileged = true,
pre_process = pre_process
}
| gpl-2.0 |
OpenRA/OpenRA | mods/ra/maps/fall-of-greece-2-evacuation/evacuation-AI.lua | 7 | 3468 | --[[
Copyright 2007-2022 The OpenRA Developers (see AUTHORS)
This file is part of OpenRA, which is free software. It is made
available to you under the terms of the GNU General Public License
as published by the Free Software Foundation, either version 3 of
the License, or (at your option) any later version. For more
information, see COPYING.
]]
AttackGroup = { }
SovietInfantry = { "e1", "e2" }
SovietVehicles = { "3tnk", "3tnk", "v2rl" }
SovietAircraftType = { "yak" }
Yaks = { }
AttackPaths = { AttackRight, AttackLeft }
AttackGroupSizes =
{
easy = 8,
normal = 9,
hard = 10
}
ProductionInterval =
{
easy = DateTime.Seconds(20),
normal = DateTime.Seconds(10),
hard = DateTime.Seconds(5)
}
SendAttackGroup = function()
if #AttackGroup < AttackGroupSize then
return
end
local path = Utils.Random(AttackPaths)
Utils.Do(AttackGroup, function(unit)
if not unit.IsDead then
unit.AttackMove(path.Location)
Trigger.OnIdle(unit, unit.Hunt)
end
end)
AttackGroup = { }
end
ProduceInfantry = function()
if USSRRax.IsDead or USSRRax.Owner ~= USSR then
return
end
USSR.Build({ Utils.Random(SovietInfantry) }, function(units)
table.insert(AttackGroup, units[1])
SendAttackGroup()
Trigger.AfterDelay(ProductionInterval[Difficulty], ProduceInfantry)
end)
end
ProduceVehicles = function()
if USSRWarFactory.IsDead or USSRWarFactory.Owner ~= USSR then
return
end
USSR.Build({ Utils.Random(SovietVehicles) }, function(units)
table.insert(AttackGroup, units[1])
SendAttackGroup()
Trigger.AfterDelay(ProductionInterval[Difficulty], ProduceVehicles)
end)
end
ProduceAircraft = function()
if Airfield.IsDead or Airfield.Owner ~= USSR then
return
end
USSR.Build(SovietAircraftType, function(units)
local yak = units[1]
Yaks[#Yaks + 1] = yak
Trigger.OnKilled(yak, ProduceAircraft)
local alive = Utils.Where(Yaks, function(y) return not y.IsDead end)
if #alive < 2 then
Trigger.AfterDelay(DateTime.Seconds(ProductionInterval[Difficulty] / 2), ProduceAircraft)
end
InitializeAttackAircraft(yak, Allies)
end)
end
ParadropDelays =
{
easy = { DateTime.Minutes(1), DateTime.Minutes(2) },
normal = { DateTime.Seconds(45), DateTime.Seconds(105) },
hard = { DateTime.Seconds(30), DateTime.Seconds(90) }
}
ParadropLZs = { ParaLZ1.CenterPosition, ParaLZ2.CenterPosition, ParaLZ3.CenterPosition, ParaLZ4.CenterPosition }
Paradrop = function()
if Airfield.IsDead or Airfield.Owner ~= USSR then
return
end
local aircraft = StandardDrop.TargetParatroopers(Utils.Random(ParadropLZs))
Utils.Do(aircraft, function(a)
Trigger.OnPassengerExited(a, function(t, p)
IdleHunt(p)
end)
end)
Trigger.AfterDelay(Utils.RandomInteger(ParadropDelay[1], ParadropDelay[2]), Paradrop)
end
ActivateAI = function()
local buildings = Utils.Where(Map.ActorsInWorld, function(self) return self.Owner == USSR and self.HasProperty("StartBuildingRepairs") end)
Utils.Do(buildings, function(actor)
Trigger.OnDamaged(actor, function(building)
if building.Owner == USSR and building.Health < building.MaxHealth * 3/4 then
building.StartBuildingRepairs()
end
end)
end)
ParadropDelay = ParadropDelays[Difficulty]
AttackGroupSize = AttackGroupSizes[Difficulty]
Trigger.AfterDelay(DateTime.Seconds(30), ProduceInfantry)
Trigger.AfterDelay(DateTime.Minutes(3), ProduceVehicles)
Trigger.AfterDelay(DateTime.Minutes(4), Paradrop)
Trigger.AfterDelay(DateTime.Minutes(5), ProduceAircraft)
end
| gpl-3.0 |
payday-restoration/restoration-mod | lua/sc/units/player_team/logics/teamailogicdisabled.lua | 1 | 2127 | function TeamAILogicDisabled._upd_enemy_detection(data)
data.t = TimerManager:game():time()
local my_data = data.internal_data
local delay = CopLogicBase._upd_attention_obj_detection(data, AIAttentionObject.REACT_SURPRISED, nil)
local new_attention, new_prio_slot, new_reaction = TeamAILogicIdle._get_priority_attention(data, data.detected_attention_objects, nil, data.cool)
TeamAILogicBase._set_attention_obj(data, new_attention, new_reaction)
TeamAILogicDisabled._upd_aim(data, my_data)
if data.unit:character_damage():bleed_out() and not data.unit:character_damage():fatal() or data.unit:character_damage():arrested() then
TeamAILogicIdle._upd_sneak_spotting(data, my_data)
elseif data.unit:movement():tased() then
if not data.unit:brain()._tase_mark_t or data.unit:brain()._tase_mark_t + 3 < data.t then
for key, attention_info in pairs(data.detected_attention_objects) do
if attention_info.identified and attention_info.is_person and attention_info.unit:contour() then
if attention_info.unit:character_damage().dead and not attention_info.unit:character_damage():dead() then
if attention_info.unit:brain() and attention_info.unit:brain()._logic_data and attention_info.unit:brain()._logic_data.internal_data then
local tasing = attention_info.unit:brain()._logic_data.internal_data.tasing
if tasing and tasing.target_u_data.unit == data.unit then
data.unit:brain()._tase_mark_t = data.t
data.unit:sound():say("s07x_sin", true)
attention_info.unit:contour():add("mark_enemy", true)
local skip_alert = managers.groupai:state():whisper_mode()
if not skip_alert then
local alert_rad = 500
local alert = {
"vo_cbt",
data.unit:movement():m_head_pos(),
alert_rad,
data.SO_access,
data.unit
}
managers.groupai:state():propagate_alert(alert)
end
break
end
end
end
end
end
end
end
CopLogicBase.queue_task(my_data, my_data.detection_task_key, TeamAILogicDisabled._upd_enemy_detection, data, data.t + delay)
end | agpl-3.0 |
AlexanderMatveenko/omim | 3party/osrm/osrm-backend/profiles/bicycle.lua | 59 | 12992 | require("lib/access")
require("lib/maxspeed")
-- Begin of globals
barrier_whitelist = { [""] = true, ["cycle_barrier"] = true, ["bollard"] = true, ["entrance"] = true, ["cattle_grid"] = true, ["border_control"] = true, ["toll_booth"] = true, ["sally_port"] = true, ["gate"] = true, ["no"] = true }
access_tag_whitelist = { ["yes"] = true, ["permissive"] = true, ["designated"] = true }
access_tag_blacklist = { ["no"] = true, ["private"] = true, ["agricultural"] = true, ["forestery"] = true }
access_tag_restricted = { ["destination"] = true, ["delivery"] = true }
access_tags_hierachy = { "bicycle", "vehicle", "access" }
cycleway_tags = {["track"]=true,["lane"]=true,["opposite"]=true,["opposite_lane"]=true,["opposite_track"]=true,["share_busway"]=true,["sharrow"]=true,["shared"]=true }
service_tag_restricted = { ["parking_aisle"] = true }
restriction_exception_tags = { "bicycle", "vehicle", "access" }
default_speed = 15
walking_speed = 6
bicycle_speeds = {
["cycleway"] = default_speed,
["primary"] = default_speed,
["primary_link"] = default_speed,
["secondary"] = default_speed,
["secondary_link"] = default_speed,
["tertiary"] = default_speed,
["tertiary_link"] = default_speed,
["residential"] = default_speed,
["unclassified"] = default_speed,
["living_street"] = default_speed,
["road"] = default_speed,
["service"] = default_speed,
["track"] = 12,
["path"] = 12
--["footway"] = 12,
--["pedestrian"] = 12,
}
pedestrian_speeds = {
["footway"] = walking_speed,
["pedestrian"] = walking_speed,
["steps"] = 2
}
railway_speeds = {
["train"] = 10,
["railway"] = 10,
["subway"] = 10,
["light_rail"] = 10,
["monorail"] = 10,
["tram"] = 10
}
platform_speeds = {
["platform"] = walking_speed
}
amenity_speeds = {
["parking"] = 10,
["parking_entrance"] = 10
}
man_made_speeds = {
["pier"] = walking_speed
}
route_speeds = {
["ferry"] = 5
}
bridge_speeds = {
["movable"] = 5
}
surface_speeds = {
["asphalt"] = default_speed,
["cobblestone:flattened"] = 10,
["paving_stones"] = 10,
["compacted"] = 10,
["cobblestone"] = 6,
["unpaved"] = 6,
["fine_gravel"] = 6,
["gravel"] = 6,
["fine_gravel"] = 6,
["pebbelstone"] = 6,
["ground"] = 6,
["dirt"] = 6,
["earth"] = 6,
["grass"] = 6,
["mud"] = 3,
["sand"] = 3
}
take_minimum_of_speeds = true
obey_oneway = true
obey_bollards = false
use_restrictions = true
ignore_areas = true -- future feature
traffic_signal_penalty = 5
u_turn_penalty = 20
use_turn_restrictions = false
turn_penalty = 60
turn_bias = 1.4
--modes
mode_normal = 1
mode_pushing = 2
mode_ferry = 3
mode_train = 4
mode_movable_bridge = 5
local function parse_maxspeed(source)
if not source then
return 0
end
local n = tonumber(source:match("%d*"))
if not n then
n = 0
end
if string.match(source, "mph") or string.match(source, "mp/h") then
n = (n*1609)/1000;
end
return n
end
function get_exceptions(vector)
for i,v in ipairs(restriction_exception_tags) do
vector:Add(v)
end
end
function node_function (node, result)
local barrier = node:get_value_by_key("barrier")
local access = Access.find_access_tag(node, access_tags_hierachy)
local traffic_signal = node:get_value_by_key("highway")
-- flag node if it carries a traffic light
if traffic_signal and traffic_signal == "traffic_signals" then
result.traffic_lights = true
end
-- parse access and barrier tags
if access and access ~= "" then
if access_tag_blacklist[access] then
result.barrier = true
else
result.barrier = false
end
elseif barrier and barrier ~= "" then
if barrier_whitelist[barrier] then
result.barrier = false
else
result.barrier = true
end
end
end
function way_function (way, result)
-- initial routability check, filters out buildings, boundaries, etc
local highway = way:get_value_by_key("highway")
local route = way:get_value_by_key("route")
local man_made = way:get_value_by_key("man_made")
local railway = way:get_value_by_key("railway")
local amenity = way:get_value_by_key("amenity")
local public_transport = way:get_value_by_key("public_transport")
local bridge = way:get_value_by_key("bridge")
if (not highway or highway == '') and
(not route or route == '') and
(not railway or railway=='') and
(not amenity or amenity=='') and
(not man_made or man_made=='') and
(not public_transport or public_transport=='') and
(not bridge or bridge=='')
then
return
end
-- don't route on ways or railways that are still under construction
if highway=='construction' or railway=='construction' then
return
end
-- access
local access = Access.find_access_tag(way, access_tags_hierachy)
if access and access_tag_blacklist[access] then
return
end
-- other tags
local name = way:get_value_by_key("name")
local ref = way:get_value_by_key("ref")
local junction = way:get_value_by_key("junction")
local maxspeed = parse_maxspeed(way:get_value_by_key ( "maxspeed") )
local maxspeed_forward = parse_maxspeed(way:get_value_by_key( "maxspeed:forward"))
local maxspeed_backward = parse_maxspeed(way:get_value_by_key( "maxspeed:backward"))
local barrier = way:get_value_by_key("barrier")
local oneway = way:get_value_by_key("oneway")
local onewayClass = way:get_value_by_key("oneway:bicycle")
local cycleway = way:get_value_by_key("cycleway")
local cycleway_left = way:get_value_by_key("cycleway:left")
local cycleway_right = way:get_value_by_key("cycleway:right")
local duration = way:get_value_by_key("duration")
local service = way:get_value_by_key("service")
local area = way:get_value_by_key("area")
local foot = way:get_value_by_key("foot")
local surface = way:get_value_by_key("surface")
local bicycle = way:get_value_by_key("bicycle")
-- name
if ref and "" ~= ref and name and "" ~= name then
result.name = name .. ' / ' .. ref
elseif ref and "" ~= ref then
result.name = ref
elseif name and "" ~= name then
result.name = name
elseif highway then
-- if no name exists, use way type
-- this encoding scheme is excepted to be a temporary solution
result.name = "{highway:"..highway.."}"
end
-- roundabout handling
if junction and "roundabout" == junction then
result.roundabout = true;
end
-- speed
local bridge_speed = bridge_speeds[bridge]
if (bridge_speed and bridge_speed > 0) then
highway = bridge;
if duration and durationIsValid(duration) then
result.duration = math.max( parseDuration(duration), 1 );
end
result.forward_mode = mode_movable_bridge
result.backward_mode = mode_movable_bridge
result.forward_speed = bridge_speed
result.backward_speed = bridge_speed
elseif route_speeds[route] then
-- ferries (doesn't cover routes tagged using relations)
result.forward_mode = mode_ferry
result.backward_mode = mode_ferry
result.ignore_in_grid = true
if duration and durationIsValid(duration) then
result.duration = math.max( 1, parseDuration(duration) )
else
result.forward_speed = route_speeds[route]
result.backward_speed = route_speeds[route]
end
elseif railway and platform_speeds[railway] then
-- railway platforms (old tagging scheme)
result.forward_speed = platform_speeds[railway]
result.backward_speed = platform_speeds[railway]
elseif platform_speeds[public_transport] then
-- public_transport platforms (new tagging platform)
result.forward_speed = platform_speeds[public_transport]
result.backward_speed = platform_speeds[public_transport]
elseif railway and railway_speeds[railway] then
result.forward_mode = mode_train
result.backward_mode = mode_train
-- railways
if access and access_tag_whitelist[access] then
result.forward_speed = railway_speeds[railway]
result.backward_speed = railway_speeds[railway]
end
elseif amenity and amenity_speeds[amenity] then
-- parking areas
result.forward_speed = amenity_speeds[amenity]
result.backward_speed = amenity_speeds[amenity]
elseif bicycle_speeds[highway] then
-- regular ways
result.forward_speed = bicycle_speeds[highway]
result.backward_speed = bicycle_speeds[highway]
elseif access and access_tag_whitelist[access] then
-- unknown way, but valid access tag
result.forward_speed = default_speed
result.backward_speed = default_speed
else
-- biking not allowed, maybe we can push our bike?
-- essentially requires pedestrian profiling, for example foot=no mean we can't push a bike
if foot ~= 'no' and junction ~= "roundabout" then
if pedestrian_speeds[highway] then
-- pedestrian-only ways and areas
result.forward_speed = pedestrian_speeds[highway]
result.backward_speed = pedestrian_speeds[highway]
result.forward_mode = mode_pushing
result.backward_mode = mode_pushing
elseif man_made and man_made_speeds[man_made] then
-- man made structures
result.forward_speed = man_made_speeds[man_made]
result.backward_speed = man_made_speeds[man_made]
result.forward_mode = mode_pushing
result.backward_mode = mode_pushing
elseif foot == 'yes' then
result.forward_speed = walking_speed
result.backward_speed = walking_speed
result.forward_mode = mode_pushing
result.backward_mode = mode_pushing
elseif foot_forward == 'yes' then
result.forward_speed = walking_speed
result.forward_mode = mode_pushing
result.backward_mode = 0
elseif foot_backward == 'yes' then
result.forward_speed = walking_speed
result.forward_mode = 0
result.backward_mode = mode_pushing
end
end
end
-- direction
local impliedOneway = false
if junction == "roundabout" or highway == "motorway_link" or highway == "motorway" then
impliedOneway = true
end
if onewayClass == "yes" or onewayClass == "1" or onewayClass == "true" then
result.backward_mode = 0
elseif onewayClass == "no" or onewayClass == "0" or onewayClass == "false" then
-- prevent implied oneway
elseif onewayClass == "-1" then
result.forward_mode = 0
elseif oneway == "no" or oneway == "0" or oneway == "false" then
-- prevent implied oneway
elseif cycleway and string.find(cycleway, "opposite") == 1 then
if impliedOneway then
result.forward_mode = 0
result.backward_mode = mode_normal
result.backward_speed = bicycle_speeds["cycleway"]
end
elseif cycleway_left and cycleway_tags[cycleway_left] and cycleway_right and cycleway_tags[cycleway_right] then
-- prevent implied
elseif cycleway_left and cycleway_tags[cycleway_left] then
if impliedOneway then
result.forward_mode = 0
result.backward_mode = mode_normal
result.backward_speed = bicycle_speeds["cycleway"]
end
elseif cycleway_right and cycleway_tags[cycleway_right] then
if impliedOneway then
result.forward_mode = mode_normal
result.backward_speed = bicycle_speeds["cycleway"]
result.backward_mode = 0
end
elseif oneway == "-1" then
result.forward_mode = 0
elseif oneway == "yes" or oneway == "1" or oneway == "true" or impliedOneway then
result.backward_mode = 0
end
-- pushing bikes
if bicycle_speeds[highway] or pedestrian_speeds[highway] then
if foot ~= "no" and junction ~= "roundabout" then
if result.backward_mode == 0 then
result.backward_speed = walking_speed
result.backward_mode = mode_pushing
elseif result.forward_mode == 0 then
result.forward_speed = walking_speed
result.forward_mode = mode_pushing
end
end
end
-- cycleways
if cycleway and cycleway_tags[cycleway] then
result.forward_speed = bicycle_speeds["cycleway"]
elseif cycleway_left and cycleway_tags[cycleway_left] then
result.forward_speed = bicycle_speeds["cycleway"]
elseif cycleway_right and cycleway_tags[cycleway_right] then
result.forward_speed = bicycle_speeds["cycleway"]
end
-- dismount
if bicycle == "dismount" then
result.forward_mode = mode_pushing
result.backward_mode = mode_pushing
result.forward_speed = walking_speed
result.backward_speed = walking_speed
end
-- surfaces
if surface then
surface_speed = surface_speeds[surface]
if surface_speed then
if result.forward_speed > 0 then
result.forward_speed = surface_speed
end
if result.backward_speed > 0 then
result.backward_speed = surface_speed
end
end
end
-- maxspeed
MaxSpeed.limit( result, maxspeed, maxspeed_forward, maxspeed_backward )
end
function turn_function (angle)
-- compute turn penalty as angle^2, with a left/right bias
k = turn_penalty/(90.0*90.0)
if angle>=0 then
return angle*angle*k/turn_bias
else
return angle*angle*k*turn_bias
end
end
| apache-2.0 |
nuintun/payday2 | extras/mods/npc-weapons-customization/Weapons/benelli_npc.lua | 1 | 7284 | log("benelli_npc loaded")
Hooks:Add("LocalizationManagerPostInit", "NPCWeap_benelli_Localization", function(loc)
LocalizationManager:add_localized_strings({
["random"] = "Random",
["benelli_none"] = "None",
--Barrels
["benelli_g_barrel_std"] = "Standard",
["benelli_g_barrel_short"] = "Short",
["benelli_g_barrel_long"] = "Long",
--Barrel Extensions
["benelli_g_ns_shark"] = "Shark",
["benelli_g_ns_thick"] = "Thick",
["benelli_g_ns_king"] = "THE King",
--Body
-- None, body can't be modified
--Foregrips
-- None, foregrips can't be modified
--Optics
["benelli_g_optics_aimpoint"] = "Aimpoint",
["benelli_g_optics_docter"] = "Docter",
["benelli_g_optics_eotech"] = "EOtech",
["benelli_g_optics_specter"] = "Specter",
["benelli_g_optics_t1micro"] = "t1micro",
["benelli_g_optics_cmore"] = "cmore",
["benelli_g_optics_aimpoint_preorder"] = "Aimpoint preorder",
["benelli_g_optics_eotech_xps"] = "EOtech Gage Courier",
["benelli_g_optics_reflex"] = "Reflex",
["benelli_g_optics_rx01"] = "RX01",
["benelli_g_optics_rx30"] = "RX30",
["benelli_g_optics_cs"] = "Aimpoint CS",
["benelli_g_optics_acog"] = "Acog Sight",
--Stocks
["benelli_g_stock_solid"] = "Solid",
["benelli_g_stock_collapsable"] = "Collapsable",
["benelli_g_stock_collapsabled"] = "Collaps'd",
--Attachments
["benelli_g_attachment_rail"] = "Attachment Rail",
["benelli_g_attachment_peqbox"] = "Laser Module",
["benelli_g_attachment_surefire"] = "Flashlight",
["benelli_g_attachment_laser"] = "Laser Module 2",
["benelli_g_attachment_peq"] = "PEQ15",
})
end)
NPCWeap.weapons.benelli_npc = NPCWeap.weapons.benelli_npc or {}
NPCWeap.weapons.benelli_npc.required_reset = NPCWeap.weapons.benelli_npc.required_reset or {}
NPCWeap.weapons.benelli_npc.name_id = "benelli_npc"
NPCWeap.weapons.benelli_npc.display_name = "XM1014"
NPCWeap.weapons.benelli_npc.unit = "units/payday2/weapons/wpn_npc_benelli/wpn_npc_benelli"
NPCWeap.weapons.benelli_npc.object_sub = 9
NPCWeap.loaded_options.benelli_npc = NPCWeap.loaded_options.benelli_npc or {}
NPCWeap.weapons.benelli_npc.objects_init = {
"g_barrel_std",
"g_body_std",
"g_body_bolt",
"g_fg_std",
"g_stock_solid",
"g_attachment_rail",
"g_attachment_surefire",
}
NPCWeap.weapons.benelli_npc.categories = {
"barrel",
"barrel_ext",
"sight",
"stock",
"attachment",
}
NPCWeap.weapons.benelli_npc.barrel = {
[1] = "benelli_g_barrel_std",
[2] = "benelli_g_barrel_short",
[3] = "benelli_g_barrel_long",
[4] = "random",
}
NPCWeap.loaded_options.benelli_npc.barrel = NPCWeap.loaded_options.benelli_npc.barrel or 1
NPCWeap.weapons.benelli_npc.required_reset.barrel = {}
NPCWeap.weapons.benelli_npc.barrel_fire_offset = Vector3(0, -43.09261, -0.3042422)
NPCWeap.weapons.benelli_npc.g_barrel_std = {}
NPCWeap.weapons.benelli_npc.g_barrel_std.barrel_ext = Vector3(0, 43.09261, 0.3042422) -- [0 43.09261 0.30424]
NPCWeap.weapons.benelli_npc.g_barrel_short = {}
NPCWeap.weapons.benelli_npc.g_barrel_short.barrel_ext = Vector3(0, 32.37598, 0.3042422) --[0 32.37598 0.3042422]
NPCWeap.weapons.benelli_npc.g_barrel_long = {}
NPCWeap.weapons.benelli_npc.g_barrel_long.barrel_ext = Vector3(0, 49.22952, 0.3042422) -- [0 49.22952 0.3042422]
NPCWeap.weapons.benelli_npc.barrel_ext = {
[1] = "benelli_none",
[2] = "benelli_g_ns_shark",
[3] = "benelli_g_ns_thick",
[4] = "benelli_g_ns_king",
[5] = "random",
}
NPCWeap.loaded_options.benelli_npc.barrel_ext = NPCWeap.loaded_options.benelli_npc.barrel_ext or 1
NPCWeap.weapons.benelli_npc.required_reset.barrel_ext = {}
NPCWeap.weapons.benelli_npc.g_ns_shark = {}
NPCWeap.weapons.benelli_npc.g_ns_shark.length = Vector3(0, 6.7632, 0)
NPCWeap.weapons.benelli_npc.g_ns_thick = {}
NPCWeap.weapons.benelli_npc.g_ns_thick.length = Vector3(0, 17.40295, 0)
NPCWeap.weapons.benelli_npc.g_ns_king = {}
NPCWeap.weapons.benelli_npc.g_ns_king.length = Vector3(0, 7.6996, 0)
NPCWeap.weapons.benelli_npc.sight = {
[1] = "benelli_none",
[2] = "benelli_g_optics_aimpoint",
[3] = "benelli_g_optics_docter",
[4] = "benelli_g_optics_eotech",
[5] = "benelli_g_optics_specter",
[6] = "benelli_g_optics_t1micro",
[7] = "benelli_g_optics_cmore",
[8] = "benelli_g_optics_aimpoint_preorder",
[9] = "benelli_g_optics_eotech_xps",
[10] = "benelli_g_optics_reflex",
[11] = "benelli_g_optics_rx01",
[12] = "benelli_g_optics_rx30",
[13] = "benelli_g_optics_cs",
[14] = "benelli_g_optics_acog",
[15] = "random"
}
NPCWeap.loaded_options.benelli_npc.sight = NPCWeap.loaded_options.benelli_npc.sight or 1
NPCWeap.weapons.benelli_npc.required_reset.sight = {
"g_optics_eotech_gfx_lens",
"g_optics_acog_lens",
"g_optics_aimpoint_glass",
"g_optics_aimpoint_preorder_glass",
"g_optics_cmore_lens",
"g_optics_cs_lens",
"g_optics_docter_lens",
"g_optics_eotech_xps_lens",
"g_optics_reflex_lens",
"g_optics_rx01_lens",
"g_optics_rx30_lens",
"g_optics_specter_glass",
"g_optics_t1micro_glass",
"g_optics_adapter",
}
NPCWeap.weapons.benelli_npc.stock = {
[1] = "benelli_g_stock_solid",
[2] = "benelli_g_stock_collapsable",
[3] = "benelli_g_stock_collapsabled",
[4] = "random",
}
NPCWeap.loaded_options.benelli_npc.stock = NPCWeap.loaded_options.benelli_npc.stock or 1
NPCWeap.weapons.benelli_npc.required_reset.stock = {}
NPCWeap.loaded_options.benelli_npc.foregrip = NPCWeap.loaded_options.benelli_npc.foregrip or 1
NPCWeap.weapons.benelli_npc.required_reset.foregrip = {}
NPCWeap.weapons.benelli_npc.attachment = {
[1] = "benelli_none",
[2] = "benelli_g_attachment_surefire",
[3] = "benelli_g_attachment_laser",
[4] = "benelli_g_attachment_peq",
[5] = "benelli_g_attachment_peqbox",
[6] = "random",
}
NPCWeap.loaded_options.benelli_npc.attachment = NPCWeap.loaded_options.benelli_npc.attachment or 1
NPCWeap.weapons.benelli_npc.required_reset.attachment = {
"g_attachment_rail"
}
NPCWeap.weapons.benelli_npc.required = {
["g_optics_eotech"] = { "g_optics_eotech_gfx_lens", "g_optics_adapter" },
["g_optics_acog"] = { "g_optics_acog_lens", "g_optics_adapter" },
["g_optics_aimpoint"] = { "g_optics_aimpoint_glass", "g_optics_adapter" },
["g_optics_docter"] = { "g_optics_docter_lens", "g_optics_adapter" },
["g_optics_specter"] = { "g_optics_specter_glass", "g_optics_adapter" },
["g_optics_t1micro"] = { "g_optics_t1micro_glass", "g_optics_adapter" },
["g_optics_cmore"] = { "g_optics_cmore_lens", "g_optics_adapter" },
["g_optics_aimpoint_preorder"] = { "g_optics_aimpoint_preorder_glass", "g_optics_adapter" },
["g_optics_eotech_xps"] = { "g_optics_eotech_xps_lens", "g_optics_adapter" },
["g_optics_reflex"] = { "g_optics_reflex_lens", "g_optics_adapter" },
["g_optics_rx01"] = { "g_optics_rx01_lens", "g_optics_adapter" },
["g_optics_rx30"] = { "g_optics_rx30_lens", "g_optics_adapter" },
["g_optics_cs"] = { "g_optics_cs_lens", "g_optics_adapter" },
["g_attachment_surefire"] = { "g_attachment_rail" },
["g_attachment_laser"] = { "g_attachment_rail" },
["g_attachment_peq"] = { "g_attachment_rail" },
["g_attachment_peqbox"] = { "g_attachment_rail" },
}
NPCWeap.weapons.benelli_npc.incompatible = {}
NPCWeap.weapons.benelli_npc.pos_check = {
["barrel_ext"] = { "barrel" }
}
| mit |
phunculist/dotfiles | .config/vis/themes/phunculist.lua | 1 | 1142 | -- Monotone color scheme
local lexers = vis.lexers
lexers.STYLE_DEFAULT = 'default'
lexers.STYLE_NOTHING = 'default'
lexers.STYLE_CLASS = ''
lexers.STYLE_COMMENT = 'fore:#6e6e6e,italics'
lexers.STYLE_CONSTANT = ''
lexers.STYLE_DEFINITION = ''
lexers.STYLE_ERROR = 'fore:red'
lexers.STYLE_FUNCTION = ''
lexers.STYLE_KEYWORD = ''
lexers.STYLE_LABEL = ''
lexers.STYLE_NUMBER = ''
lexers.STYLE_OPERATOR = ''
lexers.STYLE_REGEX = ''
lexers.STYLE_STRING = 'fore:#5f875f'
lexers.STYLE_PREPROCESSOR = ''
lexers.STYLE_TAG = ''
lexers.STYLE_TYPE = ''
lexers.STYLE_VARIABLE = ''
lexers.STYLE_WHITESPACE = ''
lexers.STYLE_EMBEDDED = ''
lexers.STYLE_IDENTIFIER = ''
lexers.STYLE_LINENUMBER = ''
lexers.STYLE_LINENUMBER_CURSOR = lexers.STYLE_LINENUMBER
lexers.STYLE_CURSOR = 'reverse'
lexers.STYLE_CURSOR_PRIMARY = 'back:blue'
lexers.STYLE_CURSOR_LINE = ''
lexers.STYLE_COLOR_COLUMN = ''
lexers.STYLE_SELECTION = 'back:#585858'
lexers.STYLE_STATUS = 'fore:#6c6c6c,back:#444444'
lexers.STYLE_STATUS_FOCUSED = 'fore:default,back:#585858'
lexers.STYLE_SEPARATOR = ''
lexers.STYLE_INFO = lexers.STYLE_DEFAULT..',bold'
lexers.STYLE_EOF = lexers.STYLE_COMMENT
| mit |
McGlaspie/mvm | lua/mvm/TechData.lua | 1 | 133838 | // ======= Copyright (c) 2003-2012, Unknown Worlds Entertainment, Inc. All rights reserved. =======
//
// lua\TechData.lua
//
// Created by: Charlie Cleveland (charlie@unknownworlds.com)
//
// A "database" of attributes for all units, abilities, structures, weapons, etc. in the game.
// Shared between client and server.
//
// ========= For more information, visit us at http://www.unknownworlds.com =====================
// Set up structure data for easy use by Server.lua and model classes
// Store whatever data is necessary here and use LookupTechData to access
// Store any data that needs to used on both client and server here
// Lookup by key with LookupTechData()
kTechDataId = "id"
// Localizable string describing tech node
kTechDataDisplayName = "displayname"
// For alien traits and marine upgrades, these distinct character codes will be stored in sponitor's database
kTechDataSponitorCode = "sponitorchar"
// Include and set to false if not meant to display on commander UI "enables: "
kTechIDShowEnables = "showenables"
kTechDataMapName = "mapname"
kTechDataModel = "model"
// TeamResources, resources or energy
kTechDataCostKey = "costkey"
kTechDataBuildTime = "buildtime"
// If an entity has this field, it's treated as a research node instead of a build node
kTechDataResearchTimeKey = "researchTime"
kTechDataMaxHealth = "maxhealth"
kTechDataMaxArmor = "maxarmor"
kTechDataDamageType = "damagetype"
// Class that structure must be placed on top of (resource towers on resource points)
// If adding more attach classes, add them to GetIsAttachment(). When attaching entities
// to this attach class, ignore class.
kStructureAttachClass = "attachclass"
// Structure must be placed within kStructureAttachRange of this class, but it isn't actually attached.
// This can be a table of strings as well. Near class must have the same team number.
kStructureBuildNearClass = "buildnearclass"
// Structure attaches to wall/roof
kStructureBuildOnWall = "buildonwall"
// If specified along with attach class, this entity can only be built within this range of an attach class (infantry portal near Command Station)
// If specified, you must also specify the tech id of the attach class.
// This can be a table of ids as well.
kStructureAttachRange = "attachrange"
// If specified, this entity can only be built if there is a powered attach class within kStructureAttachRange.
kStructureAttachRequiresPower = "attachrequirespower"
// If specified, draw a range indicator for the commander when selected.
kVisualRange = "visualrange"
// set to true when attach structure is not required but optional
kTechDataAttachOptional = "attachoptional"
// The tech id of the attach class
kStructureAttachId = "attachid"
// If specified, this tech is an alien class that can be gestated into
kTechDataGestateName = "gestateclass"
// upgrade cost (life form specific)
kTechDataUpgradeCost = "upgradecost"
// If specified, how much time it takes to evolve into this class
kTechDataGestateTime = "gestatetime"
// If specified, object spawns this far off the ground
kTechDataSpawnHeightOffset = "spawnheight"
// All player tech ids should have this, nothing else uses it. Pre-computed by looking at the min and max extents of the model,
// adding their absolute values together and dividing by 2.
kTechDataMaxExtents = "maxextents"
// Radius of a cylinder carved out of the navmesh when a structure with this tech id is placed
kTechDataObstacleRadius = "obstacleradius"
// If specified, is amount of energy structure starts with
kTechDataInitialEnergy = "initialenergy"
// If specified, is max energy structure can have
kTechDataMaxEnergy = "maxenergy"
// Menu priority. If more than one techId is specified for the same spot in a menu, use the one with the higher priority.
// If a tech doesn't specify a priority, treat as 0. If all priorities are tied, show none of them. This is how Starcraft works (see siege behavior).
kTechDataMenuPriority = "menupriority"
// if an alert with higher priority is trigger the interval should be ignored
kTechDataAlertPriority = "alertpriority"
// Indicates that the tech node is an upgrade of another tech node, so that the previous tech is still active (ie, if you upgrade a hive
// to an advanced hive, your team still has "hive" technology.
kTechDataUpgradeTech = "upgradetech"
// Set true if entity should be rotated before being placed
kTechDataSpecifyOrientation = "specifyorientation"
// manipulate build coords in a custom function
kTechDataOverrideCoordsMethod = "overridecoordsmethod"
// Point value for killing structure
kTechDataPointValue = "pointvalue"
// Set to false if not yet implemented, for displaying differently for not enabling
kTechDataImplemented = "implemented"
// Set to localizable string that will be added to end of description indicating date it went in.
kTechDataNew = "new"
// For setting grow parameter on alien structures
kTechDataGrows = "grows"
// Commander hotkey. Not currently used.
kTechDataHotkey = "hotkey"
// Alert sound name
kTechDataAlertSound = "alertsound"
// Alert text for commander HUD
kTechDataAlertText = "alerttext"
// Alert type. These are the types in CommanderUI_GetDynamicMapBlips. "Request" alert types count as player alert requests and show up on the commander HUD as such.
kTechDataAlertType = "alerttype"
// Alert scope
kTechDataAlertTeam = "alertteam"
// Alert should ignore distance for triggering
kTechDataAlertIgnoreDistance = "alertignoredistance"
// Alert should also trigger a team message.
kTechDataAlertSendTeamMessage = "alertsendteammessage"
// Sound that plays for Comm and ordered players when given this order
kTechDataOrderSound = "ordersound"
// Don't send alert to originator of this alert
kTechDataAlertOthersOnly = "alertothers"
// Usage notes, caveats, etc. for use in commander tooltip (localizable)
kTechDataTooltipInfo = "tooltipinfo"
// Quite the same as tooltip, but shorter
kTechDataHint = "hintinfo"
// Indicate tech id that we're replicating
// Engagement distance - how close can unit get to it before it can repair or build it
kTechDataEngagementDistance = "engagementdist"
// Can only be built on infestation
kTechDataRequiresInfestation = "requiresinfestation"
// Cannot be built on infestation (cannot be specified with kTechDataRequiresInfestation)
kTechDataNotOnInfestation = "notoninfestation"
// Special ghost-guide method. Called with commander as argument, returns a map of entities with ranges to lit up.
kTechDataGhostGuidesMethod = "ghostguidesmethod"
// Special requirements for building. Called with techId, the origin and normal for building location and the commander. Returns true if the special requirement is met.
kTechDataBuildRequiresMethod = "buildrequiresmethod"
// Allows dropping onto other entities
kTechDataAllowStacking = "allowstacking"
// will ignore other entities when searching for spawn position
kTechDataCollideWithWorldOnly = "collidewithworldonly"
// ignore pathing mesh when placing entities
kTechDataIgnorePathingMesh = "ignorepathing"
// used for gorgess
kTechDataMaxAmount = "maxstructureamount"
// requires power
kTechDataRequiresPower = "requirespower"
// for drawing ghost model, client
kTechDataGhostModelClass = "ghostmodelclass"
// for gorge build, can consume when dropping
kTechDataAllowConsumeDrop = "allowconsumedrop"
// true when the host structure requires to be mature
kTechDataRequiresMature = "requiresmature"
// only useable once every X seconds
kTechDataCooldown = "coldownduration"
// ignore any alert interval
kTechDataAlertIgnoreInterval = "ignorealertinterval"
// used for alien upgrades
kTechDataCategory = "techcategory"
// custom message displayed for the commander when build method failed
kTechDataBuildMethodFailedMessage = "commanderbuildmethodfailed"
kTechDataAbilityType = "abilitytype"
kTechDataSupply = "supply"
kTechDataSpawnBlock = "spawnblock"
kTechDataBioMass = "biomasslevel"
kTechDataShowOrderLine = "showorderline"
//Probably don't need all the above crap...
function BuildTechData() //OVERRIDES
local techData = {
// Orders
{
[kTechDataId] = kTechId.Move,
[kTechDataDisplayName] = "MOVE",
[kTechDataHotkey] = Move.M,
[kTechDataTooltipInfo] = "MOVE_TOOLTIP",
[kTechDataOrderSound] = MarineCommander.kMoveToWaypointSoundName
},
{
[kTechDataId] = kTechId.Patrol,
[kTechDataDisplayName] = "PATROL",
[kTechDataShowOrderLine] = true,
[kTechDataHotkey] = Move.M,
[kTechDataTooltipInfo] = "PATROL_TOOLTIP",
[kTechDataOrderSound] = MarineCommander.kMoveToWaypointSoundName
},
{
[kTechDataId] = kTechId.Attack,
[kTechDataDisplayName] = "ATTACK",
[kTechDataHotkey] = Move.A,
[kTechDataTooltipInfo] = "ATTACK_TOOLTIP",
[kTechDataOrderSound] = MarineCommander.kAttackOrderSoundName
},
{
[kTechDataId] = kTechId.Build,
[kTechDataDisplayName] = "BUILD",
[kTechDataTooltipInfo] = "BUILD_TOOLTIP"
},
{
[kTechDataId] = kTechId.Construct,
[kTechDataDisplayName] = "CONSTRUCT",
[kTechDataOrderSound] = MarineCommander.kBuildStructureSound
},
{ [kTechDataId] = kTechId.AutoConstruct, [kTechDataDisplayName] = "CONSTRUCT", [kTechDataOrderSound] = MarineCommander.kBuildStructureSound},
{ [kTechDataId] = kTechId.Grow, [kTechDataDisplayName] = "GROW", [kTechDataTooltipInfo] = "GROW_TOOLTIP" },
{ [kTechDataId] = kTechId.HoldPosition, [kTechDataDisplayName] = "HOLD_POSITION" },
{ [kTechDataId] = kTechId.FollowAlien, [kTechDataDisplayName] = "FOLLOW_NEAREST_ALIEN", [kTechDataTooltipInfo] = "FOLLOW_NEAREST_ALIEN_TOOLTIP" },
{ [kTechDataId] = kTechId.Follow, [kTechDataDisplayName] = "FOLLOW" },
{ [kTechDataId] = kTechId.Cancel, [kTechDataDisplayName] = "CANCEL", [kTechDataHotkey] = Move.ESC},
{ [kTechDataId] = kTechId.Weld, [kTechDataDisplayName] = "WELD", [kTechDataHotkey] = Move.W, [kTechDataTooltipInfo] = "WELD_TOOLTIP", [kTechDataOrderSound] = MarineCommander.kWeldOrderSound},
{ [kTechDataId] = kTechId.FollowAndWeld, [kTechDataDisplayName] = "FOLLOWANDWELD", [kTechDataHotkey] = Move.W, [kTechDataTooltipInfo] = "FOLLOWANDWELD_TOOLTIP", [kTechDataOrderSound] = MarineCommander.kWeldOrderSound},
{ [kTechDataId] = kTechId.Stop, [kTechDataDisplayName] = "STOP", [kTechDataHotkey] = Move.S, [kTechDataTooltipInfo] = "STOP_TOOLTIP"},
{ [kTechDataId] = kTechId.SetRally, [kTechDataDisplayName] = "SET_RALLY_POINT", [kTechDataHotkey] = Move.L, [kTechDataTooltipInfo] = "RALLY_POINT_TOOLTIP", [kTechDataShowOrderLine] = true,},
{ [kTechDataId] = kTechId.SetTarget, [kTechDataDisplayName] = "SET_TARGET", [kTechDataHotkey] = Move.T, [kTechDataTooltipInfo] = "SET_TARGET_TOOLTIP"},
{ [kTechDataId] = kTechId.Welding, [kTechDataDisplayName] = "WELDING", [kTechDataTooltipInfo] = "WELDING_TOOLTIP", },
{ [kTechDataId] = kTechId.AlienMove, [kTechDataDisplayName] = "MOVE", [kTechDataHotkey] = Move.M, [kTechDataTooltipInfo] = "MOVE_TOOLTIP", [kTechDataOrderSound] = AlienCommander.kMoveToWaypointSoundName},
{ [kTechDataId] = kTechId.AlienAttack, [kTechDataDisplayName] = "ATTACK", [kTechDataHotkey] = Move.A, [kTechDataTooltipInfo] = "ATTACK_TOOLTIP", [kTechDataOrderSound] = AlienCommander.kAttackOrderSoundName},
{ [kTechDataId] = kTechId.AlienConstruct, [kTechDataDisplayName] = "CONSTRUCT", [kTechDataOrderSound] = AlienCommander.kBuildStructureSound},
{ [kTechDataId] = kTechId.Heal, [kTechDataDisplayName] = "HEAL", [kTechDataOrderSound] = AlienCommander.kHealTarget},
{ [kTechDataId] = kTechId.AutoHeal, [kTechDataDisplayName] = "HEAL", [kTechDataOrderSound] = AlienCommander.kHealTarget},
{ [kTechDataId] = kTechId.SpawnMarine, [kTechDataDisplayName] = "SPAWN_MARINE", [kTechDataTooltipInfo] = "SPAWN_MARINE_TOOLTIP", },
{ [kTechDataId] = kTechId.SpawnAlien, [kTechDataDisplayName] = "SPAWN_ALIEN", [kTechDataTooltipInfo] = "SPAWN_ALIEN_TOOLTIP", },
{ [kTechDataId] = kTechId.CollectResources, [kTechDataDisplayName] = "COLLECT_RESOURCES", [kTechDataTooltipInfo] = "COLLECT_RESOURCES_TOOLTIP", },
{ [kTechDataId] = kTechId.Detector, [kTechDataDisplayName] = "DETECTOR", [kTechDataTooltipInfo] = "DETECTOR_TOOLTIP", },
{ [kTechDataId] = kTechId.TransformResources, [kTechDataResearchTimeKey] = kTransformResourcesTime, [kTechDataDisplayName] = "TRANSFORM_RESOURCES", [kTechDataCostKey] = kTransformResourcesCost, [kTechDataTooltipInfo] = "TRANSFORM_RESOURCES_TOOLTIP",},
// Ready room player is the default player, hence the ReadyRoomPlayer.kMapName
{
[kTechDataId] = kTechId.ReadyRoomPlayer,
[kTechDataDisplayName] = "READY_ROOM_PLAYER",
[kTechDataMapName] = ReadyRoomPlayer.kMapName,
[kTechDataModel] = MarineVariantMixin.kModelNames["male"]["green"],
[kTechDataMaxExtents] = Vector(Player.kXZExtents, Player.kYExtents, Player.kXZExtents)
},
// Spectators classes.
{ [kTechDataId] = kTechId.Spectator, [kTechDataModel] = "" },
{ [kTechDataId] = kTechId.AlienSpectator, [kTechDataModel] = "" },
// Marine classes
{
[kTechDataId] = kTechId.Marine,
[kTechDataDisplayName] = "MARINE",
[kTechDataMapName] = Marine.kMapName,
[kTechDataModel] = MarineVariantMixin.kModelNames["male"]["green"],
[kTechDataMaxExtents] = Vector(Player.kXZExtents, Player.kYExtents, Player.kXZExtents),
[kTechDataMaxHealth] = Marine.kHealth,
[kTechDataEngagementDistance] = kPlayerEngagementDistance,
[kTechDataPointValue] = kMarinePointValue
},
{
[kTechDataId] = kTechId.Exo,
[kTechDataDisplayName] = "EXOSUIT",
[kTechDataTooltipInfo] = "EXOSUIT_TOOLTIP",
[kTechDataMapName] = Exo.kMapName,
[kTechDataMaxExtents] = Vector(Exo.kXZExtents, Exo.kYExtents, Exo.kXZExtents),
[kTechDataMaxHealth] = kExosuitHealth,
[kTechDataEngagementDistance] = kExoEngagementDistance,
[kTechDataPointValue] = kExosuitPointValue
},
{ [kTechDataId] = kTechId.MarineCommander, [kTechDataDisplayName] = "MARINE_COMMANDER", [kTechDataMapName] = MarineCommander.kMapName, [kTechDataModel] = ""},
{ [kTechDataId] = kTechId.JetpackMarine, [kTechDataHint] = "JETPACK_HINT", [kTechDataDisplayName] = "JETPACK", [kTechDataMapName] = JetpackMarine.kMapName, [kTechDataModel] = JetpackMarine.kModelName, [kTechDataMaxExtents] = Vector(Player.kXZExtents, Player.kYExtents, Player.kXZExtents), [kTechDataMaxHealth] = JetpackMarine.kHealth, [kTechDataEngagementDistance] = kPlayerEngagementDistance, [kTechDataPointValue] = kMarinePointValue},
// Marine orders
{ [kTechDataId] = kTechId.Defend, [kTechDataDisplayName] = "DEFEND", [kTechDataOrderSound] = MarineCommander.kDefendTargetSound},
// Menus
{ [kTechDataId] = kTechId.RootMenu, [kTechDataDisplayName] = "SELECT", [kTechDataHotkey] = Move.B, [kTechDataTooltipInfo] = "SELECT_TOOLTIP"},
{ [kTechDataId] = kTechId.BuildMenu, [kTechDataDisplayName] = "BUILD", [kTechDataHotkey] = Move.W, [kTechDataTooltipInfo] = "BUILD_TOOLTIP"},
{ [kTechDataId] = kTechId.AdvancedMenu, [kTechDataDisplayName] = "ADVANCED", [kTechDataHotkey] = Move.E, [kTechDataTooltipInfo] = "ADVANCED_TOOLTIP"},
{ [kTechDataId] = kTechId.AssistMenu, [kTechDataDisplayName] = "ASSIST", [kTechDataHotkey] = Move.R, [kTechDataTooltipInfo] = "ASSIST_TOOLTIP"},
{ [kTechDataId] = kTechId.MarkersMenu, [kTechDataDisplayName] = "MARKERS", [kTechDataHotkey] = Move.M, [kTechDataTooltipInfo] = "PHEROMONE_TOOLTIP"},
{ [kTechDataId] = kTechId.UpgradesMenu, [kTechDataDisplayName] = "UPGRADES", [kTechDataHotkey] = Move.U, [kTechDataTooltipInfo] = "TEAM_UPGRADES_TOOLTIP"},
{ [kTechDataId] = kTechId.WeaponsMenu, [kTechDataDisplayName] = "WEAPONS_MENU", [kTechDataTooltipInfo] = "WEAPONS_MENU_TOOLTIP"},
// Marine menus
{ [kTechDataId] = kTechId.RoboticsFactoryARCUpgradesMenu, [kTechDataDisplayName] = "ARC_UPGRADES", [kTechDataHotkey] = Move.P},
{ [kTechDataId] = kTechId.RoboticsFactoryMACUpgradesMenu, [kTechDataDisplayName] = "MAC_UPGRADES", [kTechDataHotkey] = Move.P},
{ [kTechDataId] = kTechId.TwoCommandStations, [kTechDataDisplayName] = "TWO_COMMAND_STATIONS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "TWO_COMMAND_STATIONS"},
{ [kTechDataId] = kTechId.ThreeCommandStations, [kTechDataDisplayName] = "TWO_COMMAND_STATIONS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "THREE_COMMAND_STATIONS"},
{ [kTechDataId] = kTechId.TwoHives, [kTechDataDisplayName] = "TWO_HIVES", [kTechIDShowEnables] = false},
{ [kTechDataId] = kTechId.ThreeHives, [kTechDataDisplayName] = "THREE_HIVES", [kTechIDShowEnables] = false},
{ [kTechDataId] = kTechId.TwoWhips, [kTechDataDisplayName] = "TWO_WHIPS", [kTechIDShowEnables] = false},
{ [kTechDataId] = kTechId.TwoCrags, [kTechDataDisplayName] = "TWO_CRAGS", [kTechIDShowEnables] = false},
{ [kTechDataId] = kTechId.TwoShifts, [kTechDataDisplayName] = "TWO_SHIFTS", [kTechIDShowEnables] = false},
{ [kTechDataId] = kTechId.TwoShades, [kTechDataDisplayName] = "TWO_SHADES", [kTechIDShowEnables] = false},
// Misc.
{
[kTechDataId] = kTechId.PowerPoint,
[kTechDataHint] = "POWERPOINT_HINT",
[kTechDataMapName] = PowerPoint.kMapName,
[kTechDataDisplayName] = "POWER_NODE",
[kTechDataCostKey] = 0,
[kTechDataMaxHealth] = kPowerPointHealth,
[kTechDataMaxArmor] = kPowerPointArmor,
[kTechDataBuildTime] = kPowerPointBuildTime,
[kTechDataPointValue] = kPowerPointPointValue,
[kTechDataTooltipInfo] = "POWERPOINT_TOOLTIP"
},
{
[kTechDataId] = kTechId.SocketPowerNode,
[kTechDataDisplayName] = "SOCKET_POWER_NODE",
[kTechDataCostKey] = kPowerNodeCost,
[kTechDataBuildTime] = 0.1,
},
{
[kTechDataId] = kTechId.ResourcePoint,
[kTechDataHint] = "RESOURCE_NOZZLE_TOOLTIP",
[kTechDataMapName] = ResourcePoint.kPointMapName,
[kTechDataDisplayName] = "RESOURCE_NOZZLE",
[kTechDataModel] = ResourcePoint.kModelName,
[kTechDataObstacleRadius] = 1.0
},
{
[kTechDataId] = kTechId.TechPoint,
[kTechDataHint] = "TECH_POINT_HINT",
[kTechDataTooltipInfo] = "TECH_POINT_TOOLTIP",
[kTechDataMapName] = TechPoint.kMapName,
[kTechDataDisplayName] = "TECH_POINT",
[kTechDataModel] = TechPoint.kModelName
},
{ [kTechDataId] = kTechId.Door, [kTechDataDisplayName] = "DOOR", [kTechDataTooltipInfo] = "DOOR_TOOLTIP", [kTechDataMapName] = Door.kMapName, [kTechDataMaxHealth] = kDoorHealth, [kTechDataMaxArmor] = kDoorArmor, [kTechDataPointValue] = kDoorPointValue },
{ [kTechDataId] = kTechId.DoorOpen, [kTechDataDisplayName] = "OPEN_DOOR", [kTechDataHotkey] = Move.O, [kTechDataTooltipInfo] = "OPEN_DOOR_TOOLTIP"},
{ [kTechDataId] = kTechId.DoorClose, [kTechDataDisplayName] = "CLOSE_DOOR", [kTechDataHotkey] = Move.C, [kTechDataTooltipInfo] = "CLOSE_DOOR_TOOLTIP"},
{ [kTechDataId] = kTechId.DoorLock, [kTechDataDisplayName] = "LOCK_DOOR", [kTechDataHotkey] = Move.L, [kTechDataTooltipInfo] = "LOCKED_DOOR_TOOLTIP"},
{ [kTechDataId] = kTechId.DoorUnlock, [kTechDataDisplayName] = "UNLOCK_DOOR", [kTechDataHotkey] = Move.U, [kTechDataTooltipInfo] = "UNLOCK_DOOR_TOOLTIP"},
// Marine Commander abilities
{ [kTechDataId] = kTechId.NanoShieldTech,
[kTechDataDisplayName] = "NANO_SHIELD_TECH",
[kTechDataTooltipInfo] = "NANO_SHIELD_DEFENSE_TOOLTIP",
[kTechDataCostKey] = kNanoShieldResearchCost,
[kTechDataResearchTimeKey] = kNanoSnieldResearchTime
},
{ [kTechDataId] = kTechId.PowerSurge,
[kTechDataCooldown] = kPowerSurgeCooldown,
[kTechDataAllowStacking] = true,
[kTechDataIgnorePathingMesh] = true,
[kTechDataDisplayName] = "POWER_SURGE",
[kTechDataCostKey] = kPowerSurgeCost,
[kTechDataTooltipInfo] = "POWER_SURGE_TOOLTIP"
},
{ [kTechDataId] = kTechId.NanoShield,
[kTechDataCooldown] = kNanoShieldCooldown,
[kTechDataAllowStacking] = true,
[kTechDataIgnorePathingMesh] = true,
[kTechDataMapName] = NanoShield.kMapName,
[kTechDataDisplayName] = "NANO_SHIELD_DEFENSE",
[kTechDataCostKey] = kNanoShieldCost,
[kTechDataTooltipInfo] = "NANO_SHIELD_DEFENSE_TOOLTIP"
},
{
[kTechDataId] = kTechId.AmmoPack,
[kTechDataAllowStacking] = true,
[kTechDataIgnorePathingMesh] = true,
[kTechDataMapName] = AmmoPack.kMapName,
[kTechDataDisplayName] = "AMMO_PACK",
[kTechDataCostKey] = kAmmoPackCost,
[kTechDataModel] = AmmoPack.kModelName,
[kTechDataTooltipInfo] = "AMMO_PACK_TOOLTIP",
[kTechDataSpawnHeightOffset] = kCommanderDropSpawnHeight
},
{ [kTechDataId] = kTechId.MedPack, [kTechDataCooldown] = kMedPackCooldown, [kTechDataAllowStacking] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataMapName] = MedPack.kMapName, [kTechDataDisplayName] = "MED_PACK", [kTechDataCostKey] = kMedPackCost, [kTechDataModel] = MedPack.kModelName, [kTechDataTooltipInfo] = "MED_PACK_TOOLTIP", [kTechDataSpawnHeightOffset] = kCommanderDropSpawnHeight},
{ [kTechDataId] = kTechId.CatPack, [kTechDataAllowStacking] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataMapName] = CatPack.kMapName, [kTechDataDisplayName] = "CAT_PACK", [kTechDataCostKey] = kCatPackCost, [kTechDataModel] = CatPack.kModelName, [kTechDataTooltipInfo] = "CAT_PACK_TOOLTIP", [kTechDataSpawnHeightOffset] = kCommanderDropSpawnHeight},
{ [kTechDataId] = kTechId.Scan, [kTechDataCooldown] = kScanCooldown, [kTechDataAllowStacking] = true, [kTechDataCollideWithWorldOnly] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataMapName] = Scan.kMapName, [kTechDataDisplayName] = "SCAN", [kTechDataHotkey] = Move.S, [kTechDataCostKey] = kObservatoryScanCost, [kTechDataTooltipInfo] = "SCAN_TOOLTIP"},
// Command station and its buildables
{ [kTechDataId] = kTechId.CommandStation,
[kTechDataIgnorePathingMesh] = true,
[kTechDataSpawnBlock] = true,
[kTechDataMaxExtents] = Vector(1.5, 1, 0.4),
[kTechDataHint] = "COMMAND_STATION_HINT",
[kTechDataAllowStacking] = true,
[kStructureAttachClass] = "TechPoint",
[kTechDataAttachOptional] = false,
[kTechDataOverrideCoordsMethod] = OptionalAttachToFreeTechPoint,
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataMapName] = CommandStation.kMapName,
[kTechDataDisplayName] = "COMMAND_STATION",
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataBuildTime] = kCommandStationBuildTime,
[kTechDataCostKey] = kCommandStationCost,
[kTechDataModel] = CommandStation.kModelName,
[kTechDataMaxHealth] = kCommandStationHealth,
[kTechDataMaxArmor] = kCommandStationArmor,
[kTechDataSpawnHeightOffset] = 0,
[kTechDataEngagementDistance] = kCommandStationEngagementDistance,
[kTechDataInitialEnergy] = kCommandStationInitialEnergy,
[kTechDataMaxEnergy] = kCommandStationMaxEnergy,
[kTechDataPointValue] = kCommandStationPointValue,
[kTechDataHotkey] = Move.C,
[kTechDataTooltipInfo] = "COMMAND_STATION_TOOLTIP",
[kTechDataObstacleRadius] = 2
},
{
[kTechDataId] = kTechId.Recycle,
[kTechDataDisplayName] = "RECYCLE",
[kTechDataCostKey] = 0,
[kTechIDShowEnables] = false,
[kTechDataResearchTimeKey] = kRecycleTime,
[kTechDataHotkey] = Move.R,
[kTechDataTooltipInfo] = "RECYCLE_TOOLTIP"
},
{
[kTechDataId] = kTechId.MAC,
[kTechDataSupply] = kMACSupply,
[kTechDataHint] = "MAC_HINT",
[kTechDataMapName] = MAC.kMapName,
[kTechDataDisplayName] = "MAC",
[kTechDataMaxHealth] = MAC.kHealth,
[kTechDataMaxArmor] = MAC.kArmor,
[kTechDataCostKey] = kMACCost,
[kTechDataResearchTimeKey] = kMACBuildTime,
[kTechDataModel] = MAC.kModelName,
[kTechDataDamageType] = kMACAttackDamageType,
[kTechDataInitialEnergy] = kMACInitialEnergy,
[kTechDataMaxEnergy] = kMACMaxEnergy,
[kTechDataMenuPriority] = 1,
[kTechDataPointValue] = kMACPointValue,
[kTechDataHotkey] = Move.M,
[kTechDataTooltipInfo] = "MAC_TOOLTIP"
},
{
[kTechDataId] = kTechId.CatPackTech,
[kTechDataCostKey] = kCatPackTechResearchCost,
[kTechDataResearchTimeKey] = kCatPackTechResearchTime,
[kTechDataDisplayName] = "CAT_PACKS",
[kTechDataTooltipInfo] = "CAT_PACK_TECH_TOOLTIP"
},
// Marine base structures
{
[kTechDataId] = kTechId.Extractor,
[kTechDataIgnorePathingMesh] = true,
[kTechDataSpawnBlock] = true,
[kTechDataHint] = "EXTRACTOR_HINT",
[kTechDataCollideWithWorldOnly] = true,
[kTechDataAllowStacking] = true,
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataRequiresPower] = true,
[kTechDataMapName] = Extractor.kMapName,
[kTechDataDisplayName] = "EXTRACTOR",
[kTechDataCostKey] = kExtractorCost,
[kTechDataBuildTime] = kExtractorBuildTime,
[kTechDataEngagementDistance] = kExtractorEngagementDistance,
[kTechDataModel] = Extractor.kModelName,
[kTechDataMaxHealth] = kExtractorHealth,
[kTechDataMaxArmor] = kExtractorArmor,
[kStructureAttachClass] = "ResourcePoint",
[kTechDataPointValue] = kExtractorPointValue,
[kTechDataHotkey] = Move.E,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "EXTRACTOR_TOOLTIP"
},
{
[kTechDataId] = kTechId.ExtractorArmor,
[kTechDataCostKey] = kExtractorArmorCost,
[kTechDataResearchTimeKey] = kExtractorArmorResearchTime,
[kTechDataDisplayName] = "EXTRACTOR_ARMOR",
[kTechDataTooltipInfo] = "EXTRACTOR_ARMOR_TOOLTIP",
},
{
[kTechDataId] = kTechId.InfantryPortal,
[kTechDataHint] = "INFANTRY_PORTAL_HINT",
[kTechDataSupply] = kInfantryPortalSupply,
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataRequiresPower] = true,
[kTechDataGhostGuidesMethod] = GetInfantryPortalGhostGuides,
[kTechDataBuildRequiresMethod] = GetCommandStationIsBuilt,
[kTechDataMapName] = InfantryPortal.kMapName,
[kTechDataDisplayName] = "INFANTRY_PORTAL",
[kTechDataCostKey] = kInfantryPortalCost,
[kTechDataPointValue] = kInfantryPortalPointValue,
[kTechDataBuildTime] = kInfantryPortalBuildTime,
[kTechDataMaxHealth] = kInfantryPortalHealth,
[kTechDataMaxArmor] = kInfantryPortalArmor,
[kTechDataModel] = InfantryPortal.kModelName,
[kStructureBuildNearClass] = "CommandStation",
[kStructureAttachId] = kTechId.CommandStation,
[kStructureAttachRange] = kInfantryPortalAttachRange,
[kTechDataEngagementDistance] = kInfantryPortalEngagementDistance,
[kTechDataHotkey] = Move.P,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "INFANTRY_PORTAL_TOOLTIP"
},
{
[kTechDataId] = kTechId.Armory,
[kTechDataSupply] = kArmorySupply,
[kTechDataHint] = "ARMORY_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataRequiresPower] = true,
[kTechDataMapName] = Armory.kMapName,
[kTechDataDisplayName] = "ARMORY",
[kTechDataCostKey] = kArmoryCost,
[kTechDataBuildTime] = kArmoryBuildTime,
[kTechDataMaxHealth] = kArmoryHealth,
[kTechDataMaxArmor] = kArmoryArmor,
[kTechDataEngagementDistance] = kArmoryEngagementDistance,
[kTechDataModel] = Armory.kModelName,
[kTechDataPointValue] = kArmoryPointValue,
[kTechDataInitialEnergy] = kArmoryInitialEnergy,
[kTechDataMaxEnergy] = kArmoryMaxEnergy,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "ARMORY_TOOLTIP"
},
{
[kTechDataId] = kTechId.ArmsLab,
[kTechDataSupply] = kArmsLabSupply,
[kTechDataHint] = "ARMSLAB_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataRequiresPower] = true,
[kTechDataMapName] = ArmsLab.kMapName,
[kTechDataDisplayName] = "ARMS_LAB",
[kTechDataCostKey] = kArmsLabCost,
[kTechDataBuildTime] = kArmsLabBuildTime,
[kTechDataMaxHealth] = kArmsLabHealth,
[kTechDataMaxArmor] = kArmsLabArmor,
[kTechDataEngagementDistance] = kArmsLabEngagementDistance,
[kTechDataModel] = ArmsLab.kModelName,
[kTechDataPointValue] = kArmsLabPointValue,
[kTechDataHotkey] = Move.A,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "ARMS_LAB_TOOLTIP",
[kTechDataObstacleRadius] = 0.25
},
{
[kTechDataId] = kTechId.Sentry,
[kTechDataSupply] = kSentrySupply,
[kTechDataBuildMethodFailedMessage] = "COMMANDERERROR_TOO_MANY_SENTRIES",
[kTechDataHint] = "SENTRY_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataMaxExtents] = kStructureSmallExtents,
[kTechDataMapName] = Sentry.kMapName,
[kTechDataDisplayName] = "SENTRY_TURRET",
[kTechDataCostKey] = kSentryCost,
[kTechDataPointValue] = kSentryPointValue,
[kTechDataModel] = Sentry.kModelName,
[kTechDataBuildTime] = kSentryBuildTime,
[kTechDataMaxHealth] = kSentryHealth,
[kTechDataMaxArmor] = kSentryArmor,
[kTechDataDamageType] = kSentryAttackDamageType,
[kTechDataSpecifyOrientation] = true,
[kTechDataHotkey] = Move.S,
[kTechDataInitialEnergy] = kSentryInitialEnergy,
[kTechDataMaxEnergy] = kSentryMaxEnergy,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataEngagementDistance] = kSentryEngagementDistance,
[kTechDataTooltipInfo] = "SENTRY_TOOLTIP",
[kStructureBuildNearClass] = "SentryBattery",
[kStructureAttachRange] = SentryBattery.kRange,
[kTechDataBuildRequiresMethod] = GetCheckSentryLimit,
[kTechDataGhostGuidesMethod] = GetBatteryInRange,
[kTechDataObstacleRadius] = 0.25
},
{
[kTechDataId] = kTechId.SentryBattery,
[kTechDataSupply] = kSentryBatterySupply,
[kTechDataBuildRequiresMethod] = GetRoomHasNoSentryBattery,
[kTechDataBuildMethodFailedMessage] = "COMMANDERERROR_ONLY_ONE_BATTERY_PER_ROOM",
[kTechDataHint] = "SENTRY_BATTERY_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataMaxExtents] = kStructureSmallExtents,
[kTechDataMapName] = SentryBattery.kMapName,
[kTechDataDisplayName] = "SENTRY_BATTERY",
[kTechDataCostKey] = kSentryBatteryCost,
[kTechDataPointValue] = kSentryBatteryPointValue,
[kTechDataModel] = SentryBattery.kModelName,
[kTechDataEngagementDistance] = 2,
[kTechDataBuildTime] = kSentryBatteryBuildTime,
[kTechDataMaxHealth] = kSentryBatteryHealth,
[kTechDataMaxArmor] = kSentryBatteryArmor,
[kTechDataTooltipInfo] = "SENTRY_BATTERY_TOOLTIP",
[kTechDataHotkey] = Move.S,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kVisualRange] = SentryBattery.kRange,
[kTechDataObstacleRadius] = 0.25
},
// MACs
{ [kTechDataId] = kTechId.MACEMP,
[kTechDataDisplayName] = "MAC_EMP",
[kTechDataTooltipInfo] = "MAC_EMP_TOOLTIP",
[kTechDataCostKey] = kEMPCost,
[kTechDataCooldown] = kMACEMPCooldown
},
{ [kTechDataId] = kTechId.MACEMPTech,
[kTechDataDisplayName] = "MAC_EMP_RESEARCH",
[kTechDataTooltipInfo] = "MAC_EMP_RESEARCH_TOOLTIP",
[kTechDataCostKey] = kTechEMPResearchCost,
[kTechDataResearchTimeKey] = kTechEMPResearchTime,
},
{ [kTechDataId] = kTechId.MACSpeedTech,
[kTechDataDisplayName] = "MAC_SPEED",
[kTechDataCostKey] = kTechMACSpeedResearchCost,
[kTechDataResearchTimeKey] = kTechMACSpeedResearchTime,
[kTechDataHotkey] = Move.S,
[kTechDataTooltipInfo] = "MAC_SPEED_TOOLTIP"
},
// Marine advanced structures
{
[kTechDataId] = kTechId.AdvancedArmory,
[kTechDataSupply] = kAdvancedArmorySupply,
[kTechDataHint] = "ADVANCED_ARMORY_HINT",
[kTechDataTooltipInfo] = "ADVANCED_ARMORY_TOOLTIP",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechIDShowEnables] = false,
[kTechDataRequiresPower] = true,
[kTechDataMapName] = AdvancedArmory.kMapName,
[kTechDataDisplayName] = "ADVANCED_ARMORY",
[kTechDataCostKey] = kAdvancedArmoryUpgradeCost,
[kTechDataModel] = Armory.kModelName,
[kTechDataMaxHealth] = kAdvancedArmoryHealth,
[kTechDataMaxArmor] = kAdvancedArmoryArmor,
[kTechDataEngagementDistance] = kArmoryEngagementDistance,
[kTechDataUpgradeTech] = kTechId.Armory,
[kTechDataPointValue] = kAdvancedArmoryPointValue
},
{
[kTechDataId] = kTechId.AdvancedArmoryUpgrade,
[kTechDataSupply] = kAdvancedArmorySupply,
[kTechDataCostKey] = kAdvancedArmoryUpgradeCost,
[kTechIDShowEnables] = false,
[kTechDataResearchTimeKey] = kAdvancedArmoryResearchTime,
[kTechDataHotkey] = Move.U,
[kTechDataDisplayName] = "ADVANCED_ARMORY_UPGRADE",
[kTechDataTooltipInfo] = "ADVANCED_ARMORY_TOOLTIP"
},
{
[kTechDataId] = kTechId.Observatory,
[kTechDataSupply] = kObservatorySupply,
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataHint] = "OBSERVATORY_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataRequiresPower] = true,
[kTechDataMapName] = Observatory.kMapName,
[kTechDataDisplayName] = "OBSERVATORY",
[kVisualRange] = Observatory.kDetectionRange,
[kTechDataCostKey] = kObservatoryCost,
[kTechDataModel] = Observatory.kModelName,
[kTechDataBuildTime] = kObservatoryBuildTime,
[kTechDataMaxHealth] = kObservatoryHealth,
[kTechDataEngagementDistance] = kObservatoryEngagementDistance,
[kTechDataMaxArmor] = kObservatoryArmor,
[kTechDataInitialEnergy] = kObservatoryInitialEnergy,
[kTechDataMaxEnergy] = kObservatoryMaxEnergy,
[kTechDataPointValue] = kObservatoryPointValue,
[kTechDataHotkey] = Move.O,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "OBSERVATORY_TOOLTIP",
[kTechDataObstacleRadius] = 0.25
},
{
[kTechDataId] = kTechId.DistressBeacon,
[kTechDataBuildTime] = 0.1,
[kTechDataDisplayName] = "DISTRESS_BEACON",
[kTechDataHotkey] = Move.B,
[kTechDataCostKey] = kObservatoryDistressBeaconCost,
[kTechDataTooltipInfo] = "DISTRESS_BEACON_TOOLTIP"
},
{
[kTechDataId] = kTechId.RoboticsFactory,
[kTechDataSupply] = kRoboticsFactorySupply,
[kTechDataMaxExtents] = kStructureLargeExtents,
[kTechDataHint] = "ROBOTICS_FACTORY_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataRequiresPower] = true,
[kTechDataDisplayName] = "ROBOTICS_FACTORY",
[kTechDataMapName] = RoboticsFactory.kMapName,
[kTechDataCostKey] = kRoboticsFactoryCost,
[kTechDataModel] = RoboticsFactory.kModelName,
[kTechDataEngagementDistance] = kRoboticsFactorEngagementDistance,
[kTechDataSpecifyOrientation] = true,
[kTechDataBuildTime] = kRoboticsFactoryBuildTime,
[kTechDataMaxHealth] = kRoboticsFactoryHealth,
[kTechDataMaxArmor] = kRoboticsFactoryArmor,
[kTechDataPointValue] = kRoboticsFactoryPointValue,
[kTechDataHotkey] = Move.R,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "ROBOTICS_FACTORY_TOOLTIP",
[kTechDataObstacleRadius] = 2
},
{
[kTechDataId] = kTechId.UpgradeRoboticsFactory,
[kTechDataSupply] = kARCRoboticsFactorySupply,
[kTechDataDisplayName] = "UPGRADE_ROBOTICS_FACTORY",
[kTechIDShowEnables] = false,
[kTechDataCostKey] = kUpgradeRoboticsFactoryCost,
[kTechDataResearchTimeKey] = kUpgradeRoboticsFactoryTime,
[kTechDataTooltipInfo] = "UPGRADE_ROBOTICS_FACTORY_TOOLTIP"
},
{
[kTechDataId] = kTechId.ARCRoboticsFactory,
[kTechDataSupply] = kARCRoboticsFactorySupply,
[kTechDataCostKey] = kRoboticsFactoryCost + kUpgradeRoboticsFactoryCost,
[kTechDataHint] = "ARC_ROBOTICS_FACTORY_HINT",
[kTechDataRequiresPower] = true,
[kTechIDShowEnables] = false,
[kTechDataDisplayName] = "ARC_ROBOTICS_FACTORY",
[kTechDataMapName] = ARCRoboticsFactory.kMapName,
[kTechDataModel] = RoboticsFactory.kModelName,
[kTechDataEngagementDistance] = kRoboticsFactorEngagementDistance,
[kTechDataSpecifyOrientation] = true,
[kTechDataBuildTime] = kRoboticsFactoryBuildTime,
[kTechDataMaxHealth] = kARCRoboticsFactoryHealth,
[kTechDataMaxArmor] = kARCRoboticsFactoryArmor,
[kTechDataPointValue] = kARCRoboticsFactoryPointValue,
[kTechDataHotkey] = Move.R,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataTooltipInfo] = "ARC_ROBOTICS_FACTORY_TOOLTIP"
},
{
[kTechDataId] = kTechId.ARC,
[kTechDataSupply] = kARCSupply,
[kTechDataHint] = "ARC_HINT",
[kTechDataDisplayName] = "ARC",
[kTechDataTooltipInfo] = "ARC_TOOLTIP",
[kTechDataMapName] = ARC.kMapName,
[kTechDataCostKey] = kARCCost,
[kTechDataDamageType] = kARCDamageType,
[kTechDataResearchTimeKey] = kARCBuildTime,
[kTechDataMaxHealth] = kARCHealth,
[kTechDataEngagementDistance] = kARCEngagementDistance,
[kVisualRange] = ARC.kFireRange,
[kTechDataMaxArmor] = kARCArmor,
[kTechDataModel] = ARC.kModelName,
[kTechDataMaxHealth] = kARCHealth,
[kTechDataPointValue] = kARCPointValue,
[kTechDataHotkey] = Move.T
},
{
[kTechDataId] = kTechId.ARCSplashTech,
[kTechDataCostKey] = kARCSplashTechResearchCost,
[kTechDataResearchTimeKey] = kARCSplashTechResearchTime,
[kTechDataDisplayName] = "ARC_SPLASH",
[kTechDataImplemented] = false
},
{
[kTechDataId] = kTechId.ARCArmorTech,
[kTechDataCostKey] = kARCArmorTechResearchCost,
[kTechDataResearchTimeKey] = kARCArmorTechResearchTime,
[kTechDataDisplayName] = "ARC_ARMOR",
[kTechDataImplemented] = false
},
// Upgrades
{
[kTechDataId] = kTechId.PhaseTech,
[kTechDataCostKey] = kPhaseTechResearchCost,
[kTechDataDisplayName] = "PHASE_TECH",
[kTechDataResearchTimeKey] = kPhaseTechResearchTime,
[kTechDataTooltipInfo] = "PHASE_TECH_TOOLTIP"
},
{
[kTechDataId] = kTechId.PhaseGate,
[kTechDataHint] = "PHASE_GATE_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataSupply] = kPhaseGateSupply,
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataRequiresPower] = true,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataMapName] = PhaseGate.kMapName,
[kTechDataDisplayName] = "PHASE_GATE",
[kTechDataCostKey] = kPhaseGateCost,
[kTechDataModel] = PhaseGate.kModelName,
[kTechDataBuildTime] = kPhaseGateBuildTime,
[kTechDataMaxHealth] = kPhaseGateHealth,
[kTechDataEngagementDistance] = kPhaseGateEngagementDistance,
[kTechDataMaxArmor] = kPhaseGateArmor,
[kTechDataPointValue] = kPhaseGatePointValue,
[kTechDataHotkey] = Move.P,
[kTechDataSpecifyOrientation] = true,
[kTechDataBuildRequiresMethod] = CheckSpaceForPhaseGate,
[kTechDataTooltipInfo] = "PHASE_GATE_TOOLTIP",
[kTechDataObstacleRadius] = 0.5
},
{
[kTechDataId] = kTechId.PrototypeLab,
[kTechDataSupply] = kPrototypeLabSupply,
[kTechDataMaxExtents] = kStructureMediumExtents,
[kTechDataHint] = "PROTOTYPE_LAB_HINT",
[kTechDataGhostModelClass] = "MarineGhostModel",
[kTechDataRequiresPower] = true,
[kTechDataMapName] = PrototypeLab.kMapName,
[kTechDataNotOnInfestation] = kPreventMarineStructuresOnInfestation,
[kTechDataCostKey] = kPrototypeLabCost,
[kTechDataResearchTimeKey] = kPrototypeLabBuildTime,
[kTechDataDisplayName] = "PROTOTYPE_LAB",
[kTechDataModel] = PrototypeLab.kModelName,
[kTechDataMaxHealth] = kPrototypeLabHealth,
[kTechDataPointValue] = kPrototypeLabPointValue,
[kTechDataTooltipInfo] = "PROTOTYPE_LAB_TOOLTIP",
[kTechDataObstacleRadius] = 0.5
},
// Weapons
{
[kTechDataId] = kTechId.MinesTech,
[kTechDataCostKey] = kMineResearchCost,
[kTechDataResearchTimeKey] = kMineResearchTime,
[kTechDataDisplayName] = "MINES"
},
{
[kTechDataId] = kTechId.DemoMines,
[kTechDataMapName] = DemoMines.kMapName,
[kTechDataDisplayName] = "DEMOMINES",
[kTechDataModel] = Mine.kModelName,
[kTechDataCostKey] = kMineCost
},
{
[kTechDataId] = kTechId.Mine,
[kTechDataMapName] = Mine.kMapName,
[kTechDataHint] = "MINE_HINT",
[kTechDataDisplayName] = "MINE",
[kTechDataEngagementDistance] = kMineDetonateRange,
[kTechDataMaxHealth] = kMineHealth,
[kTechDataTooltipInfo] = "MINE_TOOLTIP",
[kTechDataMaxArmor] = kMineArmor,
[kTechDataModel] = Mine.kModelName,
[kTechDataPointValue] = kMinePointValue,
},
{
[kTechDataId] = kTechId.WelderTech,
[kTechDataCostKey] = kWelderTechResearchCost,
[kTechDataResearchTimeKey] = kWelderTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_WELDER",
[kTechDataHotkey] = Move.F,
[kTechDataTooltipInfo] = "WELDER_TECH_TOOLTIP"
},
{
[kTechDataId] = kTechId.Welder,
[kTechDataMaxHealth] = kMarineWeaponHealth,
[kTechDataMapName] = Welder.kMapName,
[kTechDataDisplayName] = "WELDER",
[kTechDataModel] = Welder.kModelName,
[kTechDataDamageType] = kWelderDamageType,
[kTechDataCostKey] = kWelderCost
},
{ [kTechDataId] = kTechId.Claw, [kTechDataMapName] = Claw.kMapName, [kTechDataDisplayName] = "CLAW", [kTechDataDamageType] = kClawDamageType },
{
[kTechDataId] = kTechId.Rifle,
[kTechDataMaxHealth] = kMarineWeaponHealth,
[kTechDataTooltipInfo] = "RIFLE_TOOLTIP",
[kTechDataMapName] = Rifle.kMapName,
[kTechDataDisplayName] = "RIFLE",
[kTechDataModel] = Rifle.kModelName,
[kTechDataDamageType] = kRifleDamageType,
[kTechDataCostKey] = kRifleCost,
},
{ [kTechDataId] = kTechId.Pistol, [kTechDataMaxHealth] = kMarineWeaponHealth, [kTechDataMapName] = Pistol.kMapName, [kTechDataDisplayName] = "PISTOL", [kTechDataModel] = Pistol.kModelName, [kTechDataDamageType] = kPistolDamageType, [kTechDataCostKey] = kPistolCost, [kTechDataTooltipInfo] = "PISTOL_TOOLTIP"},
{
[kTechDataId] = kTechId.Axe,
[kTechDataMapName] = Axe.kMapName,
[kTechDataDisplayName] = "SWITCH_AX",
[kTechDataModel] = Axe.kModelName,
[kTechDataDamageType] = kAxeDamageType,
[kTechDataCostKey] = kAxeCost,
[kTechDataTooltipInfo] = "AXE_TOOLTIP"
},
{
[kTechDataId] = kTechId.Shotgun,
[kTechDataMaxHealth] = kMarineWeaponHealth,
[kTechDataPointValue] = kShotgunPointValue,
[kTechDataMapName] = Shotgun.kMapName,
[kTechDataDisplayName] = "SHOTGUN",
[kTechDataTooltipInfo] = "SHOTGUN_TOOLTIP",
[kTechDataModel] = Shotgun.kModelName,
[kTechDataDamageType] = kShotgunDamageType,
[kTechDataCostKey] = kShotgunCost,
[kStructureAttachId] = kTechId.Armory,
[kStructureAttachRange] = kArmoryWeaponAttachRange,
[kStructureAttachRequiresPower] = true
},
{ [kTechDataId] = kTechId.HeavyRifle, [kTechDataMaxHealth] = kMarineWeaponHealth, [kTechDataTooltipInfo] = "HEAVY_RIFLE_TOOLTIP", [kTechDataPointValue] = kWeaponPointValue, [kTechDataMapName] = HeavyRifle.kMapName, [kTechDataDisplayName] = "HEAVY_RIFLE", [kTechDataModel] = HeavyRifle.kModelName, [kTechDataDamageType] = kHeavyRifleDamageType, [kTechDataCostKey] = kHeavyRifleCost, },
// hand grenades
{
[kTechDataId] = kTechId.ClusterGrenade,
[kTechDataMapName] = ClusterGrenadeThrower.kMapName,
[kTechDataDisplayName] = "CLUSTER_GRENADE",
[kTechDataTooltipInfo] = "CLUSTER_GRENADE_TOOLTIP",
[kTechDataCostKey] = kClusterGrenadeCost
},
{
[kTechDataId] = kTechId.GasGrenade,
[kTechDataMapName] = GasGrenadeThrower.kMapName,
[kTechDataDisplayName] = "GAS_GRENADE",
[kTechDataTooltipInfo] = "GAS_GRENADE_TOOLTIP",
[kTechDataCostKey] = kGasGrenadeCost
},
{
[kTechDataId] = kTechId.PulseGrenade,
[kTechDataMapName] = PulseGrenadeThrower.kMapName,
[kTechDataDisplayName] = "PULSE_GRENADE",
[kTechDataTooltipInfo] = "PULSE_GRENADE_TOOLTIP",
[kTechDataCostKey] = kPulseGrenadeCost
},
{
[kTechDataId] = kTechId.ClusterGrenadeProjectile,
[kTechDataDamageType] = kClusterGrenadeDamageType,
[kTechDataMapName] = ClusterGrenade.kMapName,
[kTechDataDisplayName] = "CLUSTER_GRENADE",
[kTechDataTooltipInfo] = "CLUSTER_GRENADE_TOOLTIP",
},
{
[kTechDataId] = kTechId.GasGrenadeProjectile,
[kTechDataDamageType] = kNerveGasDamageType,
[kTechDataMapName] = GasGrenade.kMapName,
[kTechDataDisplayName] = "GAS_GRENADE",
[kTechDataTooltipInfo] = "GAS_GRENADE_TOOLTIP",
},
{
[kTechDataId] = kTechId.PulseGrenadeProjectile,
[kTechDataDamageType] = kPulseGrenadeDamageType,
[kTechDataMapName] = PulseGrenade.kMapName,
[kTechDataDisplayName] = "PULSE_GRENADE",
[kTechDataTooltipInfo] = "PULSE_GRENADE_TOOLTIP",
},
/*
{
[kTechDataId] = kTechId.NerveGasCloud,
[kTechDataDamageType] = kNerveGasDamageType,
[kTechDataMapName] = NerveGasCloud.kMapName,
[kTechDataDisplayName] = "NERVE_GAS",
},
*/
// dropped by commander:
{
[kTechDataId] = kTechId.FlamethrowerTech,
[kTechDataCostKey] = kFlamethrowerTechResearchCost,
[kTechDataResearchTimeKey] = kFlamethrowerTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_FLAMETHROWERS",
[kTechDataTooltipInfo] = "FLAMETHROWER_TECH_TOOLTIP"
},
{
[kTechDataId] = kTechId.FlamethrowerRangeTech,
[kTechDataCostKey] = kFlamethrowerRangeTechResearchCost,
[kTechDataResearchTimeKey] = kFlamethrowerRangeTechResearchTime,
[kTechDataDisplayName] = "FLAMETHROWER_RANGE",
[kTechDataTooltipInfo] = "FLAMETHROWER_RANGE_TOOLTIP"
},
{
[kTechDataId] = kTechId.Flamethrower,
[kTechDataMaxHealth] = kMarineWeaponHealth,
[kTechDataPointValue] = kFlamethrowerPointValue,
[kTechDataMapName] = Flamethrower.kMapName,
[kTechDataDisplayName] = "FLAMETHROWER",
[kTechDataTooltipInfo] = "FLAMETHROWER_TOOLTIP",
[kTechDataModel] = Flamethrower.kModelName,
[kTechDataDamageType] = kFlamethrowerDamageType,
[kTechDataCostKey] = kFlamethrowerCost,
[kStructureAttachId] = kTechId.Armory,
[kStructureAttachRange] = kArmoryWeaponAttachRange,
[kStructureAttachRequiresPower] = true
},
{
[kTechDataId] = kTechId.DualMinigunTech,
[kTechDataCostKey] = kDualMinigunTechResearchCost,
[kTechDataResearchTimeKey] = kDualRailgunTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_DUAL_MINIGUNS",
[kTechDataHotkey] = Move.D,
[kTechDataTooltipInfo] = "DUAL_MINIGUN_TECH_TOOLTIP"
},
{
[kTechDataId] = kTechId.ClawRailgunTech,
[kTechIDShowEnables] = false,
[kTechDataCostKey] = kClawRailgunTechResearchCost,
[kTechDataResearchTimeKey] = kClawMinigunTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_CLAW_RAILGUN",
[kTechDataHotkey] = Move.D,
[kTechDataTooltipInfo] = "CLAW_RAILGUN_TECH_TOOLTIP"
},
{
[kTechDataId] = kTechId.DualRailgunTech,
[kTechIDShowEnables] = false,
[kTechDataCostKey] = kDualRailgunTechResearchCost,
[kTechDataResearchTimeKey] = kDualMinigunTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_DUAL_RAILGUNS",
[kTechDataHotkey] = Move.D,
[kTechDataTooltipInfo] = "DUAL_RAILGUN_TECH_TOOLTIP"},
{
[kTechDataId] = kTechId.Minigun,
[kTechDataPointValue] = kMinigunPointValue,
[kTechDataMapName] = Minigun.kMapName,
[kTechDataDisplayName] = "MINIGUN",
[kTechDataDamageType] = kMinigunDamageType,
[kTechDataDisplayName] = "MINIGUN_CLAW_TOOLTIP",
[kTechDataModel] = Minigun.kModelName
},
{ [kTechDataId] = kTechId.Railgun, [kTechDataPointValue] = kRailgunPointValue, [kTechDataMapName] = Railgun.kMapName, [kTechDataDisplayName] = "RAILGUN", [kTechDataDamageType] = kRailgunDamageType, [kTechDataDisplayName] = "RAILGUN_CLAW_TOOLTIP", [kTechDataModel] = Railgun.kModelName},
{ [kTechDataId] = kTechId.GrenadeLauncher, [kTechDataMaxHealth] = kMarineWeaponHealth, [kTechDataPointValue] = kGrenadeLauncherPointValue, [kTechDataMapName] = GrenadeLauncher.kMapName, [kTechDataDisplayName] = "GRENADE_LAUNCHER", [kTechDataTooltipInfo] = "GRENADE_LAUNCHER_TOOLTIP", [kTechDataModel] = GrenadeLauncher.kModelName, [kTechDataDamageType] = kRifleDamageType, [kTechDataCostKey] = kGrenadeLauncherCost, [kStructureAttachId] = kTechId.Armory, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true},
{ [kTechDataId] = kTechId.DropShotgun, [kTechDataMapName] = Shotgun.kMapName, [kTechDataDisplayName] = "SHOTGUN", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "SHOTGUN_TOOLTIP", [kTechDataModel] = Shotgun.kModelName, [kTechDataCostKey] = kShotgunDropCost, [kStructureAttachId] = { kTechId.Armory, kTechId.AdvancedArmory }, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
{ [kTechDataId] = kTechId.DropWelder, [kTechDataMapName] = Welder.kMapName, [kTechDataDisplayName] = "WELDER", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "WELDER_TOOLTIP", [kTechDataModel] = Welder.kModelName, [kTechDataCostKey] = kWelderDropCost, [kStructureAttachId] = { kTechId.Armory, kTechId.AdvancedArmory }, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
{
[kTechDataId] = kTechId.DropDemoMines,
[kTechDataMapName] = DemoMines.kMapName,
[kTechDataDisplayName] = "MINE",
[kTechIDShowEnables] = false,
[kTechDataTooltipInfo] = "MINE_TOOLTIP",
[kTechDataModel] = DemoMines.kModelName,
[kTechDataCostKey] = kDropMineCost,
[kStructureAttachId] = {
kTechId.Armory, kTechId.AdvancedArmory
},
[kStructureAttachRange] = kArmoryWeaponAttachRange,
[kStructureAttachRequiresPower] = true
},
{ [kTechDataId] = kTechId.DropGrenadeLauncher, [kTechDataMapName] = GrenadeLauncher.kMapName, [kTechIDShowEnables] = false, [kTechDataDisplayName] = "GRENADE_LAUNCHER", [kTechDataTooltipInfo] = "GRENADE_LAUNCHER_TOOLTIP", [kTechDataModel] = GrenadeLauncher.kModelName, [kTechDataCostKey] = kGrenadeLauncherDropCost, [kStructureAttachId] = kTechId.AdvancedArmory, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
{ [kTechDataId] = kTechId.DropFlamethrower, [kTechDataMapName] = Flamethrower.kMapName, [kTechDataDisplayName] = "FLAMETHROWER", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "FLAMETHROWER_TOOLTIP", [kTechDataModel] = Flamethrower.kModelName, [kTechDataCostKey] = kFlamethrowerDropCost, [kStructureAttachId] = kTechId.AdvancedArmory, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
{ [kTechDataId] = kTechId.DropJetpack, [kTechDataMapName] = Jetpack.kMapName, [kTechDataDisplayName] = "JETPACK", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "JETPACK_TOOLTIP", [kTechDataModel] = Jetpack.kModelName, [kTechDataCostKey] = kJetpackDropCost, [kStructureAttachId] = kTechId.PrototypeLab, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
{ [kTechDataId] = kTechId.DropExosuit, [kTechDataMapName] = Exosuit.kMapName, [kTechDataDisplayName] = "EXOSUIT", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "EXOSUIT_TOOLTIP", [kTechDataModel] = Exosuit.kModelName, [kTechDataCostKey] = kExosuitDropCost, [kStructureAttachId] = kTechId.PrototypeLab, [kStructureAttachRange] = kArmoryWeaponAttachRange, [kStructureAttachRequiresPower] = true },
// Armor and upgrades
{
[kTechDataId] = kTechId.Jetpack,
[kTechDataMapName] = Jetpack.kMapName,
[kTechDataDisplayName] = "JETPACK",
[kTechDataModel] = Jetpack.kModelName,
[kTechDataCostKey] = kJetpackCost,
[kTechDataSpawnHeightOffset] = kCommanderEquipmentDropSpawnHeight
},
{
[kTechDataId] = kTechId.JetpackTech,
[kTechDataCostKey] = kJetpackTechResearchCost,
[kTechDataResearchTimeKey] = kJetpackTechResearchTime,
[kTechDataDisplayName] = "JETPACK_TECH"
},
{
[kTechDataId] = kTechId.JetpackFuelTech,
[kTechDataCostKey] = kJetpackFuelTechResearchCost,
[kTechDataResearchTimeKey] = kJetpackFuelTechResearchTime,
[kTechDataDisplayName] = "JETPACK_FUEL_TECH",
[kTechDataHotkey] = Move.F,
[kTechDataTooltipInfo] = "JETPACK_FUEL_TOOLTIP"
},
{
[kTechDataId] = kTechId.JetpackArmorTech,
[kTechDataCostKey] = kJetpackArmorTechResearchCost,
[kTechDataResearchTimeKey] = kJetpackArmorTechResearchTime,
[kTechDataDisplayName] = "JETPACK_ARMOR_TECH",
[kTechDataImplemented] = false,
[kTechDataHotkey] = Move.S,
[kTechDataTooltipInfo] = "JETPACK_ARMOR_TOOLTIP"
},
{
[kTechDataId] = kTechId.Exosuit,
[kTechDataDisplayName] = "EXOSUIT",
[kTechDataMapName] = "exo",
[kTechDataCostKey] = kExosuitCost,
[kTechDataHotkey] = Move.E,
[kTechDataTooltipInfo] = "EXOSUIT_TECH_TOOLTIP",
[kTechDataSpawnHeightOffset] = kCommanderEquipmentDropSpawnHeight
},
{
[kTechDataId] = kTechId.DualMinigunExosuit,
[kTechIDShowEnables] = false,
[kTechDataDisplayName] = "DUALMINIGUN_EXOSUIT",
[kTechDataMapName] = "exo",
[kTechDataCostKey] = kDualMinigunExosuitCost,
[kTechDataHotkey] = Move.E,
[kTechDataTooltipInfo] = "DUALMINIGUN_EXOSUIT_TECH_TOOLTIP",
[kTechDataSpawnHeightOffset] = kCommanderEquipmentDropSpawnHeight
},
{
[kTechDataId] = kTechId.ClawRailgunExosuit,
[kTechIDShowEnables] = false,
[kTechDataDisplayName] = "CLAWRAILGUN_EXOSUIT",
[kTechDataMapName] = "exo",
[kTechDataCostKey] = kClawRailgunExosuitCost,
[kTechDataHotkey] = Move.E,
[kTechDataTooltipInfo] = "CLAWRAILGUN_EXOSUIT_TECH_TOOLTIP",
[kTechDataSpawnHeightOffset] = kCommanderEquipmentDropSpawnHeight
},
{
[kTechDataId] = kTechId.DualRailgunExosuit,
[kTechIDShowEnables] = false,
[kTechDataDisplayName] = "DUALRAILGUN_EXOSUIT",
[kTechDataMapName] = "exo",
[kTechDataCostKey] = kDualRailgunExosuitCost,
[kTechDataHotkey] = Move.E,
[kTechDataTooltipInfo] = "DUALRAILGUN_EXOSUIT_TECH_TOOLTIP",
[kTechDataSpawnHeightOffset] = kCommanderEquipmentDropSpawnHeight
},
{
[kTechDataId] = kTechId.ExosuitTech,
[kTechDataDisplayName] = "RESEARCH_EXOSUITS",
[kTechDataCostKey] = kExosuitTechResearchCost,
[kTechDataResearchTimeKey] = kExosuitTechResearchTime
},
{
[kTechDataId] = kTechId.ExosuitLockdownTech,
[kTechDataCostKey] = kExosuitLockdownTechResearchCost,
[kTechDataResearchTimeKey] = kExosuitLockdownTechResearchTime,
[kTechDataDisplayName] = "EXOSUIT_LOCKDOWN_TECH",
[kTechDataImplemented] = false,
[kTechDataHotkey] = Move.L,
[kTechDataTooltipInfo] = "EXOSUIT_LOCKDOWN_TOOLTIP"
},
{
[kTechDataId] = kTechId.ExosuitUpgradeTech,
[kTechDataCostKey] = kExosuitUpgradeTechResearchCost,
[kTechDataResearchTimeKey] = kExosuitUpgradeTechResearchTime,
[kTechDataDisplayName] = "EXOSUIT_UPGRADE_TECH",
[kTechDataImplemented] = false
},
{
[kTechDataId] = kTechId.UpgradeToDualMinigun,
[kTechIDShowEnables] = false,
[kTechDataCostKey] = kUpgradeToDualMinigunCost,
[kTechDataDisplayName] = "DUALMINIGUN_EXOSUIT"
},
{
[kTechDataId] = kTechId.UpgradeToDualRailgun,
[kTechIDShowEnables] = false,
[kTechDataCostKey] = kUpgradeToDualRailgunCost,
[kTechDataDisplayName] = "DUALRAILGUN_EXOSUIT"
},
// Armor research
{
[kTechDataId] = kTechId.Armor1,
[kTechDataCostKey] = kArmor1ResearchCost,
[kTechDataResearchTimeKey] = kArmor1ResearchTime,
[kTechDataDisplayName] = "MARINE_ARMOR1",
[kTechDataTooltipInfo] = "MARINE_ARMOR1_TOOLTIP"
},
{
[kTechDataId] = kTechId.Armor2,
[kTechDataCostKey] = kArmor2ResearchCost,
[kTechDataResearchTimeKey] = kArmor2ResearchTime,
[kTechDataDisplayName] = "MARINE_ARMOR2",
[kTechDataTooltipInfo] = "MARINE_ARMOR2_TOOLTIP"
},
{
[kTechDataId] = kTechId.Armor3,
[kTechDataCostKey] = kArmor3ResearchCost,
[kTechDataResearchTimeKey] = kArmor3ResearchTime,
[kTechDataDisplayName] = "MARINE_ARMOR3",
[kTechDataTooltipInfo] = "MARINE_ARMOR3_TOOLTIP"
},
{
[kTechDataId] = kTechId.Armor4,
[kTechDataCostKey] = kArmor4ResearchCost,
[kTechDataResearchTimeKey] = kArmor4ResearchTime,
[kTechDataDisplayName] = "MARINE_ARMOR4",
[kTechDataTooltipInfo] = "MARINE_ARMOR4_TOOLTIP"
},
{ [kTechDataId] = kTechId.NanoArmor,
[kTechDataCostKey] = kNanoArmorResearchCost,
[kTechDataResearchTimeKey] = kNanoArmorResearchTime,
[kTechDataDisplayName] = "NANO_ARMOR",
[kTechDataTooltipInfo] = "NANO_ARMOR_TOOLTIP"
},
// Weapons research
{
[kTechDataId] = kTechId.Weapons1,
[kTechDataCostKey] = kWeapons1ResearchCost,
[kTechDataResearchTimeKey] = kWeapons1ResearchTime,
[kTechDataDisplayName] = "MARINE_WEAPONS1",
[kTechDataHotkey] = Move.Z,
[kTechDataTooltipInfo] = "MARINE_WEAPONS1_TOOLTIP"
},
{
[kTechDataId] = kTechId.Weapons2,
[kTechDataCostKey] = kWeapons2ResearchCost,
[kTechDataResearchTimeKey] = kWeapons2ResearchTime,
[kTechDataDisplayName] = "MARINE_WEAPONS2",
[kTechDataHotkey] = Move.Z,
[kTechDataTooltipInfo] = "MARINE_WEAPONS2_TOOLTIP"
},
{
[kTechDataId] = kTechId.Weapons3,
[kTechDataCostKey] = kWeapons3ResearchCost,
[kTechDataResearchTimeKey] = kWeapons3ResearchTime,
[kTechDataDisplayName] = "MARINE_WEAPONS3",
[kTechDataHotkey] = Move.Z,
[kTechDataTooltipInfo] = "MARINE_WEAPONS3_TOOLTIP"
},
{
[kTechDataId] = kTechId.Weapons4,
[kTechDataCostKey] = kWeapons4ResearchCost,
[kTechDataResearchTimeKey] = kWeapons4ResearchTime,
[kTechDataDisplayName] = "MARINE_WEAPONS4",
[kTechDataHotkey] = Move.Z,
[kTechDataTooltipInfo] = "MARINE_WEAPONS4_TOOLTIP"
},
{ [kTechDataId] = kTechId.ShotgunTech,
[kTechDataCostKey] = kShotgunTechResearchCost,
[kTechDataResearchTimeKey] = kShotgunTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_SHOTGUNS",
[kTechDataTooltipInfo] = "SHOTGUN_TECH_TOOLTIP"
},
{ [kTechDataId] = kTechId.HeavyRifleTech,
[kTechDataCostKey] = kHeavyRifleTechResearchCost,
[kTechDataResearchTimeKey] = kHeavyRifleTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_HEAVY_RIFLES",
[kTechDataTooltipInfo] = "HEAVY_RIFLE_TECH_TOOLTIP"
},
{ [kTechDataId] = kTechId.GrenadeLauncherTech,
[kTechDataCostKey] = kGrenadeLauncherTechResearchCost,
[kTechDataResearchTimeKey] = kGrenadeLauncherTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_GRENADE_LAUNCHERS",
[kTechDataTooltipInfo] = "GRENADE_LAUNCHER_TECH_TOOLTIP"
},
{ [kTechDataId] = kTechId.GrenadeTech,
[kTechDataCostKey] = kGrenadeTechResearchCost,
[kTechDataResearchTimeKey] = kGrenadeTechResearchTime,
[kTechDataDisplayName] = "RESEARCH_GRENADES",
[kTechDataTooltipInfo] = "GRENADES_TOOLTIP"
},
{
[kTechDataId] = kTechId.AdvancedWeaponry,
[kTechDataCostKey] = kAdvancedWeaponryResearchCost,
[kTechDataResearchTimeKey] = kAdvancedWeaponryResearchTime,
[kTechDataDisplayName] = "ADVANCED_WEAPONRY",
[kTechDataHotkey] = Move.G,
[kTechDataTooltipInfo] = "ADVANCED_WEAPONRY_TOOLTIP"
},
// ARC abilities
{
[kTechDataId] = kTechId.ARCDeploy,
[kTechIDShowEnables] = false,
[kTechDataResearchTimeKey] = kARCDeployTime,
[kTechDataDisplayName] = "ARC_DEPLOY",
[kTechDataMenuPriority] = 1,
[kTechDataHotkey] = Move.D,
[kTechDataTooltipInfo] = "ARC_DEPLOY_TOOLTIP"
},
{
[kTechDataId] = kTechId.ARCUndeploy,
[kTechIDShowEnables] = false,
[kTechDataResearchTimeKey] = kARCUndeployTime,
[kTechDataDisplayName] = "ARC_UNDEPLOY",
[kTechDataMenuPriority] = 2,
[kTechDataHotkey] = Move.D,
[kTechDataTooltipInfo] = "ARC_UNDEPLOY_TOOLTIP"
},
// upgradeable life forms
{ [kTechDataId] = kTechId.LifeFormMenu, [kTechDataDisplayName] = "BASIC_LIFE_FORMS", [kTechDataTooltipInfo] = "BASIC_LIFE_FORMS_TOOLTIP", },
{ [kTechDataId] = kTechId.SkulkMenu, [kTechDataDisplayName] = "UPGRADE_SKULK", [kTechDataTooltipInfo] = "UPGRADE_SKULK_TOOLTIP", },
{ [kTechDataId] = kTechId.GorgeMenu, [kTechDataDisplayName] = "UPGRADE_GORGE", [kTechDataTooltipInfo] = "UPGRADE_GORGE_TOOLTIP", },
{ [kTechDataId] = kTechId.LerkMenu, [kTechDataDisplayName] = "UPGRADE_LERK", [kTechDataTooltipInfo] = "UPGRADE_LERK_TOOLTIP", },
{ [kTechDataId] = kTechId.FadeMenu, [kTechDataDisplayName] = "UPGRADE_FADE", [kTechDataTooltipInfo] = "UPGRADE_FADE_TOOLTIP", },
{ [kTechDataId] = kTechId.OnosMenu, [kTechDataDisplayName] = "UPGRADE_ONOS", [kTechDataTooltipInfo] = "UPGRADE_ONOS_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeSkulk, [kTechDataCostKey] = kUpgradeSkulkResearchCost, [kTechDataResearchTimeKey] = kUpgradeSkulkResearchTime, [kTechDataDisplayName] = "UPGRADE_SKULK", [kTechDataTooltipInfo] = "UPGRADE_SKULK_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeGorge, [kTechDataCostKey] = kUpgradeGorgeResearchCost, [kTechDataResearchTimeKey] = kUpgradeGorgeResearchTime, [kTechDataDisplayName] = "UPGRADE_GORGE", [kTechDataTooltipInfo] = "UPGRADE_GORGE_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeLerk, [kTechDataCostKey] = kUpgradeLerkResearchCost, [kTechDataResearchTimeKey] = kUpgradeLerkResearchTime, [kTechDataDisplayName] = "UPGRADE_LERK", [kTechDataTooltipInfo] = "UPGRADE_LERK_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeFade, [kTechDataCostKey] = kUpgradeFadeResearchCost, [kTechDataResearchTimeKey] = kUpgradeFadeResearchTime, [kTechDataDisplayName] = "UPGRADE_FADE", [kTechDataTooltipInfo] = "UPGRADE_FADE_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeOnos, [kTechDataCostKey] = kUpgradeOnosResearchCost, [kTechDataResearchTimeKey] = kUpgradeOnosResearchTime, [kTechDataDisplayName] = "UPGRADE_ONOS", [kTechDataTooltipInfo] = "UPGRADE_ONOS_TOOLTIP", },
// Alien abilities for damage types
// tier 0
{ [kTechDataId] = kTechId.Bite, [kTechDataMapName] = BiteLeap.kMapName, [kTechDataDamageType] = kBiteDamageType, [kTechDataDisplayName] = "BITE", [kTechDataTooltipInfo] = "BITE_TOOLTIP"},
{ [kTechDataId] = kTechId.Parasite, [kTechDataMapName] = Parasite.kMapName, [kTechDataDamageType] = kParasiteDamageType, [kTechDataDisplayName] = "PARASITE", [kTechDataTooltipInfo] = "PARASITE_TOOLTIP"},
{ [kTechDataId] = kTechId.Spit, [kTechDataMapName] = SpitSpray.kMapName, [kTechDataDamageType] = kSpitDamageType, [kTechDataDisplayName] = "SPIT", [kTechDataTooltipInfo] = "SPIT_TOOLTIP" },
{ [kTechDataId] = kTechId.BuildAbility, [kTechDataMapName] = DropStructureAbility.kMapName, [kTechDataDisplayName] = "BUILD_ABILITY", [kTechDataTooltipInfo] = "BUILD_ABILITY_TOOLTIP"},
{ [kTechDataId] = kTechId.Spray, [kTechDataMapName] = SpitSpray.kMapName, [kTechDataDamageType] = kHealsprayDamageType, [kTechDataDisplayName] = "SPRAY", [kTechDataTooltipInfo] = "SPRAY_TOOLTIP"},
{ [kTechDataId] = kTechId.Swipe, [kTechDataMapName] = SwipeBlink.kMapName, [kTechDataDamageType] = kSwipeDamageType, [kTechDataDisplayName] = "SWIPE_BLINK", [kTechDataTooltipInfo] = "SWIPE_TOOLTIP"},
{ [kTechDataId] = kTechId.Gore, [kTechDataMapName] = Gore.kMapName, [kTechDataDamageType] = kGoreDamageType, [kTechDataDisplayName] = "GORE", [kTechDataTooltipInfo] = "GORE_TOOLTIP"},
{ [kTechDataId] = kTechId.LerkBite, [kTechDataMapName] = LerkBite.kMapName, [kTechDataDamageType] = kLerkBiteDamageType, [kTechDataDisplayName] = "LERK_BITE", [kTechDataTooltipInfo] = "LERK_BITE_TOOLTIP"},
{ [kTechDataId] = kTechId.Spikes, [kTechDataDisplayName] = "SPIKES", [kTechDataDamageType] = kSpikeDamageType, [kTechDataTooltipInfo] = "SPIKES_TOOLTIP"},
{ [kTechDataId] = kTechId.Blink, [kTechDataDisplayName] = "BLINK", [kTechDataTooltipInfo] = "BLINK_TOOLTIP"},
{ [kTechDataId] = kTechId.BabblerAbility, [kTechDataMapName] = BabblerAbility.kMapName, [kTechDataDisplayName] = "BABBLER_ABILITY", [kTechDataTooltipInfo] = "BABBLER_ABILITY_TOOLTIP", },
// tier 1
{ [kTechDataId] = kTechId.Umbra, [kTechDataCategory] = kTechId.Lerk, [kTechDataMapName] = LerkUmbra.kMapName, [kTechDataDisplayName] = "UMBRA", [kTechDataCostKey] = kUmbraResearchCost, [kTechDataResearchTimeKey] = kUmbraResearchTime, [kTechDataTooltipInfo] = "UMBRA_TOOLTIP"},
{ [kTechDataId] = kTechId.BileBomb, [kTechDataCategory] = kTechId.Gorge, [kTechDataMapName] = BileBomb.kMapName, [kTechDataDamageType] = kBileBombDamageType, [kTechDataDisplayName] = "BILEBOMB", [kTechDataCostKey] = kBileBombResearchCost, [kTechDataResearchTimeKey] = kBileBombResearchTime, [kTechDataTooltipInfo] = "BILEBOMB_TOOLTIP" },
{ [kTechDataId] = kTechId.ShadowStep, [kTechDataCategory] = kTechId.Fade, [kTechDataCostKey] = kShadowStepResearchCost, [kTechDataResearchTimeKey] = kShadowStepResearchTime, [kTechDataDisplayName] = "SHADOWSTEP", [kTechDataTooltipInfo] = "SHADOWSTEP_TOOLTIP"},
{ [kTechDataId] = kTechId.Charge, [kTechDataCategory] = kTechId.Onos, [kTechDataCostKey] = kChargeResearchCost, [kTechDataResearchTimeKey] = kChargeResearchTime, [kTechDataDisplayName] = "CHARGE", [kTechDataTooltipInfo] = "CHARGE_TOOLTIP"},
// tier 2
{ [kTechDataId] = kTechId.Leap, [kTechDataCategory] = kTechId.Skulk, [kTechDataDisplayName] = "LEAP", [kTechDataCostKey] = kLeapResearchCost, [kTechDataResearchTimeKey] = kLeapResearchTime, [kTechDataTooltipInfo] = "LEAP_TOOLTIP" },
{ [kTechDataId] = kTechId.Stab, [kTechDataCategory] = kTechId.Fade, [kTechDataMapName] = StabBlink.kMapName, [kTechDataCostKey] = kStabResearchCost, [kTechDataResearchTimeKey] = kStabResearchTime, [kTechDataDamageType] = kStabDamageType, [kTechDataDisplayName] = "STAB_BLINK", [kTechDataTooltipInfo] = "STAB_TOOLTIP"},
{ [kTechDataId] = kTechId.BoneShield, [kTechDataCategory] = kTechId.Onos, [kTechDataMapName] = BoneShield.kMapName, [kTechDataDisplayName] = "BONESHIELD", [kTechDataCostKey] = kBoneShieldResearchCost, [kTechDataResearchTimeKey] = kBoneShieldResearchTime, [kTechDataTooltipInfo] = "BONESHIELD_TOOLTIP" },
{ [kTechDataId] = kTechId.Spores, [kTechDataCategory] = kTechId.Lerk, [kTechDataDisplayName] = "SPORES", [kTechDataMapName] = Spores.kMapName, [kTechDataCostKey] = kSporesResearchCost, [kTechDataResearchTimeKey] = kSporesResearchTime, [kTechDataTooltipInfo] = "SPORES_TOOLTIP"},
// tier 3
{ [kTechDataId] = kTechId.Stomp, [kTechDataCategory] = kTechId.Onos, [kTechDataDisplayName] = "STOMP", [kTechDataCostKey] = kStompResearchCost, [kTechDataResearchTimeKey] = kStompResearchTime, [kTechDataTooltipInfo] = "STOMP_TOOLTIP" },
{ [kTechDataId] = kTechId.Shockwave, [kTechDataDisplayName] = "SHOCKWAVE", [kTechDataDamageType] = kStompDamageType, [kTechDataMapName] = Shockwave.kMapName, [kTechDataTooltipInfo] = "SHOCKWAVE_TOOLTIP" },
{ [kTechDataId] = kTechId.WebTech, [kTechDataDisplayName] = "WEBTECH", [kTechDataCostKey] = kWebResearchCost, [kTechDataResearchTimeKey] = kWebResearchTime, [kTechDataTooltipInfo] = "WEBTECH_TOOLTIP" },
{ [kTechDataId] = kTechId.Xenocide, [kTechDataCategory] = kTechId.Skulk, [kTechDataMapName] = XenocideLeap.kMapName, [kTechDataDamageType] = kXenocideDamageType, [kTechDataDisplayName] = "XENOCIDE", [kTechDataCostKey] = kXenocideResearchCost, [kTechDataResearchTimeKey] = kXenocideResearchTime, [kTechDataTooltipInfo] = "XENOCIDE_TOOLTIP"},
{ [kTechDataId] = kTechId.Vortex , [kTechDataCategory] = kTechId.Fade, [kTechDataMapName] = Vortex.kMapName, [kTechDataDisplayName] = "VORTEX", [kTechDataCostKey] = kVortexResearchCost, [kTechDataResearchTimeKey] = kVortexResearchTime, [kTechDataTooltipInfo] = "VORTEX_TOOLTIP"},
// Alien structures (spawn hive at 110 units off ground = 2.794 meters)
{ [kTechDataId] = kTechId.Hive, [kTechDataIgnorePathingMesh] = true, [kTechDataBioMass] = kHiveBiomass, [kTechDataSpawnBlock] = true, [kTechDataMaxExtents] = Vector(2, 1, 2), [kTechDataHint] = "HIVE_HINT", [kTechDataAllowStacking] = true, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Hive.kMapName, [kTechDataDisplayName] = "HIVE", [kTechDataCostKey] = kHiveCost, [kTechDataBuildTime] = kHiveBuildTime, [kTechDataModel] = Hive.kModelName, [kTechDataHotkey] = Move.V, [kTechDataMaxHealth] = kHiveHealth, [kTechDataMaxArmor] = kHiveArmor, [kStructureAttachClass] = "TechPoint", [kTechDataSpawnHeightOffset] = 2.494, [kTechDataInitialEnergy] = kHiveInitialEnergy, [kTechDataMaxEnergy] = kHiveMaxEnergy, [kTechDataPointValue] = kHivePointValue, [kTechDataTooltipInfo] = "HIVE_TOOLTIP", [kTechDataObstacleRadius] = 2},
{ [kTechDataId] = kTechId.HiveHeal, [kTechDataDisplayName] = "HEAL", [kTechDataTooltipInfo] = "HIVE_HEAL_TOOLTIP"},
{ [kTechDataId] = kTechId.ResearchBioMassOne, [kTechDataBioMass] = kHiveBiomass, [kTechDataCostKey] = kResearchBioMassOneCost, [kTechDataResearchTimeKey] = kBioMassOneTime, [kTechDataDisplayName] = "BIOMASS", [kTechDataTooltipInfo] = "ADD_BIOMASS_TOOLTIP"},
{ [kTechDataId] = kTechId.ResearchBioMassTwo, [kTechDataBioMass] = kHiveBiomass, [kTechDataCostKey] = kResearchBioMassTwoCost, [kTechDataResearchTimeKey] = kBioMassTwoTime, [kTechDataDisplayName] = "BIOMASS", [kTechDataTooltipInfo] = "ADD_BIOMASS_TOOLTIP"},
{ [kTechDataId] = kTechId.ResearchBioMassThree, [kTechDataBioMass] = kHiveBiomass, [kTechDataCostKey] = kResearchBioMassThreeCost, [kTechDataResearchTimeKey] = kBioMassThreeTime, [kTechDataDisplayName] = "BIOMASS", [kTechDataTooltipInfo] = "ADD_BIOMASS_TOOLTIP"},
{ [kTechDataId] = kTechId.ResearchBioMassFour, [kTechDataBioMass] = kHiveBiomass, [kTechDataCostKey] = kResearchBioMassFourCost, [kTechDataResearchTimeKey] = kBioMassFourTime, [kTechDataDisplayName] = "BIOMASS", [kTechDataTooltipInfo] = "ADD_BIOMASS_TOOLTIP"},
{ [kTechDataId] = kTechId.BioMassOne, [kTechDataDisplayName] = "BIOMASS_ONE" },
{ [kTechDataId] = kTechId.BioMassTwo, [kTechDataDisplayName] = "BIOMASS_TWO" },
{ [kTechDataId] = kTechId.BioMassThree, [kTechDataDisplayName] = "BIOMASS_THREE" },
{ [kTechDataId] = kTechId.BioMassFour, [kTechDataDisplayName] = "BIOMASS_FOUR" },
{ [kTechDataId] = kTechId.BioMassFive, [kTechDataDisplayName] = "BIOMASS_FIVE" },
{ [kTechDataId] = kTechId.BioMassSix, [kTechDataDisplayName] = "BIOMASS_SIX" },
{ [kTechDataId] = kTechId.BioMassSeven, [kTechDataDisplayName] = "BIOMASS_SEVEN" },
{ [kTechDataId] = kTechId.BioMassEight, [kTechDataDisplayName] = "BIOMASS_EIGHT" },
{ [kTechDataId] = kTechId.BioMassNine, [kTechDataDisplayName] = "BIOMASS_NINE" },
{ [kTechDataId] = kTechId.UpgradeToCragHive, [kTechDataMapName] = CragHive.kMapName, [kTechDataDisplayName] = "UPGRADE_CRAG_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataTooltipInfo] = "UPGRADE_CRAG_HIVE_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeToShiftHive, [kTechDataMapName] = ShiftHive.kMapName, [kTechDataDisplayName] = "UPGRADE_SHIFT_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataTooltipInfo] = "UPGRADE_SHIFT_HIVE_TOOLTIP", },
{ [kTechDataId] = kTechId.UpgradeToShadeHive, [kTechDataMapName] = ShadeHive.kMapName, [kTechDataDisplayName] = "UPGRADE_SHADE_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataTooltipInfo] = "UPGRADE_SHADE_HIVE_TOOLTIP", },
{ [kTechDataId] = kTechId.CragHive, [kTechDataHint] = "CRAG_HIVE_HINT", [kTechDataMapName] = CragHive.kMapName, [kTechDataDisplayName] = "CRAG_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataBuildTime] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataHotkey] = Move.V, [kTechDataMaxHealth] = kHiveHealth, [kTechDataMaxArmor] = kHiveArmor, [kStructureAttachClass] = "TechPoint", [kTechDataSpawnHeightOffset] = 2.494, [kTechDataInitialEnergy] = kHiveInitialEnergy, [kTechDataMaxEnergy] = kHiveMaxEnergy, [kTechDataPointValue] = kHivePointValue, [kTechDataTooltipInfo] = "CRAG_HIVE_TOOLTIP"},
{ [kTechDataId] = kTechId.ShadeHive, [kTechDataHint] = "SHADE_HIVE_HINT", [kTechDataMapName] = ShadeHive.kMapName, [kTechDataDisplayName] = "SHADE_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataBuildTime] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataHotkey] = Move.V, [kTechDataMaxHealth] = kHiveHealth, [kTechDataMaxArmor] = kHiveArmor, [kStructureAttachClass] = "TechPoint", [kTechDataSpawnHeightOffset] = 2.494, [kTechDataInitialEnergy] = kHiveInitialEnergy, [kTechDataMaxEnergy] = kHiveMaxEnergy, [kTechDataPointValue] = kHivePointValue, [kTechDataTooltipInfo] = "SHADE_HIVE_TOOLTIP"},
{ [kTechDataId] = kTechId.ShiftHive, [kTechDataHint] = "SHIFT_HIVE_HINT", [kTechDataMapName] = ShiftHive.kMapName, [kTechDataDisplayName] = "SHIFT_HIVE", [kTechDataCostKey] = kUpgradeHiveCost, [kTechDataResearchTimeKey] = kUpgradeHiveResearchTime, [kTechDataBuildTime] = kUpgradeHiveResearchTime, [kTechDataModel] = Hive.kModelName, [kTechDataHotkey] = Move.V, [kTechDataMaxHealth] = kHiveHealth, [kTechDataMaxArmor] = kHiveArmor, [kStructureAttachClass] = "TechPoint", [kTechDataSpawnHeightOffset] = 2.494, [kTechDataInitialEnergy] = kHiveInitialEnergy, [kTechDataMaxEnergy] = kHiveMaxEnergy, [kTechDataPointValue] = kHivePointValue, [kTechDataTooltipInfo] = "SHIFT_HIVE_TOOLTIP"},
// Drifter and tech
{ [kTechDataId] = kTechId.DrifterCamouflage, [kTechDataDisplayName] = "CAMOUFLAGE", [kTechDataTooltipInfo] = "DRIFTER_CAMOUFLAGE_TOOLTIP"},
{ [kTechDataId] = kTechId.DrifterCelerity, [kTechDataDisplayName] = "CELERITY", [kTechDataTooltipInfo] = "DRIFTER_CELERITY_TOOLTIP"},
{ [kTechDataId] = kTechId.DrifterRegeneration, [kTechDataDisplayName] = "REGENERATION", [kTechDataTooltipInfo] = "DRIFTER_REGENERATION_TOOLTIP"},
{ [kTechDataId] = kTechId.Drifter, [kTechDataBuildTime] = kDrifterHatchTime, [kTechDataSupply] = kDrifterSupply, [kTechDataHint] = "DRIFTER_HINT", [kTechDataMapName] = Drifter.kMapName, [kTechDataDisplayName] = "DRIFTER", [kTechDataCostKey] = kDrifterCost, [kTechDataCooldown] = kDrifterBuildTime, [kTechDataMaxHealth] = kDrifterHealth, [kTechDataMaxArmor] = kDrifterArmor, [kTechDataModel] = Drifter.kModelName, [kTechDataDamageType] = kDrifterAttackDamageType, [kTechDataPointValue] = kDrifterPointValue, [kTechDataTooltipInfo] = "DRIFTER_TOOLTIP", [kTechDataInitialEnergy] = kDrifterInitialEnergy, [kTechDataMaxEnergy] = kDrifterMaxEnergy,},
{ [kTechDataId] = kTechId.DrifterEgg, [kTechDataRequiresInfestation] = true, [kTechDataSupply] = kDrifterSupply, [kTechDataBuildTime] = kDrifterHatchTime, [kTechDataSupply] = kDrifterSupply, [kTechDataHint] = "DRIFTER_HINT", [kTechDataMapName] = DrifterEgg.kMapName, [kTechDataDisplayName] = "DRIFTER", [kTechDataCostKey] = kDrifterCost, [kTechDataCooldown] = kDrifterCooldown, [kTechDataMaxHealth] = kDrifterHealth, [kTechDataMaxArmor] = kDrifterArmor, [kTechDataModel] = DrifterEgg.kModelName, [kTechDataPointValue] = kDrifterPointValue, [kTechDataTooltipInfo] = "DRIFTER_TOOLTIP", [kTechDataInitialEnergy] = kDrifterInitialEnergy, [kTechDataMaxEnergy] = kDrifterMaxEnergy,},
{ [kTechDataId] = kTechId.SelectDrifter, [kTechIDShowEnables] = false, [kTechDataDisplayName] = "SELECT_DRIFTER", [kTechDataTooltipInfo] = "SELECT_NEAREST_DRIFTER" },
{ [kTechDataId] = kTechId.SelectShift, [kTechIDShowEnables] = false, [kTechDataDisplayName] = "SELECT_SHIFT", [kTechDataTooltipInfo] = "SELECT_NEAREST_SHIFT" },
// Alien buildables
{ [kTechDataId] = kTechId.Egg, [kTechDataHint] = "EGG_HINT", [kTechDataMapName] = Egg.kMapName, [kTechDataDisplayName] = "EGG", [kTechDataTooltipInfo] = "EGG_DROP_TOOLTIP", [kTechDataMaxHealth] = Egg.kHealth, [kTechDataMaxArmor] = Egg.kArmor, [kTechDataModel] = Egg.kModelName, [kTechDataPointValue] = kEggPointValue, [kTechDataBuildTime] = 1, [kTechDataMaxExtents] = Vector(1.75/2, .664/2, 1.275/2), [kTechDataRequiresInfestation] = true },
{ [kTechDataId] = kTechId.GorgeEgg, [kTechDataHint] = "EGG_HINT", [kTechDataMapName] = GorgeEgg.kMapName, [kTechDataDisplayName] = "GORGE_EGG", [kTechDataTooltipInfo] = "GORGE_EGG_DROP_TOOLTIP", [kTechDataMaxHealth] = Egg.kHealth, [kTechDataMaxArmor] = Egg.kArmor, [kTechDataModel] = Egg.kModelName, [kTechDataPointValue] = kEggPointValue, [kTechDataResearchTimeKey] = kEggGestateTime, [kTechDataCostKey] = kGorgeEggCost, [kTechDataMaxExtents] = Vector(1.75/2, .664/2, 1.275/2), [kTechDataRequiresInfestation] = true },
{ [kTechDataId] = kTechId.LerkEgg, [kTechDataHint] = "EGG_HINT", [kTechDataMapName] = LerkEgg.kMapName, [kTechDataDisplayName] = "LERK_EGG", [kTechDataTooltipInfo] = "LERK_EGG_DROP_TOOLTIP", [kTechDataMaxHealth] = Egg.kHealth, [kTechDataMaxArmor] = Egg.kArmor, [kTechDataModel] = Egg.kModelName, [kTechDataPointValue] = kEggPointValue, [kTechDataResearchTimeKey] = kEggGestateTime, [kTechDataCostKey] = kLerkEggCost, [kTechDataMaxExtents] = Vector(1.75/2, .664/2, 1.275/2), [kTechDataRequiresInfestation] = true },
{ [kTechDataId] = kTechId.FadeEgg, [kTechDataHint] = "EGG_HINT", [kTechDataMapName] = FadeEgg.kMapName, [kTechDataDisplayName] = "FADE_EGG", [kTechDataTooltipInfo] = "FADE_EGG_DROP_TOOLTIP", [kTechDataMaxHealth] = Egg.kHealth, [kTechDataMaxArmor] = Egg.kArmor, [kTechDataModel] = Egg.kModelName, [kTechDataPointValue] = kEggPointValue, [kTechDataResearchTimeKey] = kEggGestateTime, [kTechDataCostKey] = kFadeEggCost, [kTechDataMaxExtents] = Vector(1.75/2, .664/2, 1.275/2), [kTechDataRequiresInfestation] = true },
{ [kTechDataId] = kTechId.OnosEgg, [kTechDataHint] = "EGG_HINT", [kTechDataMapName] = OnosEgg.kMapName, [kTechDataDisplayName] = "ONOS_EGG", [kTechDataTooltipInfo] = "ONOS_EGG_DROP_TOOLTIP", [kTechDataMaxHealth] = Egg.kHealth, [kTechDataMaxArmor] = Egg.kArmor, [kTechDataModel] = Egg.kModelName, [kTechDataPointValue] = kEggPointValue, [kTechDataResearchTimeKey] = kEggGestateTime, [kTechDataCostKey] = kOnosEggCost, [kTechDataMaxExtents] = Vector(1.75/2, .664/2, 1.275/2), [kTechDataRequiresInfestation] = true },
{ [kTechDataId] = kTechId.Harvester, [kTechDataIgnorePathingMesh] = true, [kTechDataBioMass] = kHarvesterBiomass, [kTechDataSpawnBlock] = true, [kTechDataMaxExtents] = Vector(1, 1, 1), [kTechDataHint] = "HARVESTER_HINT", [kTechDataCollideWithWorldOnly] = true, [kTechDataAllowStacking] = true, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Harvester.kMapName, [kTechDataDisplayName] = "HARVESTER", [kTechDataRequiresInfestation] = true, [kTechDataCostKey] = kHarvesterCost, [kTechDataBuildTime] = kHarvesterBuildTime, [kTechDataHotkey] = Move.H, [kTechDataMaxHealth] = kHarvesterHealth, [kTechDataMaxArmor] = kHarvesterArmor, [kTechDataModel] = Harvester.kModelName, [kStructureAttachClass] = "ResourcePoint", [kTechDataPointValue] = kHarvesterPointValue, [kTechDataTooltipInfo] = "HARVESTER_TOOLTIP"},
// Infestation
{ [kTechDataId] = kTechId.Infestation, [kTechDataDisplayName] = "INFESTATION", [kTechDataTooltipInfo] = "INFESTATION_TOOLTIP", },
{ [kTechDataId] = kTechId.Slap, [kTechDataDisplayName] = "WHIP_SLAP", [kTechDataTooltipInfo] = "WHIP_SLAP_TOOLTIP", },
// Upgrade structures and research
{ [kTechDataId] = kTechId.Crag, [kTechDataBioMass] = kCragBiomass, [kTechDataSupply] = kCragSupply, [kTechDataHint] = "CRAG_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Crag.kMapName, [kTechDataDisplayName] = "CRAG", [kTechDataCostKey] = kCragCost, [kTechDataRequiresInfestation] = true, [kTechDataHotkey] = Move.C, [kTechDataBuildTime] = kCragBuildTime, [kTechDataModel] = Crag.kModelName, [kTechDataMaxHealth] = kCragHealth, [kTechDataMaxArmor] = kCragArmor, [kTechDataInitialEnergy] = kCragInitialEnergy, [kTechDataMaxEnergy] = kCragMaxEnergy, [kTechDataPointValue] = kCragPointValue, [kVisualRange] = Crag.kHealRadius, [kTechDataTooltipInfo] = "CRAG_TOOLTIP", [kTechDataGrows] = true},
{ [kTechDataId] = kTechId.Whip, [kTechDataBioMass] = kWhipBiomass, [kTechDataSupply] = kWhipSupply, [kTechDataHint] = "WHIP_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Whip.kMapName, [kTechDataDisplayName] = "WHIP", [kTechDataCostKey] = kWhipCost, [kTechDataRequiresInfestation] = true, [kTechDataHotkey] = Move.W, [kTechDataBuildTime] = kWhipBuildTime, [kTechDataModel] = Whip.kModelName, [kTechDataMaxHealth] = kWhipHealth, [kTechDataMaxArmor] = kWhipArmor, [kTechDataDamageType] = kDamageType.Structural, [kTechDataInitialEnergy] = kWhipInitialEnergy, [kTechDataMaxEnergy] = kWhipMaxEnergy, [kVisualRange] = Whip.kRange, [kTechDataPointValue] = kWhipPointValue, [kTechDataTooltipInfo] = "WHIP_TOOLTIP", [kTechDataGrows] = true},
{ [kTechDataId] = kTechId.EvolveBombard, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "EVOLVE_BOMBARD", [kTechDataCostKey] = kEvolveBombardCost, [kTechDataResearchTimeKey] = kEvolveBombardResearchTime, [kTechDataTooltipInfo] = "EVOLVE_BOMBARD_TOOLTIP" },
{ [kTechDataId] = kTechId.Shift, [kTechDataBioMass] = kShiftBiomass, [kTechDataSupply] = kShiftSupply, [kTechDataHint] = "SHIFT_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Shift.kMapName, [kTechDataDisplayName] = "SHIFT", [kTechDataRequiresInfestation] = true, [kTechDataCostKey] = kShiftCost, [kTechDataHotkey] = Move.S, [kTechDataBuildTime] = kShiftBuildTime, [kTechDataModel] = Shift.kModelName, [kTechDataMaxHealth] = kShiftHealth, [kTechDataMaxArmor] = kShiftArmor, [kTechDataInitialEnergy] = kShiftInitialEnergy, [kTechDataMaxEnergy] = kShiftMaxEnergy, [kTechDataPointValue] = kShiftPointValue, [kVisualRange] = kEchoRange, [kTechDataTooltipInfo] = "SHIFT_TOOLTIP", [kTechDataGrows] = true },
{ [kTechDataId] = kTechId.Veil, [kTechDataBioMass] = kVeilBiomass, [kTechDataHint] = "VEIL_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Veil.kMapName, [kTechDataDisplayName] = "VEIL", [kTechDataCostKey] = kVeilCost, [kTechDataRequiresInfestation] = true, [kTechDataHotkey] = Move.C, [kTechDataBuildTime] = kVeilBuildTime, [kTechDataModel] = Veil.kModelName, [kTechDataMaxHealth] = kVeilHealth, [kTechDataMaxArmor] = kVeilArmor, [kTechDataPointValue] = kVeilPointValue, [kTechDataTooltipInfo] = "VEIL_TOOLTIP", [kTechDataGrows] = true, [kTechDataObstacleRadius] = 0.5 },
{ [kTechDataId] = kTechId.TwoVeils, [kTechDataDisplayName] = "TWO_VEILS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "TWO_VEILS_TOOLTIP"},
{ [kTechDataId] = kTechId.ThreeVeils, [kTechDataDisplayName] = "THREE_VEILS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "THREE_VEILS_TOOLTIP"},
{ [kTechDataId] = kTechId.Spur, [kTechDataBioMass] = kSpurBiomass, [kTechDataHint] = "SPUR_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Spur.kMapName, [kTechDataDisplayName] = "SPUR", [kTechDataCostKey] = kSpurCost, [kTechDataRequiresInfestation] = true, [kTechDataHotkey] = Move.C, [kTechDataBuildTime] = kSpurBuildTime, [kTechDataModel] = Spur.kModelName, [kTechDataMaxHealth] = kSpurHealth, [kTechDataMaxArmor] = kSpurArmor, [kTechDataPointValue] = kSpurPointValue, [kTechDataTooltipInfo] = "SPUR_TOOLTIP", [kTechDataGrows] = true, [kTechDataObstacleRadius] = 0.75 },
{ [kTechDataId] = kTechId.TwoSpurs, [kTechDataDisplayName] = "TWO_SPURS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "TWO_SPURS_TOOLTIP"},
{ [kTechDataId] = kTechId.ThreeSpurs, [kTechDataDisplayName] = "THREE_SPURS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "THREE_SPURS_TOOLTIP"},
{ [kTechDataId] = kTechId.Shell, [kTechDataBioMass] = kShellBiomass, [kTechDataHint] = "SHELL_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Shell.kMapName, [kTechDataDisplayName] = "SHELL", [kTechDataCostKey] = kShellCost, [kTechDataRequiresInfestation] = true, [kTechDataHotkey] = Move.C, [kTechDataBuildTime] = kShellBuildTime, [kTechDataModel] = Shell.kModelName, [kTechDataMaxHealth] = kShellHealth, [kTechDataMaxArmor] = kShellArmor, [kTechDataPointValue] = kShellPointValue, [kTechDataTooltipInfo] = "SHELL_TOOLTIP", [kTechDataGrows] = true, [kTechDataObstacleRadius] = 0.75 },
{ [kTechDataId] = kTechId.TwoShells, [kTechDataDisplayName] = "TWO_SHELLS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "TWO_SHELLS_TOOLTIP"},
{ [kTechDataId] = kTechId.ThreeShells, [kTechDataDisplayName] = "THREE_SHELLS", [kTechIDShowEnables] = false, [kTechDataTooltipInfo] = "THREE_SHELLS_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportHydra, [kTechIDShowEnables] = false, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_HYDRA", [kTechDataCostKey] = kEchoHydraCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Hydra.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportWhip, [kTechIDShowEnables] = false, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_WHIP", [kTechDataCostKey] = kEchoWhipCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Whip.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportTunnel, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_TUNNEL", [kTechDataCostKey] = kEchoTunnelCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = TunnelEntrance.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportCrag, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_CRAG", [kTechDataCostKey] = kEchoCragCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Crag.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportShade, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_SHADE", [kTechDataCostKey] = kEchoShadeCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Shade.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportShift, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_SHIFT", [kTechDataCostKey] = kEchoShiftCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Shift.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportVeil, [kTechIDShowEnables] = false, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_VEIL", [kTechDataCostKey] = kEchoVeilCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Veil.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportSpur, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_SPUR", [kTechDataCostKey] = kEchoSpurCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Spur.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportShell, [kTechIDShowEnables] = false, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_SHELL", [kTechDataCostKey] = kEchoShellCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Shell.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportHive, [kTechIDShowEnables] = false, [kTechDataImplemented] = false, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_HIVE", [kTechDataCostKey] = kEchoHiveCost, [kTechDataRequiresInfestation] = false, [kTechDataModel] = Hive.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP", [kTechDataSpawnHeightOffset] = 2.494, [kStructureAttachClass] = "TechPoint"},
{ [kTechDataId] = kTechId.TeleportEgg, [kTechIDShowEnables] = false,[kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_EGG", [kTechDataCostKey] = kEchoEggCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Egg.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.TeleportHarvester, [kTechIDShowEnables] = false,[kStructureAttachClass] = "ResourcePoint", [kTechDataMaxExtents] = Vector(1, 1, 1), [kTechDataRequiresMature] = false, [kTechDataCollideWithWorldOnly] = true, [kTechDataAllowStacking] = true, [kTechDataGhostModelClass] = "TeleportAlienGhostModel", [kTechDataDisplayName] = "ECHO_HARVESTER", [kTechDataCostKey] = kEchoHarvesterCost, [kTechDataRequiresInfestation] = true, [kTechDataModel] = Harvester.kModelName, [kTechDataTooltipInfo] = "ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.Shade, [kTechDataBioMass] = kShadeBiomass, [kTechDataSupply] = kShadeSupply, [kTechDataHint] = "SHADE_HINT", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMapName] = Shade.kMapName, [kTechDataDisplayName] = "SHADE", [kTechDataCostKey] = kShadeCost, [kTechDataRequiresInfestation] = true, [kTechDataBuildTime] = kShadeBuildTime, [kTechDataHotkey] = Move.D, [kTechDataModel] = Shade.kModelName, [kTechDataMaxHealth] = kShadeHealth, [kTechDataMaxArmor] = kShadeArmor, [kTechDataInitialEnergy] = kShadeInitialEnergy, [kTechDataMaxEnergy] = kShadeMaxEnergy, [kTechDataPointValue] = kShadePointValue, [kVisualRange] = Shade.kCloakRadius, [kTechDataMaxExtents] = Vector(1, 1.3, .4), [kTechDataTooltipInfo] = "SHADE_TOOLTIP", [kTechDataGrows] = true },
{ [kTechDataId] = kTechId.Web, [kTechDataCategory] = kTechId.Gorge, [kTechDataMaxHealth] = kWebHealth, [kTechDataModel] = Web.kRootModelName, [kTechDataSpecifyOrientation] = true, [kTechDataGhostModelClass] = "WebGhostModel", [kTechDataMaxAmount] = kNumWebsPerGorge, [kTechDataAllowConsumeDrop] = true, [kTechDataDisplayName] = "WEB", [kTechDataCostKey] = kWebBuildCost, [kTechDataTooltipInfo] = "WEB_TOOLTIP" },
{ [kTechDataId] = kTechId.Hydra, [kTechDataHint] = "HYDRA_HINT", [kTechDataTooltipInfo] = "HYDRA_TOOLTIP", [kTechDataDamageType] = kHydraAttackDamageType, [kTechDataAllowConsumeDrop] = true, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataMaxAmount] = kHydrasPerHive, [kTechDataMapName] = Hydra.kMapName, [kTechDataDisplayName] = "HYDRA", [kTechDataCostKey] = kHydraCost, [kTechDataBuildTime] = kHydraBuildTime, [kTechDataMaxHealth] = kHydraHealth, [kTechDataMaxArmor] = kHydraArmor, [kTechDataModel] = Hydra.kModelName, [kVisualRange] = Hydra.kRange, [kTechDataRequiresInfestation] = false, [kTechDataPointValue] = kHydraPointValue, [kTechDataGrows] = true},
{ [kTechDataId] = kTechId.Clog, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataAllowConsumeDrop] = true, [kTechDataTooltipInfo] = "CLOG_TOOLTIP", [kTechDataAllowStacking] = true, [kTechDataMaxAmount] = kClogsPerHive, [kTechDataMapName] = Clog.kMapName, [kTechDataDisplayName] = "CLOG", [kTechDataCostKey] = kClogCost, [kTechDataMaxHealth] = kClogHealth, [kTechDataMaxArmor] = kClogArmor, [kTechDataModel] = Clog.kModelName, [kTechDataRequiresInfestation] = false, [kTechDataPointValue] = kClogPointValue },
{ [kTechDataId] = kTechId.GorgeTunnel, [kTechDataCategory] = kTechId.Gorge, [kTechDataMaxExtents] = Vector(1.2, 1.2, 1.2), [kTechDataTooltipInfo] = "GORGE_TUNNEL_TOOLTIP", [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataAllowConsumeDrop] = true, [kTechDataAllowStacking] = false, [kTechDataMaxAmount] = kNumGorgeTunnels, [kTechDataMapName] = TunnelEntrance.kMapName, [kTechDataDisplayName] = "TUNNEL_ENTRANCE", [kTechDataCostKey] = kGorgeTunnelCost, [kTechDataMaxHealth] = kTunnelEntranceHealth, [kTechDataMaxArmor] = kTunnelEntranceArmor, [kTechDataBuildTime] = kGorgeTunnelBuildTime, [kTechDataModel] = TunnelEntrance.kModelName, [kTechDataRequiresInfestation] = false, [kTechDataPointValue] = kTunnelEntrancePointValue },
{ [kTechDataId] = kTechId.GorgeTunnelTech, [kTechDataDisplayName] = "GORGE_TUNNEL_TECH", [kTechDataTooltipInfo] = "GORGE_TUNNEL_TECH_TOOLTIP", [kTechDataCostKey] = kGorgeTunnelResearchCost, [kTechDataResearchTimeKey] = kGorgeTunnelResearchTime },
{ [kTechDataId] = kTechId.Babbler, [kTechDataMapName] = Babbler.kMapName, [kTechDataDisplayName] = "BABBLER", [kTechDataModel] = Babbler.kModelName, [kTechDataMaxHealth] = kBabblerHealth, [kTechDataMaxArmor] = kBabblerArmor, [kTechDataPointValue] = kBabblerPointValue, [kTechDataTooltipInfo] = "BABBLER_TOOLTIP" },
{ [kTechDataId] = kTechId.BabblerTech, [kTechDataDisplayName] = "BABBLER", [kTechDataTooltipInfo] = "BABBLER_TOOLTIP" },
{ [kTechDataId] = kTechId.BellySlide, [kTechDataDisplayName] = "BELLY_SLIDE", [kTechDataTooltipInfo] = "BELLY_SLIDE_TOOLTIP" },
{ [kTechDataId] = kTechId.BabblerEgg, [kTechDataCategory] = kTechId.Gorge, [kTechDataAllowConsumeDrop] = true, [kTechDataMaxAmount] = kNumBabblerEggsPerGorge, [kTechDataCostKey] = kBabblerCost, [kTechDataBuildTime] = kBabblerEggBuildTime, [kTechDataMapName] = BabblerEgg.kMapName, [kTechDataDisplayName] = "BABBLER_EGG", [kTechDataModel] = BabblerEgg.kModelName, [kTechDataMaxHealth] = kBabblerEggHealth, [kTechDataMaxArmor] = kBabblerEggArmor, [kTechDataPointValue] = kBabblerEggPointValue, [kTechDataTooltipInfo] = "BABBLER_EGG_TOOLTIP" },
{ [kTechDataId] = kTechId.Cyst, [kTechDataSpawnBlock] = true, [kTechDataBuildMethodFailedMessage] = "COMMANDERERROR_NO_CYST_PARENT_FOUND", [kTechDataOverrideCoordsMethod] = AlignCyst, [kTechDataHint] = "CYST_HINT", [kTechDataCooldown] = kCystCooldown, [kTechDataGhostModelClass] = "CystGhostModel", [kTechDataMapName] = Cyst.kMapName, [kTechDataDisplayName] = "CYST", [kTechDataTooltipInfo] = "CYST_TOOLTIP", [kTechDataCostKey] = kCystCost, [kTechDataBuildTime] = kCystBuildTime, [kTechDataMaxHealth] = kCystHealth, [kTechDataMaxArmor] = kCystArmor, [kTechDataModel] = Cyst.kModelName, [kVisualRange] = kInfestationRadius, [kTechDataRequiresInfestation] = false, [kTechDataPointValue] = kCystPointValue, [kTechDataGrows] = false, [kTechDataBuildRequiresMethod] = GetCystParentAvailable },
{ [kTechDataId] = kTechId.Hallucinate, [kTechDataCooldown] = kHallucinationCloudCooldown, [kTechDataMapName] = HallucinationCloud.kMapName, [kTechDataDisplayName] = "HALLUCINATION_CLOUD", [kTechDataCostKey] = kHallucinationCloudCost, [kTechDataTooltipInfo] = "HALLUCINATION_CLOUD_TOOLTIP"},
{ [kTechDataId] = kTechId.EnzymeCloud, [kTechDataCooldown] = kDrifterAbilityCooldown, [kTechDataMapName] = EnzymeCloud.kMapName, [kTechDataDisplayName] = "ENZYME_CLOUD", [kTechDataCostKey] = kEnzymeCloudCost, [kTechDataTooltipInfo] = "ENZYME_CLOUD_TOOLTIP"},
{ [kTechDataId] = kTechId.Storm, [kTechDataCooldown] = kDrifterAbilityCooldown, [kTechDataMapName] = StormCloud.kMapName, [kTechDataDisplayName] = "STORM", [kTechDataCostKey] = kStormCost, [kTechDataTooltipInfo] = "STORM_TOOLTIP"},
{ [kTechDataId] = kTechId.MucousMembrane, [kTechDataCooldown] = kDrifterAbilityCooldown, [kTechDataDisplayName] = "MUCOUS_MEMBRANE", [kTechDataCostKey] = kMucousMembraneCost, [kTechDataMapName] = MucousMembrane.kMapName, [kTechDataTooltipInfo] = "MUCOUS_MEMBRANE_TOOLTIP"},
{ [kTechDataId] = kTechId.DestroyHallucination, [kTechDataDisplayName] = "DESTROY_HALLUCINATION"},
// Alien structure abilities and their energy costs
{ [kTechDataId] = kTechId.CragHeal, [kTechDataDisplayName] = "HEAL", [kTechDataTooltipInfo] = "CRAG_HEAL_TOOLTIP"},
{ [kTechDataId] = kTechId.CragUmbra, [kTechDataDisplayName] = "UMBRA", [kVisualRange] = Crag.kHealRadius, [kTechDataTooltipInfo] = "CRAG_UMBRA_TOOLTIP"},
{ [kTechDataId] = kTechId.HealWave, [kTechDataCooldown] = kHealWaveCooldown, [kTechDataDisplayName] = "HEAL_WAVE", [kTechDataCostKey] = kCragHealWaveCost, [kTechDataTooltipInfo] = "HEAL_WAVE_TOOLTIP"},
{ [kTechDataId] = kTechId.WhipBombard, [kTechDataHint] = "BOMBARD_WHIP_HINT", [kTechDataDisplayName] = "BOMBARD", [kTechDataTooltipInfo] = "WHIP_BOMBARD_TOOLTIP" },
{ [kTechDataId] = kTechId.WhipBombardCancel, [kTechDataDisplayName] = "CANCEL", [kTechDataTooltipInfo] = "WHIP_BOMBARD_CANCEL"},
{ [kTechDataId] = kTechId.WhipBomb, [kTechDataMapName] = WhipBomb.kMapName, [kTechDataDamageType] = kWhipBombDamageType, [kTechDataModel] = "", [kTechDataDisplayName] = "WHIPBOMB", },
{ [kTechDataId] = kTechId.ShiftEcho, [kTechDataDisplayName] = "ECHO", [kTechDataTooltipInfo] = "SHIFT_ECHO_TOOLTIP"},
{ [kTechDataId] = kTechId.ShiftHatch, [kTechDataCooldown] = kHatchCooldown, [kTechDataMaxExtents] = Vector(Onos.XExtents, Onos.YExtents, Onos.ZExtents), [kStructureAttachRange] = kShiftHatchRange, [kTechDataBuildRequiresMethod] = GetShiftIsBuilt, [kTechDataGhostGuidesMethod] = GetShiftHatchGhostGuides, [kTechDataMapName] = Egg.kMapName, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataModel] = Egg.kModelName, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HATCH", [kTechDataTooltipInfo] = "SHIFT_HATCH_TOOLTIP", [kTechDataCostKey] = kShiftHatchCost},
{ [kTechDataId] = kTechId.ShiftEnergize, [kTechDataDisplayName] = "ENERGIZE", [kTechDataTooltipInfo] = "SHIFT_ENERGIZE_TOOLTIP"},
{ [kTechDataId] = kTechId.ShadeDisorient, [kTechDataDisplayName] = "DISORIENT", [kTechDataHotkey] = Move.D, [kVisualRange] = Shade.kCloakRadius, [kTechDataTooltipInfo] = "SHADE_DISORIENT_TOOLTIP"},
{ [kTechDataId] = kTechId.ShadeCloak, [kTechDataDisplayName] = "CLOAK", [kTechDataHotkey] = Move.C, [kTechDataTooltipInfo] = "SHADE_CLOAK_TOOLTIP"},
{ [kTechDataId] = kTechId.ShadeInk, [kTechDataCooldown] = kShadeInkCooldown, [kTechDataDisplayName] = "INK", [kTechDataHotkey] = Move.C, [kTechDataCostKey] = kShadeInkCost, [kTechDataTooltipInfo] = "SHADE_INK_TOOLTIP"},
{ [kTechDataId] = kTechId.ShadePhantomMenu, [kTechDataDisplayName] = "PHANTOM", [kTechDataHotkey] = Move.P, [kTechDataImplemented] = true },
{ [kTechDataId] = kTechId.ShadePhantomStructuresMenu, [kTechDataDisplayName] = "PHANTOM", [kTechDataHotkey] = Move.P, [kTechDataImplemented] = true },
{ [kTechDataId] = kTechId.HallucinateDrifter, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_DRIFTER", [kTechDataTooltipInfo] = "HALLUCINATE_DRIFTER_TOOLTIP", [kTechDataCostKey] = kHallucinateDrifterEnergyCost },
{ [kTechDataId] = kTechId.HallucinateSkulk, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_SKULK", [kTechDataTooltipInfo] = "HALLUCINATE_SKULK_TOOLTIP", [kTechDataCostKey] = kHallucinateSkulkEnergyCost },
{ [kTechDataId] = kTechId.HallucinateGorge, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_GORGE", [kTechDataTooltipInfo] = "HALLUCINATE_GORGE_TOOLTIP", [kTechDataCostKey] = kHallucinateGorgeEnergyCost },
{ [kTechDataId] = kTechId.HallucinateLerk, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_LERK", [kTechDataTooltipInfo] = "HALLUCINATE_LERK_TOOLTIP", [kTechDataCostKey] = kHallucinateLerkEnergyCost },
{ [kTechDataId] = kTechId.HallucinateFade, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_FADE", [kTechDataTooltipInfo] = "HALLUCINATE_FADE_TOOLTIP", [kTechDataCostKey] = kHallucinateFadeEnergyCost },
{ [kTechDataId] = kTechId.HallucinateOnos, [kTechDataRequiresMature] = true, [kTechDataDisplayName] = "HALLUCINATE_ONOS", [kTechDataTooltipInfo] = "HALLUCINATE_ONOS_TOOLTIP", [kTechDataCostKey] = kHallucinateOnosEnergyCost },
{ [kTechDataId] = kTechId.HallucinateHive, [kTechDataRequiresMature] = true, [kTechDataSpawnHeightOffset] = 2.494, [kStructureAttachClass] = "TechPoint", [kTechDataDisplayName] = "HALLUCINATE_HIVE", [kTechDataModel] = Hive.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_HIVE_TOOLTIP", [kTechDataCostKey] = kHallucinateHiveEnergyCost },
{ [kTechDataId] = kTechId.HallucinateWhip, [kTechDataRequiresMature] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_WHIP", [kTechDataModel] = Whip.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_WHIP_TOOLTIP", [kTechDataCostKey] = kHallucinateWhipEnergyCost },
{ [kTechDataId] = kTechId.HallucinateShade, [kTechDataRequiresMature] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_SHADE", [kTechDataModel] = Shade.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_SHADE_TOOLTIP", [kTechDataCostKey] = kHallucinateShadeEnergyCost },
{ [kTechDataId] = kTechId.HallucinateCrag, [kTechDataRequiresMature] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_CRAG", [kTechDataModel] = Crag.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_CRAG_TOOLTIP", [kTechDataCostKey] = kHallucinateCragEnergyCost },
{ [kTechDataId] = kTechId.HallucinateShift, [kTechDataRequiresMature] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_SHIFT", [kTechDataModel] = Shift.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_SHIFT_TOOLTIP", [kTechDataCostKey] = kHallucinateShiftEnergyCost },
{ [kTechDataId] = kTechId.HallucinateHarvester, [kTechDataRequiresMature] = true, [kStructureAttachClass] = "ResourcePoint", [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_HARVESTER", [kTechDataModel] = Harvester.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_HARVESTER_TOOLTIP", [kTechDataCostKey] = kHallucinateHarvesterEnergyCost },
{ [kTechDataId] = kTechId.HallucinateHydra, [kTechDataRequiresMature] = true, [kTechDataEngagementDistance] = 3.5, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "HALLUCINATE_HYDRA", [kTechDataModel] = Hydra.kModelName, [kTechDataTooltipInfo] = "HALLUCINATE_HYDRA_TOOLTIP", [kTechDataCostKey] = kHallucinateHydraEnergyCost },
{ [kTechDataId] = kTechId.WhipUnroot, [kTechDataDisplayName] = "UNROOT_WHIP", [kTechDataTooltipInfo] = "UNROOT_WHIP_TOOLTIP", [kTechDataMenuPriority] = 1},
{ [kTechDataId] = kTechId.WhipRoot, [kTechDataDisplayName] = "ROOT_WHIP", [kTechDataTooltipInfo] = "ROOT_WHIP_TOOLTIP", [kTechDataMenuPriority] = 2},
// Alien lifeforms
{ [kTechDataId] = kTechId.Skulk, [kTechDataUpgradeCost] = kSkulkUpgradeCost, [kTechDataMapName] = Skulk.kMapName, [kTechDataGestateName] = Skulk.kMapName, [kTechDataGestateTime] = kSkulkGestateTime, [kTechDataDisplayName] = "SKULK", [kTechDataTooltipInfo] = "SKULK_TOOLTIP", [kTechDataModel] = Skulk.kModelName, [kTechDataCostKey] = kSkulkCost, [kTechDataMaxHealth] = Skulk.kHealth, [kTechDataMaxArmor] = Skulk.kArmor, [kTechDataEngagementDistance] = kPlayerEngagementDistance, [kTechDataMaxExtents] = Vector(Skulk.kXExtents, Skulk.kYExtents, Skulk.kZExtents), [kTechDataPointValue] = kSkulkPointValue},
{ [kTechDataId] = kTechId.Gorge, [kTechDataUpgradeCost] = kGorgeUpgradeCost, [kTechDataMapName] = Gorge.kMapName, [kTechDataGestateName] = Gorge.kMapName, [kTechDataGestateTime] = kGorgeGestateTime, [kTechDataDisplayName] = "GORGE", [kTechDataTooltipInfo] = "GORGE_TOOLTIP", [kTechDataModel] = Gorge.kModelName,[kTechDataCostKey] = kGorgeCost, [kTechDataMaxHealth] = kGorgeHealth, [kTechDataMaxArmor] = kGorgeArmor, [kTechDataEngagementDistance] = kPlayerEngagementDistance, [kTechDataMaxExtents] = Vector(Gorge.kXZExtents, Gorge.kYExtents, Gorge.kXZExtents), [kTechDataPointValue] = kGorgePointValue},
{ [kTechDataId] = kTechId.Lerk, [kTechDataUpgradeCost] = kLerkUpgradeCost, [kTechDataMapName] = Lerk.kMapName, [kTechDataGestateName] = Lerk.kMapName, [kTechDataGestateTime] = kLerkGestateTime, [kTechDataDisplayName] = "LERK", [kTechDataTooltipInfo] = "LERK_TOOLTIP", [kTechDataModel] = Lerk.kModelName,[kTechDataCostKey] = kLerkCost, [kTechDataMaxHealth] = kLerkHealth, [kTechDataMaxArmor] = kLerkArmor, [kTechDataEngagementDistance] = kPlayerEngagementDistance, [kTechDataMaxExtents] = Vector(Lerk.XZExtents, Lerk.YExtents, Lerk.XZExtents), [kTechDataPointValue] = kLerkPointValue},
{ [kTechDataId] = kTechId.Fade, [kTechDataUpgradeCost] = kFadeUpgradeCost, [kTechDataMapName] = Fade.kMapName, [kTechDataGestateName] = Fade.kMapName, [kTechDataGestateTime] = kFadeGestateTime, [kTechDataDisplayName] = "FADE", [kTechDataTooltipInfo] = "FADE_TOOLTIP", [kTechDataModel] = Fade.kModelName,[kTechDataCostKey] = kFadeCost, [kTechDataMaxHealth] = Fade.kHealth, [kTechDataEngagementDistance] = kPlayerEngagementDistance, [kTechDataMaxArmor] = Fade.kArmor, [kTechDataMaxExtents] = Vector(Fade.XZExtents, Fade.YExtents, Fade.XZExtents), [kTechDataPointValue] = kFadePointValue},
{ [kTechDataId] = kTechId.Onos, [kTechDataUpgradeCost] = kOnosUpgradeCost, [kTechDataMapName] = Onos.kMapName, [kTechDataGestateName] = Onos.kMapName, [kTechDataGestateTime] = kOnosGestateTime, [kTechDataDisplayName] = "ONOS", [kTechDataTooltipInfo] = "ONOS_TOOLTIP", [kTechDataModel] = Onos.kModelName,[kTechDataCostKey] = kOnosCost, [kTechDataMaxHealth] = Onos.kHealth, [kTechDataEngagementDistance] = kOnosEngagementDistance, [kTechDataMaxArmor] = Onos.kArmor, [kTechDataMaxExtents] = Vector(Onos.XExtents, Onos.YExtents, Onos.ZExtents), [kTechDataPointValue] = kOnosPointValue},
{ [kTechDataId] = kTechId.Embryo, [kTechDataMapName] = Embryo.kMapName, [kTechDataGestateName] = Embryo.kMapName, [kTechDataDisplayName] = "EMBRYO", [kTechDataModel] = Embryo.kModelName, [kTechDataMaxExtents] = Vector(Embryo.kXExtents, Embryo.kYExtents, Embryo.kZExtents)},
{ [kTechDataId] = kTechId.AlienCommander, [kTechDataMapName] = AlienCommander.kMapName, [kTechDataDisplayName] = "ALIEN COMMANDER", [kTechDataModel] = ""},
{ [kTechDataId] = kTechId.Hallucination, [kTechDataMapName] = Hallucination.kMapName, [kTechDataDisplayName] = "HALLUCINATION", [kTechDataCostKey] = kHallucinationCost, [kTechDataEngagementDistance] = kPlayerEngagementDistance },
// Lifeform purchases
{ [kTechDataId] = kTechId.Carapace, [kTechDataCategory] = kTechId.CragHive, [kTechDataDisplayName] = "CARAPACE", [kTechDataSponitorCode] = "C", [kTechDataCostKey] = kCarapaceCost, [kTechDataTooltipInfo] = "CARAPACE_TOOLTIP", },
{ [kTechDataId] = kTechId.Regeneration, [kTechDataCategory] = kTechId.CragHive, [kTechDataDisplayName] = "REGENERATION", [kTechDataSponitorCode] = "R", [kTechDataCostKey] = kRegenerationCost, [kTechDataTooltipInfo] = "REGENERATION_TOOLTIP", },
{ [kTechDataId] = kTechId.Silence, [kTechDataCategory] = kTechId.ShadeHive, [kTechDataDisplayName] = "SILENCE", [kTechDataSponitorCode] = "S", [kTechDataTooltipInfo] = "SILENCE_TOOLTIP", [kTechDataCostKey] = kSilenceCost },
{ [kTechDataId] = kTechId.Camouflage, [kTechDataCategory] = kTechId.ShadeHive, [kTechDataDisplayName] = "CAMOUFLAGE", [kTechDataSponitorCode] = "M", [kTechDataTooltipInfo] = "CAMOUFLAGE_TOOLTIP", [kTechDataCostKey] = kCamouflageCost },
{ [kTechDataId] = kTechId.Phantom, [kTechDataCategory] = kTechId.ShadeHive, [kTechDataDisplayName] = "PHANTOM", [kTechDataSponitorCode] = "M", [kTechDataTooltipInfo] = "PHANTOM_TOOLTIP", [kTechDataCostKey] = kCamouflageCost },
{ [kTechDataId] = kTechId.Aura, [kTechDataCategory] = kTechId.ShadeHive, [kTechDataDisplayName] = "AURA", [kTechDataSponitorCode] = "M", [kTechDataTooltipInfo] = "AURA_TOOLTIP", [kTechDataCostKey] = kAuraCost },
{ [kTechDataId] = kTechId.Celerity, [kTechDataCategory] = kTechId.ShiftHive, [kTechDataDisplayName] = "CELERITY", [kTechDataSponitorCode] = "L", [kTechDataTooltipInfo] = "CELERITY_TOOLTIP", [kTechDataCostKey] = kCelerityCost },
{ [kTechDataId] = kTechId.Adrenaline, [kTechDataCategory] = kTechId.ShiftHive, [kTechDataDisplayName] = "ADRENALINE", [kTechDataSponitorCode] = "A", [kTechDataTooltipInfo] = "ADRENALINE_TOOLTIP", [kTechDataCostKey] = kAdrenalineCost },
{ [kTechDataId] = kTechId.HyperMutation, [kTechDataCategory] = kTechId.ShiftHive, [kTechDataDisplayName] = "HYPERMUTATION", [kTechDataSponitorCode] = "H", [kTechDataTooltipInfo] = "HYPERMUTATION_TOOLTIP", [kTechDataCostKey] = kHyperMutationCost },
// Alien markers
{ [kTechDataId] = kTechId.ThreatMarker, [kTechDataImplemented] = true, [kTechDataDisplayName] = "MARK_THREAT", [kTechDataTooltipInfo] = "PHEROMONE_THREAT_TOOLTIP",},
{ [kTechDataId] = kTechId.NeedHealingMarker, [kTechDataImplemented] = true, [kTechDataDisplayName] = "NEED_HEALING_HERE", [kTechDataTooltipInfo] = "PHEROMONE_HEAL_TOOLTIP",},
{ [kTechDataId] = kTechId.WeakMarker, [kTechDataImplemented] = true, [kTechDataDisplayName] = "WEAK_HERE", [kTechDataTooltipInfo] = "PHEROMONE_HEAL_TOOLTIP",},
{ [kTechDataId] = kTechId.ExpandingMarker, [kTechDataImplemented] = true, [kTechDataDisplayName] = "EXPANDING_HERE", [kTechDataTooltipInfo] = "PHEROMONE_EXPANDING_TOOLTIP",},
{ [kTechDataId] = kTechId.NutrientMist, [kTechDataMapName] = NutrientMist.kMapName, [kTechDataAllowStacking] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataCollideWithWorldOnly] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "NUTRIENT_MIST", [kTechDataCostKey] = kNutrientMistCost, [kTechDataCooldown] = kNutrientMistCooldown, [kTechDataTooltipInfo] = "NUTRIENT_MIST_TOOLTIP"},
{ [kTechDataId] = kTechId.BoneWall, [kTechDataMaxExtents] = Vector(8, 1, 8), [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataModel] = BoneWall.kModelName, [kTechDataMapName] = BoneWall.kMapName, [kTechDataOverrideCoordsMethod] = AlignBoneWalls, [kTechDataMaxHealth] = kBoneWallHealth, [kTechDataMaxArmor] = kBoneWallArmor, [kTechDataPointValue] = 0, [kTechDataCooldown] = kBoneWallCooldown, [kTechDataAllowStacking] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataCollideWithWorldOnly] = true, [kTechDataRequiresInfestation] = true, [kTechDataDisplayName] = "INFESTATION_SPIKE", [kTechDataCostKey] = kBoneWallCost, [kTechDataTooltipInfo] = "INFESTATION_SPIKE_TOOLTIP"},
{ [kTechDataId] = kTechId.Contamination, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataModel] = Contamination.kModelName, [kTechDataMapName] = Contamination.kMapName, [kTechDataMaxHealth] = kContaminationHealth, [kTechDataMaxArmor] = kContaminationArmor, [kTechDataPointValue] = 0, [kTechDataCooldown] = kContaminationCooldown, [kTechDataCollideWithWorldOnly] = true, [kTechDataDisplayName] = "CONTAMINATION", [kTechDataCostKey] = kContaminationCost, [kTechDataTooltipInfo] = "CONTAMINATION_TOOLTIP"},
{ [kTechDataId] = kTechId.Rupture, [kTechDataCooldown] = kRuptureCooldown, [kTechDataMapName] = Rupture.kMapName, [kTechDataGhostModelClass] = "AlienGhostModel", [kTechDataDisplayName] = "RUPTURE", [kTechDataAllowStacking] = true, [kTechDataCollideWithWorldOnly] = true, [kTechDataRequiresInfestation] = true, [kTechDataIgnorePathingMesh] = true, [kTechDataCostKey] = kRuptureCost, [kTechDataTooltipInfo] = "RUPTURE_TOOLTIP"},
// Alerts
{ [kTechDataId] = kTechId.MarineAlertSentryUnderAttack, [kTechDataAlertSound] = Sentry.kUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 0, [kTechDataAlertText] = "MARINE_ALERT_SENTRY_UNDERATTACK", [kTechDataAlertTeam] = false},
{ [kTechDataId] = kTechId.MarineAlertSoldierUnderAttack, [kTechDataAlertSound] = MarineCommander.kSoldierUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 0, [kTechDataAlertText] = "MARINE_ALERT_SOLDIER_UNDERATTACK", [kTechDataAlertTeam] = true},
{ [kTechDataId] = kTechId.MarineAlertStructureUnderAttack, [kTechDataAlertSound] = MarineCommander.kStructureUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 1, [kTechDataAlertText] = "MARINE_ALERT_STRUCTURE_UNDERATTACK", [kTechDataAlertTeam] = true},
{ [kTechDataId] = kTechId.MarineAlertExtractorUnderAttack, [kTechDataAlertSound] = MarineCommander.kStructureUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 1, [kTechDataAlertText] = "MARINE_ALERT_EXTRACTOR_UNDERATTACK", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true},
{ [kTechDataId] = kTechId.MarineAlertCommandStationUnderAttack, [kTechDataAlertSound] = CommandStation.kUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 2, [kTechDataAlertText] = "MARINE_ALERT_COMMANDSTATION_UNDERAT", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true, [kTechDataAlertSendTeamMessage] = kTeamMessageTypes.CommandStationUnderAttack},
{ [kTechDataId] = kTechId.MarineAlertInfantryPortalUnderAttack, [kTechDataAlertSound] = InfantryPortal.kUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 1, [kTechDataAlertText] = "MARINE_ALERT_INFANTRYPORTAL_UNDERAT", [kTechDataAlertTeam] = true, [kTechDataAlertSendTeamMessage] = kTeamMessageTypes.IPUnderAttack},
{ [kTechDataId] = kTechId.MarineAlertCommandStationComplete, [kTechDataAlertSound] = MarineCommander.kCommandStationCompletedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_COMMAND_STATION_COMPLETE", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true,},
{ [kTechDataId] = kTechId.MarineAlertConstructionComplete, [kTechDataAlertSound] = MarineCommander.kObjectiveCompletedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_CONSTRUCTION_COMPLETE", [kTechDataAlertTeam] = false},
{ [kTechDataId] = kTechId.MarineCommanderEjected, [kTechDataAlertSound] = MarineCommander.kCommanderEjectedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_COMMANDER_EJECTED", [kTechDataAlertTeam] = true},
{ [kTechDataId] = kTechId.MarineAlertSentryFiring, [kTechDataAlertSound] = MarineCommander.kSentryFiringSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_SENTRY_FIRING"},
{ [kTechDataId] = kTechId.MarineAlertSoldierLost, [kTechDataAlertSound] = MarineCommander.kSoldierLostSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_SOLDIER_LOST", [kTechDataAlertOthersOnly] = true},
{ [kTechDataId] = kTechId.MarineAlertAcknowledge, [kTechDataAlertSound] = MarineCommander.kSoldierAcknowledgesSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "MARINE_ALERT_ACKNOWLEDGE"},
{ [kTechDataId] = kTechId.MarineAlertNeedAmmo, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = MarineCommander.kSoldierNeedsAmmoSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "MARINE_ALERT_NEED_AMMO"},
{ [kTechDataId] = kTechId.MarineAlertNeedMedpack, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = MarineCommander.kSoldierNeedsHealthSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "MARINE_ALERT_NEED_MEDPACK"},
{ [kTechDataId] = kTechId.MarineAlertNeedOrder, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = MarineCommander.kSoldierNeedsOrderSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "MARINE_ALERT_NEED_ORDER"},
{ [kTechDataId] = kTechId.MarineAlertUpgradeComplete, [kTechDataAlertSound] = MarineCommander.kUpgradeCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_UPGRADE_COMPLETE"},
{ [kTechDataId] = kTechId.MarineAlertResearchComplete, [kTechDataAlertSound] = MarineCommander.kResearchCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_RESEARCH_COMPLETE"},
{ [kTechDataId] = kTechId.MarineAlertManufactureComplete, [kTechDataAlertSound] = MarineCommander.kManufactureCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_MANUFACTURE_COMPLETE"},
{ [kTechDataId] = kTechId.MarineAlertNotEnoughResources, [kTechDataAlertSound] = Player.kNotEnoughResourcesSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_NOT_ENOUGH_RESOURCES"},
{ [kTechDataId] = kTechId.MarineAlertMACBlocked, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_MAC_BLOCKED"},
{ [kTechDataId] = kTechId.MarineAlertOrderComplete, [kTechDataAlertSound] = MarineCommander.kObjectiveCompletedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_ORDER_COMPLETE"},
{ [kTechDataId] = kTechId.MACAlertConstructionComplete, [kTechDataAlertSound] = MarineCommander.kMACObjectiveCompletedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "MARINE_ALERT_CONSTRUCTION_COMPLETE"},
{ [kTechDataId] = kTechId.AlienAlertNeedMist, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = AlienCommander.kSoldierNeedsMistSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "ALIEN_ALERT_NEED_MIST"},
{ [kTechDataId] = kTechId.AlienAlertNeedHarvester, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = AlienCommander.kSoldierNeedsHarvesterSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "ALIEN_ALERT_NEED_HARVESTER"},
// { [kTechDataId] = kTechId.AlienAlertNeedEnzyme, [kTechDataAlertIgnoreInterval] = true, [kTechDataAlertSound] = AlienCommander.kSoldierNeedsEnzymeSoundName, [kTechDataAlertType] = kAlertType.Request, [kTechDataAlertText] = "ALIEN_ALERT_NEED_ENZYME"},
{ [kTechDataId] = kTechId.AlienAlertHiveUnderAttack, [kTechDataAlertSound] = Hive.kUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 2, [kTechDataAlertText] = "ALIEN_ALERT_HIVE_UNDERATTACK", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true, [kTechDataAlertSendTeamMessage] = kTeamMessageTypes.HiveUnderAttack},
{ [kTechDataId] = kTechId.AlienAlertStructureUnderAttack, [kTechDataAlertSound] = AlienCommander.kStructureUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 0, [kTechDataAlertText] = "ALIEN_ALERT_STRUCTURE_UNDERATTACK", [kTechDataAlertTeam] = true},
{ [kTechDataId] = kTechId.AlienAlertHarvesterUnderAttack, [kTechDataAlertSound] = AlienCommander.kHarvesterUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 1, [kTechDataAlertText] = "ALIEN_ALERT_HARVESTER_UNDERATTACK", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true},
{ [kTechDataId] = kTechId.AlienAlertLifeformUnderAttack, [kTechDataAlertSound] = AlienCommander.kLifeformUnderAttackSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 0, [kTechDataAlertText] = "ALIEN_ALERT_LIFEFORM_UNDERATTACK", [kTechDataAlertTeam] = true},
{ [kTechDataId] = kTechId.AlienAlertHiveDying, [kTechDataAlertSound] = Hive.kDyingSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertPriority] = 3, [kTechDataAlertText] = "ALIEN_ALERT_HIVE_DYING", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true},
{ [kTechDataId] = kTechId.AlienAlertHiveComplete, [kTechDataAlertSound] = Hive.kCompleteSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_HIVE_COMPLETE", [kTechDataAlertTeam] = true, [kTechDataAlertIgnoreDistance] = true},
{ [kTechDataId] = kTechId.AlienAlertUpgradeComplete, [kTechDataAlertSound] = AlienCommander.kUpgradeCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_UPGRADE_COMPLETE"},
{ [kTechDataId] = kTechId.AlienAlertResearchComplete, [kTechDataAlertSound] = AlienCommander.kResearchCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_RESEARCH_COMPLETE"},
{ [kTechDataId] = kTechId.AlienAlertManufactureComplete, [kTechDataAlertSound] = AlienCommander.kManufactureCompleteSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_MANUFACTURE_COMPLETE"},
{ [kTechDataId] = kTechId.AlienAlertOrderComplete, [kTechDataAlertSound] = AlienCommander.kObjectiveCompletedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_ORDER_COMPLETE"},
{ [kTechDataId] = kTechId.AlienAlertGorgeBuiltHarvester, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_GORGEBUILT_HARVESTER"},
{ [kTechDataId] = kTechId.AlienAlertNotEnoughResources, [kTechDataAlertSound] = Alien.kNotEnoughResourcesSound, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_NOTENOUGH_RESOURCES"},
{ [kTechDataId] = kTechId.AlienCommanderEjected, [kTechDataAlertSound] = AlienCommander.kCommanderEjectedSoundName, [kTechDataAlertType] = kAlertType.Info, [kTechDataAlertText] = "ALIEN_ALERT_COMMANDER_EJECTED", [kTechDataAlertTeam] = true},
{
[kTechDataId] = kTechId.DeathTrigger,
[kTechDataDisplayName] = "DEATH_TRIGGER",
[kTechDataMapName] = DeathTrigger.kMapName,
[kTechDataModel] = ""
},
}
return techData
end
kTechData = nil
function LookupTechId(fieldData, fieldName)
// Initialize table if necessary
if(kTechData == nil) then
kTechData = BuildTechData()
end
if fieldName == nil or fieldName == "" then
Print("LookupTechId(%s, %s) called improperly.", tostring(fieldData), tostring(fieldName))
return kTechId.None
end
for index,record in ipairs(kTechData) do
local currentField = record[fieldName]
if(fieldData == currentField) then
return record[kTechDataId]
end
end
//Print("LookupTechId(%s, %s) returned kTechId.None", fieldData, fieldName)
return kTechId.None
end
// Table of fieldName tables. Each fieldName table is indexed by techId and returns data.
local cachedTechData = {}
function ClearCachedTechData()
cachedTechData = {}
end
// Returns true or false. If true, return output in "data"
function GetCachedTechData(techId, fieldName)
local entry = cachedTechData[fieldName]
if entry ~= nil then
return entry[techId]
end
return nil
end
function SetCachedTechData(techId, fieldName, data)
local inserted = false
local entry = cachedTechData[fieldName]
if entry == nil then
cachedTechData[fieldName] = {}
entry = cachedTechData[fieldName]
end
if entry[techId] == nil then
entry[techId] = data
inserted = true
end
return inserted
end
// Call with techId and fieldname (returns nil if field not found). Pass optional
// third parameter to use as default if not found.
function LookupTechData(techId, fieldName, default)
// Initialize table if necessary
if(kTechData == nil) then
kTechData = BuildTechData()
end
if techId == nil or techId == 0 or fieldName == nil or fieldName == "" then
/*
local techIdString = ""
if type(tonumber(techId)) == "number" then
techIdString = EnumToString(kTechId, techId)
end
Print("LookupTechData(%s, %s, %s) called improperly.", tostring(techIdString), tostring(fieldName), tostring(default))
*/
return default
end
local data = GetCachedTechData(techId, fieldName)
if data == nil then
for index,record in ipairs(kTechData) do
local currentid = record[kTechDataId]
if(techId == currentid and record[fieldName] ~= nil) then
data = record[fieldName]
break
end
end
if data == nil then
data = default
end
if not SetCachedTechData(techId, fieldName, data) then
//Print("Didn't insert anything when calling SetCachedTechData(%d, %s, %s)", techId, fieldName, tostring(data))
else
//Print("Inserted new field with SetCachedTechData(%d, %s, %s)", techId, fieldName, tostring(data))
end
end
return data
end
// Returns true if specified class name is used to attach objects to
function GetIsAttachment(className)
return (className == "TechPoint") or (className == "ResourcePoint")
end
function GetRecycleAmount(techId, upgradeLevel)
local amount = GetCachedTechData(techId, kTechDataCostKey)
if techId == kTechId.AdvancedArmory then
amount = GetCachedTechData(kTechId.Armory, kTechDataCostKey, 0) + GetCachedTechData(kTechId.AdvancedArmoryUpgrade, kTechDataCostKey, 0)
end
return amount
end
local gTechForCategory = nil
function GetTechForCategory(techId)
if gTechForCategory == nil then
gTechForCategory = {}
for upgradeId = 2, #kTechId do
local category = LookupTechData(upgradeId, kTechDataCategory, nil)
if category and category ~= kTechId.None then
if not gTechForCategory[category] then
gTechForCategory[category] = {}
end
table.insertunique(gTechForCategory[category], upgradeId)
end
end
end
return gTechForCategory[techId] or {}
end
| gpl-3.0 |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/AudioEngine.lua | 2 | 9069 |
--------------------------------
-- @module AudioEngine
-- @parent_module ccexp
--------------------------------
--
-- @function [parent=#AudioEngine] lazyInit
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Sets the current playback position of an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- param sec The offset in seconds from the start to seek to.<br>
-- return
-- @function [parent=#AudioEngine] setCurrentTime
-- @param self
-- @param #int audioID
-- @param #float sec
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Gets the volume value of an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- return Volume value (range from 0.0 to 1.0).
-- @function [parent=#AudioEngine] getVolume
-- @param self
-- @param #int audioID
-- @return float#float ret (return value: float)
--------------------------------
-- Uncache the audio data from internal buffer.<br>
-- AudioEngine cache audio data on ios,mac, and win32 platform.<br>
-- warning This can lead to stop related audio first.<br>
-- param filePath Audio file path.
-- @function [parent=#AudioEngine] uncache
-- @param self
-- @param #string filePath
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Resume all suspended audio instances.
-- @function [parent=#AudioEngine] resumeAll
-- @param self
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Stop all audio instances.
-- @function [parent=#AudioEngine] stopAll
-- @param self
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Pause an audio instance.<br>
-- param audioID An audioID returned by the play2d function.
-- @function [parent=#AudioEngine] pause
-- @param self
-- @param #int audioID
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Gets the maximum number of simultaneous audio instance of AudioEngine.
-- @function [parent=#AudioEngine] getMaxAudioInstance
-- @param self
-- @return int#int ret (return value: int)
--------------------------------
-- Check whether AudioEngine is enabled.
-- @function [parent=#AudioEngine] isEnabled
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Gets the current playback position of an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- return The current playback position of an audio instance.
-- @function [parent=#AudioEngine] getCurrentTime
-- @param self
-- @param #int audioID
-- @return float#float ret (return value: float)
--------------------------------
-- Sets the maximum number of simultaneous audio instance for AudioEngine.<br>
-- param maxInstances The maximum number of simultaneous audio instance.
-- @function [parent=#AudioEngine] setMaxAudioInstance
-- @param self
-- @param #int maxInstances
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Checks whether an audio instance is loop.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- return Whether or not an audio instance is loop.
-- @function [parent=#AudioEngine] isLoop
-- @param self
-- @param #int audioID
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Pause all playing audio instances.
-- @function [parent=#AudioEngine] pauseAll
-- @param self
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Uncache all audio data from internal buffer.<br>
-- warning All audio will be stopped first.
-- @function [parent=#AudioEngine] uncacheAll
-- @param self
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Sets volume for an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- param volume Volume value (range from 0.0 to 1.0).
-- @function [parent=#AudioEngine] setVolume
-- @param self
-- @param #int audioID
-- @param #float volume
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- @overload self, string, function
-- @overload self, string
-- @function [parent=#AudioEngine] preload
-- @param self
-- @param #string filePath
-- @param #function callback
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Whether to enable playing audios<br>
-- note If it's disabled, current playing audios will be stopped and the later 'preload', 'play2d' methods will take no effects.
-- @function [parent=#AudioEngine] setEnabled
-- @param self
-- @param #bool isEnabled
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Play 2d sound.<br>
-- param filePath The path of an audio file.<br>
-- param loop Whether audio instance loop or not.<br>
-- param volume Volume value (range from 0.0 to 1.0).<br>
-- param profile A profile for audio instance. When profile is not specified, default profile will be used.<br>
-- return An audio ID. It allows you to dynamically change the behavior of an audio instance on the fly.<br>
-- see `AudioProfile`
-- @function [parent=#AudioEngine] play2d
-- @param self
-- @param #string filePath
-- @param #bool loop
-- @param #float volume
-- @param #cc.experimental::AudioProfile profile
-- @return int#int ret (return value: int)
--------------------------------
-- Returns the state of an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- return The status of an audio instance.
-- @function [parent=#AudioEngine] getState
-- @param self
-- @param #int audioID
-- @return int#int ret (return value: int)
--------------------------------
-- Resume an audio instance.<br>
-- param audioID An audioID returned by the play2d function.
-- @function [parent=#AudioEngine] resume
-- @param self
-- @param #int audioID
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Stop an audio instance.<br>
-- param audioID An audioID returned by the play2d function.
-- @function [parent=#AudioEngine] stop
-- @param self
-- @param #int audioID
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Release objects relating to AudioEngine.<br>
-- warning It must be called before the application exit.<br>
-- lua endToLua
-- @function [parent=#AudioEngine] end
-- @param self
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Gets the duration of an audio instance.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- return The duration of an audio instance.
-- @function [parent=#AudioEngine] getDuration
-- @param self
-- @param #int audioID
-- @return float#float ret (return value: float)
--------------------------------
-- Sets whether an audio instance loop or not.<br>
-- param audioID An audioID returned by the play2d function.<br>
-- param loop Whether audio instance loop or not.
-- @function [parent=#AudioEngine] setLoop
-- @param self
-- @param #int audioID
-- @param #bool loop
-- @return experimental::AudioEngine#experimental::AudioEngine self (return value: cc.experimental::AudioEngine)
--------------------------------
-- Gets the default profile of audio instances.<br>
-- return The default profile of audio instances.
-- @function [parent=#AudioEngine] getDefaultProfile
-- @param self
-- @return experimental::AudioProfile#experimental::AudioProfile ret (return value: cc.experimental::AudioProfile)
--------------------------------
-- @overload self, string
-- @overload self, int
-- @function [parent=#AudioEngine] getProfile
-- @param self
-- @param #int audioID
-- @return experimental::AudioProfile#experimental::AudioProfile ret (return value: cc.experimental::AudioProfile)
--------------------------------
-- Gets playing audio count.
-- @function [parent=#AudioEngine] getPlayingAudioCount
-- @param self
-- @return int#int ret (return value: int)
return nil
| gpl-3.0 |
khanasbot/Avatar_Bot | plugins/banhammer.lua | 294 | 10470 | local function is_user_whitelisted(id)
local hash = 'whitelist:user#id'..id
local white = redis:get(hash) or false
return white
end
local function is_chat_whitelisted(id)
local hash = 'whitelist:chat#id'..id
local white = redis:get(hash) or false
return white
end
local function kick_user(user_id, chat_id)
local chat = 'chat#id'..chat_id
local user = 'user#id'..user_id
chat_del_user(chat, user, ok_cb, true)
end
local function ban_user(user_id, chat_id)
-- Save to redis
local hash = 'banned:'..chat_id..':'..user_id
redis:set(hash, true)
-- Kick from chat
kick_user(user_id, chat_id)
end
local function superban_user(user_id, chat_id)
-- Save to redis
local hash = 'superbanned:'..user_id
redis:set(hash, true)
-- Kick from chat
kick_user(user_id, chat_id)
end
local function is_banned(user_id, chat_id)
local hash = 'banned:'..chat_id..':'..user_id
local banned = redis:get(hash)
return banned or false
end
local function is_super_banned(user_id)
local hash = 'superbanned:'..user_id
local superbanned = redis:get(hash)
return superbanned or false
end
local function pre_process(msg)
-- SERVICE MESSAGE
if msg.action and msg.action.type then
local action = msg.action.type
-- Check if banned user joins chat
if action == 'chat_add_user' or action == 'chat_add_user_link' then
local user_id
if msg.action.link_issuer then
user_id = msg.from.id
else
user_id = msg.action.user.id
end
print('Checking invited user '..user_id)
local superbanned = is_super_banned(user_id)
local banned = is_banned(user_id, msg.to.id)
if superbanned or banned then
print('User is banned!')
kick_user(user_id, msg.to.id)
end
end
-- No further checks
return msg
end
-- BANNED USER TALKING
if msg.to.type == 'chat' then
local user_id = msg.from.id
local chat_id = msg.to.id
local superbanned = is_super_banned(user_id)
local banned = is_banned(user_id, chat_id)
if superbanned then
print('SuperBanned user talking!')
superban_user(user_id, chat_id)
msg.text = ''
end
if banned then
print('Banned user talking!')
ban_user(user_id, chat_id)
msg.text = ''
end
end
-- WHITELIST
local hash = 'whitelist:enabled'
local whitelist = redis:get(hash)
local issudo = is_sudo(msg)
-- Allow all sudo users even if whitelist is allowed
if whitelist and not issudo then
print('Whitelist enabled and not sudo')
-- Check if user or chat is whitelisted
local allowed = is_user_whitelisted(msg.from.id)
if not allowed then
print('User '..msg.from.id..' not whitelisted')
if msg.to.type == 'chat' then
allowed = is_chat_whitelisted(msg.to.id)
if not allowed then
print ('Chat '..msg.to.id..' not whitelisted')
else
print ('Chat '..msg.to.id..' whitelisted :)')
end
end
else
print('User '..msg.from.id..' allowed :)')
end
if not allowed then
msg.text = ''
end
else
print('Whitelist not enabled or is sudo')
end
return msg
end
local function username_id(cb_extra, success, result)
local get_cmd = cb_extra.get_cmd
local receiver = cb_extra.receiver
local chat_id = cb_extra.chat_id
local member = cb_extra.member
local text = 'No user @'..member..' in this group.'
for k,v in pairs(result.members) do
vusername = v.username
if vusername == member then
member_username = member
member_id = v.id
if get_cmd == 'kick' then
return kick_user(member_id, chat_id)
elseif get_cmd == 'ban user' then
send_large_msg(receiver, 'User @'..member..' ['..member_id..'] banned')
return ban_user(member_id, chat_id)
elseif get_cmd == 'superban user' then
send_large_msg(receiver, 'User @'..member..' ['..member_id..'] globally banned!')
return superban_user(member_id, chat_id)
elseif get_cmd == 'whitelist user' then
local hash = 'whitelist:user#id'..member_id
redis:set(hash, true)
return send_large_msg(receiver, 'User @'..member..' ['..member_id..'] whitelisted')
elseif get_cmd == 'whitelist delete user' then
local hash = 'whitelist:user#id'..member_id
redis:del(hash)
return send_large_msg(receiver, 'User @'..member..' ['..member_id..'] removed from whitelist')
end
end
end
return send_large_msg(receiver, text)
end
local function run(msg, matches)
if matches[1] == 'kickme' then
kick_user(msg.from.id, msg.to.id)
end
if not is_momod(msg) then
return nil
end
local receiver = get_receiver(msg)
if matches[4] then
get_cmd = matches[1]..' '..matches[2]..' '..matches[3]
elseif matches[3] then
get_cmd = matches[1]..' '..matches[2]
else
get_cmd = matches[1]
end
if matches[1] == 'ban' then
local user_id = matches[3]
local chat_id = msg.to.id
if msg.to.type == 'chat' then
if matches[2] == 'user' then
if string.match(matches[3], '^%d+$') then
ban_user(user_id, chat_id)
send_large_msg(receiver, 'User '..user_id..' banned!')
else
local member = string.gsub(matches[3], '@', '')
chat_info(receiver, username_id, {get_cmd=get_cmd, receiver=receiver, chat_id=chat_id, member=member})
end
end
if matches[2] == 'delete' then
local hash = 'banned:'..chat_id..':'..user_id
redis:del(hash)
return 'User '..user_id..' unbanned'
end
else
return 'This isn\'t a chat group'
end
end
if matches[1] == 'superban' and is_admin(msg) then
local user_id = matches[3]
local chat_id = msg.to.id
if matches[2] == 'user' then
if string.match(matches[3], '^%d+$') then
superban_user(user_id, chat_id)
send_large_msg(receiver, 'User '..user_id..' globally banned!')
else
local member = string.gsub(matches[3], '@', '')
chat_info(receiver, username_id, {get_cmd=get_cmd, receiver=receiver, chat_id=chat_id, member=member})
end
end
if matches[2] == 'delete' then
local hash = 'superbanned:'..user_id
redis:del(hash)
return 'User '..user_id..' unbanned'
end
end
if matches[1] == 'kick' then
if msg.to.type == 'chat' then
if string.match(matches[2], '^%d+$') then
kick_user(matches[2], msg.to.id)
else
local member = string.gsub(matches[2], '@', '')
chat_info(receiver, username_id, {get_cmd=get_cmd, receiver=receiver, chat_id=msg.to.id, member=member})
end
else
return 'This isn\'t a chat group'
end
end
if matches[1] == 'whitelist' then
if matches[2] == 'enable' and is_sudo(msg) then
local hash = 'whitelist:enabled'
redis:set(hash, true)
return 'Enabled whitelist'
end
if matches[2] == 'disable' and is_sudo(msg) then
local hash = 'whitelist:enabled'
redis:del(hash)
return 'Disabled whitelist'
end
if matches[2] == 'user' then
if string.match(matches[3], '^%d+$') then
local hash = 'whitelist:user#id'..matches[3]
redis:set(hash, true)
return 'User '..matches[3]..' whitelisted'
else
local member = string.gsub(matches[3], '@', '')
chat_info(receiver, username_id, {get_cmd=get_cmd, receiver=receiver, chat_id=msg.to.id, member=member})
end
end
if matches[2] == 'chat' then
if msg.to.type ~= 'chat' then
return 'This isn\'t a chat group'
end
local hash = 'whitelist:chat#id'..msg.to.id
redis:set(hash, true)
return 'Chat '..msg.to.print_name..' ['..msg.to.id..'] whitelisted'
end
if matches[2] == 'delete' and matches[3] == 'user' then
if string.match(matches[4], '^%d+$') then
local hash = 'whitelist:user#id'..matches[4]
redis:del(hash)
return 'User '..matches[4]..' removed from whitelist'
else
local member = string.gsub(matches[4], '@', '')
chat_info(receiver, username_id, {get_cmd=get_cmd, receiver=receiver, chat_id=msg.to.id, member=member})
end
end
if matches[2] == 'delete' and matches[3] == 'chat' then
if msg.to.type ~= 'chat' then
return 'This isn\'t a chat group'
end
local hash = 'whitelist:chat#id'..msg.to.id
redis:del(hash)
return 'Chat '..msg.to.print_name..' ['..msg.to.id..'] removed from whitelist'
end
end
end
return {
description = "Plugin to manage bans, kicks and white/black lists.",
usage = {
user = "!kickme : Exit from group",
moderator = {
"!whitelist <enable>/<disable> : Enable or disable whitelist mode",
"!whitelist user <user_id> : Allow user to use the bot when whitelist mode is enabled",
"!whitelist user <username> : Allow user to use the bot when whitelist mode is enabled",
"!whitelist chat : Allow everybody on current chat to use the bot when whitelist mode is enabled",
"!whitelist delete user <user_id> : Remove user from whitelist",
"!whitelist delete chat : Remove chat from whitelist",
"!ban user <user_id> : Kick user from chat and kicks it if joins chat again",
"!ban user <username> : Kick user from chat and kicks it if joins chat again",
"!ban delete <user_id> : Unban user",
"!kick <user_id> : Kick user from chat group by id",
"!kick <username> : Kick user from chat group by username",
},
admin = {
"!superban user <user_id> : Kick user from all chat and kicks it if joins again",
"!superban user <username> : Kick user from all chat and kicks it if joins again",
"!superban delete <user_id> : Unban user",
},
},
patterns = {
"^!(whitelist) (enable)$",
"^!(whitelist) (disable)$",
"^!(whitelist) (user) (.*)$",
"^!(whitelist) (chat)$",
"^!(whitelist) (delete) (user) (.*)$",
"^!(whitelist) (delete) (chat)$",
"^!(ban) (user) (.*)$",
"^!(ban) (delete) (.*)$",
"^!(superban) (user) (.*)$",
"^!(superban) (delete) (.*)$",
"^!(kick) (.*)$",
"^!(kickme)$",
"^!!tgservice (.+)$",
},
run = run,
pre_process = pre_process
} | gpl-2.0 |
oUF-wow/oUF | elements/raidtargetindicator.lua | 10 | 2510 | --[[
# Element: Raid Target Indicator
Handles the visibility and updating of an indicator based on the unit's raid target assignment.
## Widget
RaidTargetIndicator - A `Texture` used to display the raid target icon.
## Notes
A default texture will be applied if the widget is a Texture and doesn't have a texture set.
## Examples
-- Position and size
local RaidTargetIndicator = self:CreateTexture(nil, 'OVERLAY')
RaidTargetIndicator:SetSize(16, 16)
RaidTargetIndicator:SetPoint('TOPRIGHT', self)
-- Register it with oUF
self.RaidTargetIndicator = RaidTargetIndicator
--]]
local _, ns = ...
local oUF = ns.oUF
local GetRaidTargetIndex = GetRaidTargetIndex
local SetRaidTargetIconTexture = SetRaidTargetIconTexture
local function Update(self, event)
local element = self.RaidTargetIndicator
--[[ Callback: RaidTargetIndicator:PreUpdate()
Called before the element has been updated.
* self - the RaidTargetIndicator element
--]]
if(element.PreUpdate) then
element:PreUpdate()
end
local index = GetRaidTargetIndex(self.unit)
if(index) then
SetRaidTargetIconTexture(element, index)
element:Show()
else
element:Hide()
end
--[[ Callback: RaidTargetIndicator:PostUpdate(index)
Called after the element has been updated.
* self - the RaidTargetIndicator element
* index - the index of the raid target marker (number?)[1-8]
--]]
if(element.PostUpdate) then
return element:PostUpdate(index)
end
end
local function Path(self, ...)
--[[ Override: RaidTargetIndicator.Override(self, event)
Used to completely override the internal update function.
* self - the parent object
* event - the event triggering the update (string)
--]]
return (self.RaidTargetIndicator.Override or Update) (self, ...)
end
local function ForceUpdate(element)
if(not element.__owner.unit) then return end
return Path(element.__owner, 'ForceUpdate')
end
local function Enable(self)
local element = self.RaidTargetIndicator
if(element) then
element.__owner = self
element.ForceUpdate = ForceUpdate
self:RegisterEvent('RAID_TARGET_UPDATE', Path, true)
if(element:IsObjectType('Texture') and not element:GetTexture()) then
element:SetTexture([[Interface\TargetingFrame\UI-RaidTargetingIcons]])
end
return true
end
end
local function Disable(self)
local element = self.RaidTargetIndicator
if(element) then
element:Hide()
self:UnregisterEvent('RAID_TARGET_UPDATE', Path)
end
end
oUF:AddElement('RaidTargetIndicator', Path, Enable, Disable)
| mit |
CodeLiners/Silcom-Kernel | mod/io_old.lua | 1 | 4333 | local function getPID()
return thread_get(thread_getRunning()).pid
end
on("load",
function()
registerHook("io_stdout", function(text)
local pid = getPID()
process_set(pid, "stdoutbuff", process_get(pid).stdoutbuff..text)
end)
registerHook("io_stdin", function(mode, block)
local inp = process_get(getPID()).stdinbuff
if mode == "line" then
local ret = ""
while true do
if 1 == inp:len() and not block then
ret = ret..inp
inp = ""
return ret
elseif inp:len() == 0 and not block then
return ret
elseif inp:len() == 0 then
coroutine.yield()
end
ret = ret.inp:sub(1,1)
inp = inp:sub(2)
if ret:sub(-1, -1) == "\n" then
return ret:sub(1, -2)
end
end
elseif mode == "char" then
local ret
while inp:len() == 0 do
ret = inp:sub(1,1)
inp = ret.inp:sub(1,1)
if not block then break end
coroutine.yield()
end
return ret
end
end)
registerHook("io_stderr", function(text)
local pid = getPID()
process_set(pid, "stderrbuff", process_get(pid).stderrbuff..text)
end)
registerHook("io_readstderr", function(tarpid, mode)
if not process_mayInteractWith(getPID(), tarpid) then
error("Cannot read stderr from that process", 3)
end
local inp = process_get(tarpid).stderrbuff
if mode == "line" then
local ret = ""
while true do
if 1 == inp:len() then
ret = ret..inp
inp = ""
return ret
elseif inp:len() == 0 then
return ret
end
ret = ret.inp:sub(1,1)
inp = inp:sub(2)
if ret:sub(-1, -1) == "\n" then
return ret:sub(1, -2)
end
end
elseif mode == "char" then
local ret = inp:sub(1,1)
inp = ret.inp:sub(1,1)
return ret
end
end)
registerHook("io_readstdout", function(tarpid, mode)
if not process_mayInteractWith(getPID(), tarpid) then
error("Cannot read stdout from that process", 3)
end
--print("1(read from):", tarpid or "nil")
local inp = process_get(tarpid).stdoutbuff
if mode == "line" then
--print("2")
local ret = ""
while true do
--print("3:", ret or "nil", ":", inp or "nil")
if 1 == inp:len() then
ret = ret..inp
inp = ""
process_set(tarpid, "stdoutbuff", inp)
return ret
elseif inp:len() == 0 then
process_set(tarpid, "stdoutbuff", inp)
return ret
end
ret = ret..inp:sub(1,1)
inp = inp:sub(2)
if ret:sub(-1, -1) == "\n" then
process_set(tarpid, "stdoutbuff", inp)
return ret:sub(1, -2)
end
end
elseif mode == "char" then
local ret = inp:sub(1,1)
inp = ret.inp:sub(1,1)
process_set(tarpid, "stdoutbuff", inp)
return ret
end
end)
registerHook("io_writestdin", function(tarpid, mode)
if not process_mayInteractWith(getPID(), tarpid) then
error("Cannot write stdin of that process", 3)
end
process_set(tarpid, "stdinbuff", process_get(tarpid).stdinbuff..text)
end)
end
) | bsd-3-clause |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/Animation.lua | 11 | 6377 |
--------------------------------
-- @module Animation
-- @extend Ref
-- @parent_module cc
--------------------------------
-- Gets the times the animation is going to loop. 0 means animation is not animated. 1, animation is executed one time, ... <br>
-- return The times the animation is going to loop.
-- @function [parent=#Animation] getLoops
-- @param self
-- @return unsigned int#unsigned int ret (return value: unsigned int)
--------------------------------
-- Adds a SpriteFrame to a Animation.<br>
-- param frame The frame will be added with one "delay unit".
-- @function [parent=#Animation] addSpriteFrame
-- @param self
-- @param #cc.SpriteFrame frame
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- Sets whether to restore the original frame when animation finishes. <br>
-- param restoreOriginalFrame Whether to restore the original frame when animation finishes.
-- @function [parent=#Animation] setRestoreOriginalFrame
-- @param self
-- @param #bool restoreOriginalFrame
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
--
-- @function [parent=#Animation] clone
-- @param self
-- @return Animation#Animation ret (return value: cc.Animation)
--------------------------------
-- Gets the duration in seconds of the whole animation. It is the result of totalDelayUnits * delayPerUnit.<br>
-- return Result of totalDelayUnits * delayPerUnit.
-- @function [parent=#Animation] getDuration
-- @param self
-- @return float#float ret (return value: float)
--------------------------------
-- Initializes a Animation with AnimationFrame.<br>
-- since v2.0
-- @function [parent=#Animation] initWithAnimationFrames
-- @param self
-- @param #array_table arrayOfAnimationFrameNames
-- @param #float delayPerUnit
-- @param #unsigned int loops
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Initializes a Animation.
-- @function [parent=#Animation] init
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Sets the array of AnimationFrames. <br>
-- param frames The array of AnimationFrames.
-- @function [parent=#Animation] setFrames
-- @param self
-- @param #array_table frames
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- Gets the array of AnimationFrames.<br>
-- return The array of AnimationFrames.
-- @function [parent=#Animation] getFrames
-- @param self
-- @return array_table#array_table ret (return value: array_table)
--------------------------------
-- Sets the times the animation is going to loop. 0 means animation is not animated. 1, animation is executed one time, ... <br>
-- param loops The times the animation is going to loop.
-- @function [parent=#Animation] setLoops
-- @param self
-- @param #unsigned int loops
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- Sets the delay in seconds of the "delay unit".<br>
-- param delayPerUnit The delay in seconds of the "delay unit".
-- @function [parent=#Animation] setDelayPerUnit
-- @param self
-- @param #float delayPerUnit
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- Adds a frame with an image filename. Internally it will create a SpriteFrame and it will add it.<br>
-- The frame will be added with one "delay unit".<br>
-- Added to facilitate the migration from v0.8 to v0.9.<br>
-- param filename The path of SpriteFrame.
-- @function [parent=#Animation] addSpriteFrameWithFile
-- @param self
-- @param #string filename
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- Gets the total Delay units of the Animation. <br>
-- return The total Delay units of the Animation.
-- @function [parent=#Animation] getTotalDelayUnits
-- @param self
-- @return float#float ret (return value: float)
--------------------------------
-- Gets the delay in seconds of the "delay unit".<br>
-- return The delay in seconds of the "delay unit".
-- @function [parent=#Animation] getDelayPerUnit
-- @param self
-- @return float#float ret (return value: float)
--------------------------------
-- Initializes a Animation with frames and a delay between frames.<br>
-- since v0.99.5
-- @function [parent=#Animation] initWithSpriteFrames
-- @param self
-- @param #array_table arrayOfSpriteFrameNames
-- @param #float delay
-- @param #unsigned int loops
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Checks whether to restore the original frame when animation finishes. <br>
-- return Restore the original frame when animation finishes.
-- @function [parent=#Animation] getRestoreOriginalFrame
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Adds a frame with a texture and a rect. Internally it will create a SpriteFrame and it will add it.<br>
-- The frame will be added with one "delay unit".<br>
-- Added to facilitate the migration from v0.8 to v0.9.<br>
-- param pobTexture A frame with a texture.<br>
-- param rect The Texture of rect.
-- @function [parent=#Animation] addSpriteFrameWithTexture
-- @param self
-- @param #cc.Texture2D pobTexture
-- @param #rect_table rect
-- @return Animation#Animation self (return value: cc.Animation)
--------------------------------
-- @overload self, array_table, float, unsigned int
-- @overload self
-- @function [parent=#Animation] create
-- @param self
-- @param #array_table arrayOfAnimationFrameNames
-- @param #float delayPerUnit
-- @param #unsigned int loops
-- @return Animation#Animation ret (return value: cc.Animation)
--------------------------------
--
-- @function [parent=#Animation] createWithSpriteFrames
-- @param self
-- @param #array_table arrayOfSpriteFrameNames
-- @param #float delay
-- @param #unsigned int loops
-- @return Animation#Animation ret (return value: cc.Animation)
--------------------------------
--
-- @function [parent=#Animation] Animation
-- @param self
-- @return Animation#Animation self (return value: cc.Animation)
return nil
| gpl-3.0 |
pfgithub/liquid-science | prototypes/resource/data.lua | 1 | 1671 | local function autoplace_settings(name, coverage)
local ret = {
control = name,
sharpness = 1,
richness_multiplier = 1500,
richness_multiplier_distance_bonus = 20,
richness_base = 500,
coverage = coverage,
peaks = {
{
noise_layer = name,
noise_octaves_difference = -1.5,
noise_persistence = 0.3,
},
}
}
for i, resource in ipairs({ "sand-ore" }) do
if resource ~= name then
ret.starting_area_size = 600 * coverage
ret.starting_area_amount = 1500
end
end
return ret
end
data:extend({
{
type = "noise-layer",
name = "sand-ore"
}
})
data:extend({
{
type = "autoplace-control",
name = "sand-ore",
richness = true,
order = "g-s",
category = "resource"
}
})
data:extend({
{
type = "resource",
name = "sand-ore",
icon = "__liquid-science__/graphics/icons/resource/sand-ore.png",
flags = {"placeable-neutral"},
order="a-b-a",
minable =
{
hardness = 0.9,
mining_particle = "iron-ore" .. "-particle",
mining_time = 2,
result = "sand"
},
collision_box = {{ -0.1, -0.1}, {0.1, 0.1}},
selection_box = {{ -0.5, -0.5}, {0.5, 0.5}},
autoplace = autoplace_settings("sand-ore", 0.02),
stage_counts = {1000},
stages = {
sheet = {
filename = "__liquid-science__/graphics/icons/resource/sand-ore-texture.png",
priority = "extra-high",
width = 54,
height = 54,
frame_count = 1,
variation_count = 1
}
},
icon_size = 20,
--map_color = {r=0.85, g=0.765, b=0.608}
map_color = {r=255, g=255, b=204}
}
})
| mit |
McGlaspie/mvm | lua/mvm/SprintMixin.lua | 1 | 8125 |
Script.Load("lua/SprintMixin.lua")
// Max duration of sprint
SprintMixin.kMaxSprintTime = 4 //12 --FIXME This doesn't do shit apparently...
// Rate at which max sprint time comes back when not sprinting (multiplier x time)
SprintMixin.kSprintRecoveryRate = .5 // 1
// Must have this much energy to start sprint
SprintMixin.kMinSprintTime = 1 //5
// After this time, play extra sounds to indicate player is getting tired
SprintMixin.kSprintTiredTime = SprintMixin.kMaxSprintTime * 0.4
// Time it takes to get to top speed
SprintMixin.kSprintTime = 0.75 //1.5
// Releasing the sprint key within this time after pressing it puts you in sprint mode
SprintMixin.kSprintLockTime = .2
// Time it takes to come to rest
SprintMixin.kUnsprintTime = kMaxTimeToSprintAfterAttack
SprintMixin.kTiredSoundName = PrecacheAsset("sound/NS2.fev/marine/common/sprint_tired")
SprintMixin.expectedCallbacks =
{
GetVelocity = "",
GetActiveWeapon = "",
GetViewCoords = "",
GetIsOnGround = "",
}
SprintMixin.networkVars =
{
// time left to sprint is calculated by the three variables sprinting, timeSprintChange and sprintTimeOnChange
// time left = Clamp(sprintTimeOnChange + timn since sprint change * rateChange, 0, maxSprintTime
sprinting = "private boolean",
timeSprintChange = "private time",
sprintTimeOnChange = "private float (0 to " .. SprintMixin.kMaxSprintTime .. " by 0.01)",
desiredSprinting = "private boolean",
sprintingScalar = "private float (0 to 1 by 0.01)",
// This is set to the current time whenever the key state changes to down
sprintButtonDownTime = "private time",
sprintButtonUpTime = "private time",
sprintDownLastFrame = "private boolean",
sprintMode = "private boolean",
requireNewSprintPress = "private boolean",
}
function SprintMixin:__initmixin()
self.sprinting = false
self.timeSprintChange = Shared.GetTime()
self.sprintTimeOnChange = SprintMixin.kMaxSprintTime
self.desiredSprinting = false
self.sprintingScalar = 0
self.sprintButtonDownTime = 0
self.sprintButtonUpTime = 0
self.sprintDownLastFrame = false
self.sprintMode = false
self.requireNewSprintPress = false
end
function SprintMixin:GetIsSprinting()
return self.sprinting
end
function SprintMixin:GetSprintingScalar()
return self.sprintingScalar
end
function SprintMixin:OnSprintQuickPress()
if self.sprintMode then
self.sprintMode = false
else
//if self:GetSprintTime() > SprintMixin.kMinSprintTime then
self.sprintMode = true
//end
end
end
function SprintMixin:UpdateSprintMode(buttonDown)
if buttonDown ~= self.sprintDownLastFrame then
local time = Shared.GetTime()
if buttonDown then
self.sprintButtonDownTime = time
self.requireNewSprintPress = false
else
if (time - self.sprintButtonDownTime) < SprintMixin.kSprintLockTime then
self:OnSprintQuickPress()
end
self.sprintButtonUpTime = time
end
self.sprintDownLastFrame = buttonDown
end
end
function SprintMixin:UpdateSprintingState(input)
PROFILE("SprintMixin:UpdateSprintingState")
local velocity = self:GetVelocity()
local speed = velocity:GetLength()
local weapon = self:GetActiveWeapon()
local deployed = not weapon or not weapon.GetIsDeployed or weapon:GetIsDeployed()
local sprintingAllowedByWeapon = not deployed or not weapon or weapon:GetSprintAllowed()
local attacking = false
if weapon and weapon.GetTryingToFire then
attacking = weapon:GetTryingToFire(input)
end
local buttonDown = (bit.band(input.commands, Move.MovementModifier) ~= 0)
if not weapon or (not weapon.GetIsReloading or not weapon:GetIsReloading()) then
self:UpdateSprintMode(buttonDown)
end
// Allow small little falls to not break our sprint (stairs)
self.desiredSprinting = ( buttonDown or self.sprintMode )
and sprintingAllowedByWeapon
and speed > 1
and not self.crouching
and self:GetIsOnGround()
and not attacking
and not self.requireNewSprintPress
if input.move.z < kEpsilon then
self.desiredSprinting = false
else
// Only allow sprinting if we're pressing forward and moving in that direction
local normMoveDirection = GetNormalizedVectorXZ(self:GetViewCoords():TransformVector(input.move))
local normVelocity = GetNormalizedVectorXZ(velocity)
local viewFacing = GetNormalizedVectorXZ(self:GetViewCoords().zAxis)
if normVelocity:DotProduct(normMoveDirection) < 0.3 or normMoveDirection:DotProduct(viewFacing) < 0.2 then
self.desiredSprinting = false
end
end
if self.desiredSprinting ~= self.sprinting then
// Only allow sprinting to start if we have some minimum energy (so we don't start and stop constantly)
//if not self.desiredSprinting or (self:GetSprintTime() >= SprintMixin.kMinSprintTime) then
self.sprintTimeOnChange = self:GetSprintTime()
local sprintDuration = math.max(0, Shared.GetTime() - self.timeSprintChange)
self.timeSprintChange = Shared.GetTime()
self.sprinting = self.desiredSprinting
if self.sprinting then
if self.OnSprintStart then
self:OnSprintStart()
end
else
if self.OnSprintEnd then
self:OnSprintEnd(sprintDuration)
end
end
//end
end
// Some things break us out of sprint mode
if self.sprintMode and (attacking or speed <= 1 or not self:GetIsOnGround() or self.crouching) then
self.sprintMode = false
self.requireNewSprintPress = attacking
end
if self.desiredSprinting then
// * self:GetSprintTime() / SprintMixin.kMaxSprintTime
self.sprintingScalar = Clamp((Shared.GetTime() - self.timeSprintChange) / SprintMixin.kSprintTime, 0, 1)
else
self.sprintingScalar = 1 - Clamp((Shared.GetTime() - self.timeSprintChange) / SprintMixin.kUnsprintTime, 0, 1)
end
end
function SprintMixin:OnUpdate(deltaTime)
if self.OnUpdateSprint then
self:OnUpdateSprint(self.sprinting)
end
end
function SprintMixin:OnProcessMove(input)
local deltaTime = input.time
if self.OnUpdateSprint then
self:OnUpdateSprint(self.sprinting)
end
/*if self.sprinting then
if self:GetSprintTime() == 0 then
self.sprintTimeOnChange = 0
self.timeSprintChange = Shared.GetTime()
self.sprinting = false
if self.OnSprintEnd then
self:OnSprintEnd()
end
// Play local sound when we're tired (max 1 playback)
if Client and (Client.GetLocalPlayer() == self) then
Shared.PlaySound(self, SprintMixin.kTiredSoundName)
end
self.sprintMode = false
if self.sprintDownLastFrame then
self.requireNewSprintPress = true
end
end
end*/
end
function SprintMixin:GetSprintTime()
local dt = Shared.GetTime() - self.timeSprintChange
local rate = self.sprinting and -1 or SprintMixin.kSprintRecoveryRate
return Clamp( self.sprintTimeOnChange + dt * rate , 0, SprintMixin.kMaxSprintTime )
end
function SprintMixin:GetTiredScalar()
return Clamp( (1 - (self:GetSprintTime() / SprintMixin.kMaxSprintTime) ) * 2, 0, 1)
end
| gpl-3.0 |
haider1984/-1 | plugins/en-addsudo.lua | 5 | 1472 | --[[
▀▄ ▄▀▀▄▄▀▀▄▄▀▀▄▄▀▀▄▄▀▀▄▄▀▀▄▄▀▀▄▀▄▄▀▀▄▄▀▀▄▄▀▀▄▄▀▀
▀▄ ▄▀ ▀▄ ▄▀
▀▄ ▄▀ BY SAJJAD NOORI ▀▄ ▄▀
▀▄ ▄▀ BY SAJAD NOORI (@SAJJADNOORI) ▀▄ ▄▀
▀▄ ▄▀ JUST WRITED BY SAJJAD NOORI ▀▄ ▄▀
▀▄ ▄▀ ADD SUDO : اضافه مطور ▀▄ ▄▀
▀▄▀▀▄▄▀▀▄▄▀▄▄▀▀▄▄▀▀▄▄▀▄▄▀▀▄▄▀▀▄▄▀▄▄▀▀▄▄▀▀▄▄▀▄▄▀▀
--]]
do
local function callback(extra, success, result)
vardump(success)
vardump(result)
end
local function run(msg, matches)
if matches[1] == 'addsudo' then
chat = 'chat#'..msg.to.id
user1 = 'user#'..18293081
chat_add_user(chat, user1, callback, false)
return "Developer It has been added to this group "
end
if matches[1] == 'addsudo1' then
chat = 'chat#'..msg.to.id
user2 = 'user#'..18293081
chat_add_user(chat, user2, callback, false)
return "Developer It has been added to this group "
end
end
return {
description = "Invite Sudo and Admin",
usage = {
"/addsudo : invite Bot Sudo",
},
patterns = {
"^[!/#$](addsudo)",
"^[!/#$](addsudo1)",
"^/(add dev)",
"^/(add dev)",
},
run = run,
}
-- arabic : @SAJJADNOORI
end
| gpl-2.0 |
pydsigner/naev | docs/ai/examples/attacked.lua | 19 | 1323 | --[[
-- Based on when pilot is hit by something, then will attempt to retaliate
--]]
-- triggered when pilot is hit by something
function attacked ( attacker )
task = ai.taskname()
if task ~= "attack" and task ~= "runaway" then
-- some taunting
taunt( attacker )
-- now pilot fights back
ai.pushtask(0, "attack", attacker)
elseif task == "attack" then
if ai.targetid() ~= attacker then
ai.pushtask(0, "attack", attacker)
end
end
end
-- taunts
function taunt ( target )
num = ai.rnd(0,4)
if num == 0 then msg = "You dare attack me!"
elseif num == 1 then msg = "You are no match for the Empire!"
elseif num == 2 then msg = "The Empire will have your head!"
elseif num == 3 then msg = "You'll regret this!"
end
if msg then ai.comm(attacker, msg) end
end
-- attacks
function attack ()
target = ai.targetid()
-- make sure pilot exists
if not ai.exists(target) then
ai.poptask()
return
end
dir = ai.face( target )
dist = ai.dist( ai.pos(target) )
second = ai.secondary()
if ai.secondary() == "Launcher" then
ai.settarget(target)
ai.shoot(2)
end
if dir < 10 and dist > 300 then
ai.accel()
elseif (dir < 10 or ai.hasturrets()) and dist < 300 then
ai.shoot()
end
end
| gpl-3.0 |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/snow/src/abms.lua | 1 | 6864 | --[[
2017-09-21 modified by MrCerealGuy <mrcerealguy@gmx.de>
replaced nodeupdate(pos) (deprecated) with minetest.check_for_falling(pos)
--]]
-- Added to change dirt_with_snow to dirt if covered with blocks that don't let
-- light through (sunlight_propagates) or have a light paramtype and
-- liquidtype combination. ~ LazyJ, 2014_03_08
minetest.register_abm({
nodenames = {"default:dirt_with_snow"},
interval = 2,
chance = 20,
action = function(pos)
if not abm_allowed.yes then
return
end
local name = minetest.get_node({x=pos.x, y=pos.y+1, z=pos.z}).name
local nodedef = minetest.registered_nodes[name]
if name ~= "ignore"
and nodedef
and not (
(nodedef.sunlight_propagates or nodedef.paramtype == "light")
and nodedef.liquidtype == "none"
) then
minetest.set_node(pos, {name = "default:dirt"})
end
end
})
--Melting
--Any node part of the group melting will melt when near warm nodes such as lava, fire, torches, etc.
--The amount of water that replaces the node is defined by the number on the group:
--1: one water_source
--2: four water_flowings
--3: one water_flowing
minetest.register_abm({
nodenames = {"group:melts"},
neighbors = {"group:igniter", "default:torch", "default:furnace_active", "group:hot"},
interval = 10,
chance = 2,
action = function(pos, node)
if not abm_allowed.yes then
return
end
local intensity = minetest.get_item_group(node.name,"melts")
if intensity == 1 then
minetest.set_node(pos, {name="default:water_source"})
elseif intensity == 2 then
minetest.set_node(pos, {name="default:water_flowing", param2=7})
elseif intensity == 3 then
minetest.set_node(pos, {name="default:water_flowing", param2=3})
--[[ LazyJ, you need to add param2, which defines the amount of the flowing water ~ HybridDog 2015_03_06
This was causing "melts=2" nodes to just disappear so I changed it to replace the
node with a water_source for a couple seconds and then replace the water_source with
air. This way it made a watery mess that quickly evaporated. ~ LazyJ 2014_04_24
local check_place = function(pos,node)
if minetest.get_node(pos).name == "air" then
minetest.place_node(pos,node)
end
end
minetest.add_node(pos,{name="default:water_flowing"})
check_place({x=pos.x+1,y=pos.y,z=pos.z},{name="default:water_flowing"})
check_place({x=pos.x-1,y=pos.y,z=pos.z},{name="default:water_flowing"})
check_place({x=pos.x,y=pos.y+1,z=pos.z},{name="default:water_flowing"})
check_place({x=pos.x,y=pos.y-1,z=pos.z},{name="default:water_flowing"})
elseif intensity == 3 then
--]
minetest.add_node(pos,{name="default:water_source"})
minetest.after(2, function() -- 2 seconds gives just enough time for
-- the water to flow and spread before the
-- water_source is changed to air. ~ LazyJ
if minetest.get_node(pos).name == "default:water_source" then
minetest.add_node(pos,{name="air"})
end
end)
--]]
else
return
end
end,
})
--Freezing
--Water freezes when in contact with snow.
minetest.register_abm({
nodenames = {"default:water_source"},
-- Added "group:icemaker" and snowbrick. ~ LazyJ
neighbors = {"default:snow", "default:snowblock", "snow:snow_brick", "group:icemaker"},
interval = 20,
chance = 4,
action = function(pos)
if not abm_allowed.yes then
return
end
minetest.add_node(pos,{name="default:ice"})
end,
})
--Freeze Ice according to it's param2 value.
minetest.register_abm({
nodenames = {"default:ice"},
neighbors = {"default:water_source"},
interval = 20,
chance = 4,
action = function(pos, node)
if not abm_allowed.yes then
return
end
if node.param2 == 0 then
return
end
for l = 0,1 do
for i = -1,1,2 do
for _,p in pairs({
{x=pos.x+i, z=pos.z-l*i},
{x=pos.x+l*i, z=pos.z+i}
}) do
if math.random(2) == 2 then
p.y = pos.y
if minetest.get_node(p).name == "default:water_source" then
minetest.add_node(p, {
name = "default:ice",
param2 = math.random(0,node.param2-1)
})
end
end
end
end
end
if math.random(8) == 8 then
minetest.add_node(pos, {name="default:water_source"})
else
node.param2 = 0
minetest.add_node(pos, node)
end
end,
})
--Spread moss to cobble.
minetest.register_abm({
nodenames = {"default:cobble"},
neighbors = {"snow:moss"},
interval = 20,
chance = 6,
catch_up = false,
action = function(pos, node)
if not abm_allowed.yes then
return
end
node.name = "default:mossycobble"
minetest.add_node(pos, node)
end,
})
--Grow Pine Saplings
minetest.register_abm({
nodenames = {"snow:sapling_pine"},
interval = 10,
chance = 50,
action = function(pos)
if not abm_allowed.yes then
return
end
-- Check if there is enough vertical-space for the sapling to grow without
-- hitting anything else. ~ LazyJ, 2014_04_10
-- 'If' there is air in each of the 8 nodes dirctly above the sapling,... ~LazyJ
for i = 1,8 do
if minetest.get_node({x=pos.x, y=pos.y+i, z=pos.z}).name ~= "air" then
return
end
end
-- 'then' let the sapling grow into a tree. ~ LazyJ
snow.make_pine(pos,false)
-- This finds the sapling under the grown tree. ~ LazyJ
if minetest.get_node(pos).name == "snow:sapling_pine" then
-- This switches the sapling to a tree trunk. ~ LazyJ
minetest.set_node(pos, {name="default:pinetree"})
-- This is more for testing but it may be useful info to some admins when
-- grepping the server logs too. ~ LazyJ
minetest.log("action", "A pine sapling grows into a tree at "..minetest.pos_to_string(pos))
end
end
})
--Grow Christmas Tree Saplings
minetest.register_abm({
nodenames = {"snow:xmas_tree"},
interval = 10,
chance = 50,
action = function(pos)
if not abm_allowed.yes then
return
end
-- 'If' there is air in each of the 8 nodes dirctly above the sapling,... ~LazyJ
for i = 1,8 do
if minetest.get_node({x=pos.x, y=pos.y+i, z=pos.z}).name ~= "air" then
return
end
end
-- 'then' let the sapling grow into a tree. ~ LazyJ
snow.make_pine(pos,false,true)
minetest.log("action", "A pine sapling grows into a Christmas tree at "..minetest.pos_to_string(pos)) -- ~ LazyJ
--else -- 'Else', if there isn't air in each of the 8 nodes above the sapling,
-- then don't anything; including not allowing the sapling to grow.
-- ~ LazyJ, 2014_04_10
--end
end
})
--Backwards Compatability.
minetest.register_abm({
nodenames = {"snow:snow1","snow:snow2","snow:snow3","gsnow4","snow:snow5","snow:snow6","snow:snow7","snow:snow8"},
interval = 1,
chance = 1,
action = function(pos, node)
if not abm_allowed.yes then
return
end
minetest.add_node(pos, {name="default:snow"})
minetest.set_node_level(pos, 7*(tonumber(node.name:sub(-1))))
end,
})
| gpl-3.0 |
MrCerealGuy/Stonecraft | games/stonecraft_game/mods/technic/technic/machines/LV/water_mill.lua | 1 | 3498 | -- A water mill produces LV EUs by exploiting flowing water across it
-- It is a LV EU supplier and fairly low yield (max 180EUs)
-- It is a little over half as good as the thermal generator.
local S = technic.getter
local cable_entry = "^technic_cable_connection_overlay.png"
minetest.register_alias("water_mill", "technic:water_mill")
minetest.register_craft({
output = 'technic:water_mill',
recipe = {
{'technic:marble', 'default:diamond', 'technic:marble'},
{'group:wood', 'technic:machine_casing', 'group:wood'},
{'technic:marble', 'technic:lv_cable', 'technic:marble'},
}
})
local function check_node_around_mill(pos)
local node = minetest.get_node(pos)
if node.name == "default:water_flowing"
or node.name == "default:river_water_flowing" then
return node.param2 -- returns approx. water flow, if any
end
return false
end
local run = function(pos, node)
local meta = minetest.get_meta(pos)
local water_flow = 0
local production_level
local eu_supply
local max_output = 4 * 45 -- keeping it around 180, little more than previous 150 :)
local positions = {
{x=pos.x+1, y=pos.y, z=pos.z},
{x=pos.x-1, y=pos.y, z=pos.z},
{x=pos.x, y=pos.y, z=pos.z+1},
{x=pos.x, y=pos.y, z=pos.z-1},
}
for _, p in pairs(positions) do
local check = check_node_around_mill(p)
if check then
water_flow = water_flow + check
end
end
eu_supply = math.min(4 * water_flow, max_output)
production_level = math.floor(100 * eu_supply / max_output)
meta:set_int("LV_EU_supply", eu_supply)
meta:set_string("infotext",
S("Hydro %s Generator"):format("LV").." ("..production_level.."%)")
if production_level > 0 and
minetest.get_node(pos).name == "technic:water_mill" then
technic.swap_node (pos, "technic:water_mill_active")
meta:set_int("LV_EU_supply", 0)
return
end
if production_level == 0 then
technic.swap_node(pos, "technic:water_mill")
end
end
minetest.register_node("technic:water_mill", {
description = S("Hydro %s Generator"):format("LV"),
tiles = {
"technic_water_mill_top.png",
"technic_machine_bottom.png"..cable_entry,
"technic_water_mill_side.png",
"technic_water_mill_side.png",
"technic_water_mill_side.png",
"technic_water_mill_side.png"
},
paramtype2 = "facedir",
groups = {snappy=2, choppy=2, oddly_breakable_by_hand=2,
technic_machine=1, technic_lv=1},
legacy_facedir_simple = true,
sounds = default.node_sound_wood_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("infotext", S("Hydro %s Generator"):format("LV"))
meta:set_int("LV_EU_supply", 0)
end,
technic_run = run,
})
minetest.register_node("technic:water_mill_active", {
description = S("Hydro %s Generator"):format("LV"),
tiles = {"technic_water_mill_top_active.png", "technic_machine_bottom.png",
"technic_water_mill_side.png", "technic_water_mill_side.png",
"technic_water_mill_side.png", "technic_water_mill_side.png"},
paramtype2 = "facedir",
groups = {snappy=2, choppy=2, oddly_breakable_by_hand=2,
technic_machine=1, technic_lv=1, not_in_creative_inventory=1},
legacy_facedir_simple = true,
sounds = default.node_sound_wood_defaults(),
drop = "technic:water_mill",
technic_run = run,
technic_disabled_machine_name = "technic:water_mill",
})
technic.register_machine("LV", "technic:water_mill", technic.producer)
technic.register_machine("LV", "technic:water_mill_active", technic.producer)
| gpl-3.0 |
wcjscm/JackGame | frameworks/cocos2d-x/cocos/scripting/lua-bindings/auto/api/ParticleFireworks.lua | 11 | 1440 |
--------------------------------
-- @module ParticleFireworks
-- @extend ParticleSystemQuad
-- @parent_module cc
--------------------------------
--
-- @function [parent=#ParticleFireworks] init
-- @param self
-- @return bool#bool ret (return value: bool)
--------------------------------
--
-- @function [parent=#ParticleFireworks] initWithTotalParticles
-- @param self
-- @param #int numberOfParticles
-- @return bool#bool ret (return value: bool)
--------------------------------
-- Create a fireworks particle system.<br>
-- return An autoreleased ParticleFireworks object.
-- @function [parent=#ParticleFireworks] create
-- @param self
-- @return ParticleFireworks#ParticleFireworks ret (return value: cc.ParticleFireworks)
--------------------------------
-- Create a fireworks particle system withe a fixed number of particles.<br>
-- param numberOfParticles A given number of particles.<br>
-- return An autoreleased ParticleFireworks object.<br>
-- js NA
-- @function [parent=#ParticleFireworks] createWithTotalParticles
-- @param self
-- @param #int numberOfParticles
-- @return ParticleFireworks#ParticleFireworks ret (return value: cc.ParticleFireworks)
--------------------------------
-- js ctor
-- @function [parent=#ParticleFireworks] ParticleFireworks
-- @param self
-- @return ParticleFireworks#ParticleFireworks self (return value: cc.ParticleFireworks)
return nil
| gpl-3.0 |
McGlaspie/mvm | lua/mvm/GrenadeThrower.lua | 1 | 1086 |
Script.Load("lua/Weapons/Marine/GrenadeThrower.lua")
local function MvM_ThrowGrenade( self, player )
if Server or (Client and Client.GetIsControllingPlayer()) then
local viewCoords = player:GetViewCoords()
local eyePos = player:GetEyePos()
local startPointTrace = Shared.TraceCapsule(eyePos, eyePos + viewCoords.zAxis, 0.2, 0, CollisionRep.Move, PhysicsMask.PredictedProjectileGroup, EntityFilterTwo(self, player))
local startPoint = startPointTrace.endPoint
local direction = viewCoords.zAxis
if startPointTrace.fraction ~= 1 then
direction = GetNormalizedVector(direction:GetProjection(startPointTrace.normal))
end
local grenadeClassName = self:GetGrenadeClassName()
local grenade = player:CreatePredictedProjectile(grenadeClassName, startPoint, direction * kGrenadeVelocity, 0.7, 0.45)
grenade:SetOwner( player ) //nervegas fix hack
end
end
ReplaceLocals( GrenadeThrower.OnTag, { ThrowGrenade = MvM_ThrowGrenade } )
Class_Reload( "GrenadeThrower", {} )
| gpl-3.0 |
rbavishi/vlc-2.2.1 | share/lua/playlist/pluzz.lua | 105 | 3740 | --[[
$Id$
Copyright © 2011 VideoLAN
Authors: Ludovic Fauvet <etix at l0cal dot com>
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston MA 02110-1301, USA.
--]]
-- Probe function.
function probe()
return vlc.access == "http"
and string.match( vlc.path, "pluzz.fr/%w+" )
or string.match( vlc.path, "info.francetelevisions.fr/.+")
or string.match( vlc.path, "france4.fr/%w+")
end
-- Helpers
function key_match( line, key )
return string.match( line, "name=\"" .. key .. "\"" )
end
function get_value( line )
local _,_,r = string.find( line, "content=\"(.*)\"" )
return r
end
-- Parse function.
function parse()
p = {}
if string.match ( vlc.path, "www.pluzz.fr/%w+" ) then
while true do
line = vlc.readline()
if not line then break end
if string.match( line, "id=\"current_video\"" ) then
_,_,redirect = string.find (line, "href=\"(.-)\"" )
print ("redirecting to: " .. redirect )
return { { path = redirect } }
end
end
end
if string.match ( vlc.path, "www.france4.fr/%w+" ) then
while true do
line = vlc.readline()
if not line then break end
-- maybe we should get id from tags having video/cappuccino type instead
if string.match( line, "id=\"lavideo\"" ) then
_,_,redirect = string.find (line, "href=\"(.-)\"" )
print ("redirecting to: " .. redirect )
return { { path = redirect } }
end
end
end
if string.match ( vlc.path, "info.francetelevisions.fr/.+" ) then
title = ""
arturl = "http://info.francetelevisions.fr/video-info/player_sl/Images/PNG/gene_ftv.png"
while true do
line = vlc.readline()
if not line then break end
-- Try to find the video's path
if key_match( line, "urls--url--video" ) then
video = get_value( line )
end
-- Try to find the video's title
if key_match( line, "vignette--titre--court" ) then
title = get_value( line )
title = vlc.strings.resolve_xml_special_chars( title )
print ("playing: " .. title )
end
-- Try to find the video's thumbnail
if key_match( line, "vignette" ) then
arturl = get_value( line )
if not string.match( line, "http://" ) then
arturl = "http://info.francetelevisions.fr/" .. arturl
end
end
end
if video then
-- base url is hardcoded inside a js source file
-- see http://www.pluzz.fr/layoutftv/arches/common/javascripts/jquery.player-min.js
base_url = "mms://a988.v101995.c10199.e.vm.akamaistream.net/7/988/10199/3f97c7e6/ftvigrp.download.akamai.com/10199/cappuccino/production/publication/"
table.insert( p, { path = base_url .. video; name = title; arturl = arturl; } )
end
end
return p
end
| lgpl-2.1 |
dreadmullet/JC2-MP-Racing | server/sCourseManager.lua | 1 | 2314 | class("CourseManager")
-- Each CourseManager is tied to a course manifest.
function CourseManager:__init(manifestPath)
self.manifestPath = manifestPath
self.courseNames = {}
self:LoadManifest()
self:Randomize()
self.currentIndex = 1
end
function CourseManager:GetNextCourseName()
return self.courseNames[self.currentIndex]
end
function CourseManager:GetRandomCourseName()
return table.randomvalue(self.courseNames)
end
function CourseManager:LoadNext()
if #self.courseNames == 0 then
error("No available courses!")
return nil
end
local courseName = self.courseNames[self.currentIndex]
return Course.Load(courseName)
end
function CourseManager:LoadRandom()
if #self.courseNames == 0 then
error("No available courses!")
return nil
end
return Course.Load(self:GetRandomCourseName())
end
function CourseManager:Advance()
self.currentIndex = self.currentIndex + 1
if self.currentIndex > #self.courseNames then
self.currentIndex = 1
self:LoadManifest()
self:Randomize()
end
end
function CourseManager:Randomize()
table.sortrandom(self.courseNames)
end
function CourseManager:LoadManifest()
-- Make sure course manifest exists.
local file , fileError = io.open(self.manifestPath , "r")
if fileError then
error("Error loading course manifest: "..fileError)
end
file:close()
-- Erase courseNames if it's already been filled. This allows it to be updated just by
-- calling this function again.
self.courseNames = {}
-- Loop through each line in the manifest.
for line in io.lines(self.manifestPath) do
-- Trim comments.
line = Utility.TrimCommentsFromLine(line)
-- Make sure this line has stuff in it.
if string.find(line , "%S") then
-- Add the entire line to self.courseNames.
table.insert(self.courseNames , line)
end
end
print("Course manifest loaded - "..#self.courseNames.." courses found")
end
function CourseManager:RemoveCourse(courseNameToRemove)
for index , courseName in ipairs(self.courseNames) do
if courseNameToRemove == courseName then
table.remove(self.courseNames , index)
if self.currentIndex > index then
if self.currentIndex > #self.courseNames then
self.currentIndex = 1
self:Randomize()
else
self.currentIndex = self.currentIndex - 1
end
end
break
end
end
end
| mit |
T3hArco/skeyler-gamemodes | Sassilization/gamemode/modules/unit/server/commands/attackmove.lua | 1 | 1694 | ----------------------------------------
-- Sassilization
-- Shared Unit Module
-- http://sassilization.com
-- By Spacetech & Sassafrass
----------------------------------------
local CMD = {}
CMD.attack = true
CMD.move = true
function CMD:Init( TargetPos )
self.pos = TargetPos
end
function CMD:Start( Unit )
assert( IsValid( Unit.Hull ) )
if Unit.Gravitated or Unit.Paralyzed then
Unit.Hull:SetMoving( false )
Unit.Hull:GetPhysicsObject():Sleep()
Unit:GetCommandQueue():Pop()
Unit:SetCommand( nil )
elseif !Unit.Blasted then
Unit.Hull:PhysWake()
Unit.Hull:SetMoving( true )
end
Unit:Think()
end
function CMD:Think( Unit )
if( Unit:CanAttack() ) then
Unit:UpdateView()
Unit.Enemy = Unit:UpdateEnemy()
end
if( self.target == Unit.Enemy and Unit.Enemy ) then
if(IsValid(Unit.Enemy) and self.target:GetHealth() > 0) then
Unit:Attack( Unit.Enemy )
--self.pos = nil
else
self:Finish( Unit )
Unit.Enemy = Unit:UpdateEnemy()
end
end
end
function CMD:Finish( Unit )
Unit.Hull:SetMoving( false )
Unit.Hull:GetPhysicsObject():Sleep()
Unit:GetCommandQueue():Pop()
Unit:SetCommand( nil )
end
function CMD:CountUnitsAtDestination()
self.nextUnitAtDestCount = self.nextUnitAtDestCount or CurTime()
if( CurTime() < self.nextUnitAtDestCount ) then
return self.unitsAtDestination or 0
end
self.nextUnitAtDestCount = CurTime() + 0.5
self.unitsAtDestination = unit.NumUnitsInSphere( self.pos, 12 )
return self.unitsAtDestination
end
function CMD.__tostring( self )
return "Move and Attack"
end
SA.RegisterCommand( COMMAND.ATTACKMOVE, CMD ) | bsd-3-clause |
heysion/prosody-modules | mod_couchdb/couchdb/couchapi.lib.lua | 32 | 2213 |
local setmetatable = setmetatable;
local pcall = pcall;
local type = type;
local t_concat = table.concat;
local print = print;
local socket_url = require "socket.url";
local http = require "socket.http";
local ltn12 = require "ltn12";
--local json = require "json";
local json = module:require("couchdb/json");
--module("couchdb")
local _M = {};
local function urlcat(url, path)
return url:gsub("/*$", "").."/"..path:gsub("^/*", "");
end
local doc_mt = {};
doc_mt.__index = doc_mt;
function doc_mt:get()
return self.db:get(socket_url.escape(self.id));
end
function doc_mt:put(val)
return self.db:put(socket_url.escape(self.id), val);
end
function doc_mt:__tostring()
return "couchdb.doc("..self.url..")";
end
local db_mt = {};
db_mt.__index = db_mt;
function db_mt:__tostring()
return "couchdb.db("..self.url..")";
end
function db_mt:doc(id)
local url = urlcat(self.url, socket_url.escape(id));
return setmetatable({ url = url, db = self, id = id }, doc_mt);
end
function db_mt:get(id)
local url = urlcat(self.url, id);
local a,b = http.request(url);
local r,x = pcall(json.decode, a);
if r then a = x; end
return a,b;
end
function db_mt:put(id, value)
local url = urlcat(self.url, id);
if type(value) == "table" then
value = json.encode(value);
elseif value ~= nil and type(value) ~= "string" then
return nil, "Invalid type";
end
local t = {};
local a,b = http.request {
url = url,
sink = ltn12.sink.table(t),
source = ltn12.source.string(value),
method = "PUT",
headers = {
["Content-Length"] = #value,
["Content-Type"] = "application/json"
}
};
a = t_concat(t);
local r,x = pcall(json.decode, a);
if r then a = x; end
return a,b;
end
local server_mt = {};
server_mt.__index = server_mt;
function server_mt:db(name)
local url = urlcat(self.url, socket_url.escape(name));
return setmetatable({ url = url }, db_mt);
end
function server_mt:__tostring()
return "couchdb.server("..self.url..")";
end
function _M.server(url)
return setmetatable({ url = url }, server_mt);
end
function _M.db(url)
return setmetatable({ url = url }, db_mt);
end
return _M;
| mit |
xing634325131/Luci-0.11.1 | applications/luci-pbx/luasrc/model/cbi/pbx-advanced.lua | 29 | 14365 | --[[
Copyright 2011 Iordan Iordanov <iiordanov (AT) gmail.com>
This file is part of luci-pbx.
luci-pbx is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
luci-pbx is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with luci-pbx. If not, see <http://www.gnu.org/licenses/>.
]]--
if nixio.fs.access("/etc/init.d/asterisk") then
server = "asterisk"
elseif nixio.fs.access("/etc/init.d/freeswitch") then
server = "freeswitch"
else
server = ""
end
appname = "PBX"
modulename = "pbx-advanced"
defaultbindport = 5060
defaultrtpstart = 19850
defaultrtpend = 19900
-- Returns all the network related settings, including a constructed RTP range
function get_network_info()
externhost = m.uci:get(modulename, "advanced", "externhost")
ipaddr = m.uci:get("network", "lan", "ipaddr")
bindport = m.uci:get(modulename, "advanced", "bindport")
rtpstart = m.uci:get(modulename, "advanced", "rtpstart")
rtpend = m.uci:get(modulename, "advanced", "rtpend")
if bindport == nil then bindport = defaultbindport end
if rtpstart == nil then rtpstart = defaultrtpstart end
if rtpend == nil then rtpend = defaultrtpend end
if rtpstart == nil or rtpend == nil then
rtprange = nil
else
rtprange = rtpstart .. "-" .. rtpend
end
return bindport, rtprange, ipaddr, externhost
end
-- If not present, insert empty rules in the given config & section named PBX-SIP and PBX-RTP
function insert_empty_sip_rtp_rules(config, section)
-- Add rules named PBX-SIP and PBX-RTP if not existing
found_sip_rule = false
found_rtp_rule = false
m.uci:foreach(config, section,
function(s1)
if s1._name == 'PBX-SIP' then
found_sip_rule = true
elseif s1._name == 'PBX-RTP' then
found_rtp_rule = true
end
end)
if found_sip_rule ~= true then
newrule=m.uci:add(config, section)
m.uci:set(config, newrule, '_name', 'PBX-SIP')
end
if found_rtp_rule ~= true then
newrule=m.uci:add(config, section)
m.uci:set(config, newrule, '_name', 'PBX-RTP')
end
end
-- Delete rules in the given config & section named PBX-SIP and PBX-RTP
function delete_sip_rtp_rules(config, section)
-- Remove rules named PBX-SIP and PBX-RTP
commit = false
m.uci:foreach(config, section,
function(s1)
if s1._name == 'PBX-SIP' or s1._name == 'PBX-RTP' then
m.uci:delete(config, s1['.name'])
commit = true
end
end)
-- If something changed, then we commit the config.
if commit == true then m.uci:commit(config) end
end
-- Deletes QoS rules associated with this PBX.
function delete_qos_rules()
delete_sip_rtp_rules ("qos", "classify")
end
function insert_qos_rules()
-- Insert empty PBX-SIP and PBX-RTP rules if not present.
insert_empty_sip_rtp_rules ("qos", "classify")
-- Get the network information
bindport, rtprange, ipaddr, externhost = get_network_info()
-- Iterate through the QoS rules, and if there is no other rule with the same port
-- range at the priority service level, insert this rule.
commit = false
m.uci:foreach("qos", "classify",
function(s1)
if s1._name == 'PBX-SIP' then
if s1.ports ~= bindport or s1.target ~= "Priority" or s1.proto ~= "udp" then
m.uci:set("qos", s1['.name'], "ports", bindport)
m.uci:set("qos", s1['.name'], "proto", "udp")
m.uci:set("qos", s1['.name'], "target", "Priority")
commit = true
end
elseif s1._name == 'PBX-RTP' then
if s1.ports ~= rtprange or s1.target ~= "Priority" or s1.proto ~= "udp" then
m.uci:set("qos", s1['.name'], "ports", rtprange)
m.uci:set("qos", s1['.name'], "proto", "udp")
m.uci:set("qos", s1['.name'], "target", "Priority")
commit = true
end
end
end)
-- If something changed, then we commit the qos config.
if commit == true then m.uci:commit("qos") end
end
-- This function is a (so far) unsuccessful attempt to manipulate the firewall rules from here
-- Need to do more testing and eventually move to this mode.
function maintain_firewall_rules()
-- Get the network information
bindport, rtprange, ipaddr, externhost = get_network_info()
commit = false
-- Only if externhost is set, do we control firewall rules.
if externhost ~= nil and bindport ~= nil and rtprange ~= nil then
-- Insert empty PBX-SIP and PBX-RTP rules if not present.
insert_empty_sip_rtp_rules ("firewall", "rule")
-- Iterate through the firewall rules, and if the dest_port and dest_ip setting of the\
-- SIP and RTP rule do not match what we want configured, set all the entries in the rule\
-- appropriately.
m.uci:foreach("firewall", "rule",
function(s1)
if s1._name == 'PBX-SIP' then
if s1.dest_port ~= bindport then
m.uci:set("firewall", s1['.name'], "dest_port", bindport)
m.uci:set("firewall", s1['.name'], "src", "wan")
m.uci:set("firewall", s1['.name'], "proto", "udp")
m.uci:set("firewall", s1['.name'], "target", "ACCEPT")
commit = true
end
elseif s1._name == 'PBX-RTP' then
if s1.dest_port ~= rtprange then
m.uci:set("firewall", s1['.name'], "dest_port", rtprange)
m.uci:set("firewall", s1['.name'], "src", "wan")
m.uci:set("firewall", s1['.name'], "proto", "udp")
m.uci:set("firewall", s1['.name'], "target", "ACCEPT")
commit = true
end
end
end)
else
-- We delete the firewall rules if one or more of the necessary parameters are not set.
sip_rule_name=nil
rtp_rule_name=nil
-- First discover the configuration names of the rules.
m.uci:foreach("firewall", "rule",
function(s1)
if s1._name == 'PBX-SIP' then
sip_rule_name = s1['.name']
elseif s1._name == 'PBX-RTP' then
rtp_rule_name = s1['.name']
end
end)
-- Then, using the names, actually delete the rules.
if sip_rule_name ~= nil then
m.uci:delete("firewall", sip_rule_name)
commit = true
end
if rtp_rule_name ~= nil then
m.uci:delete("firewall", rtp_rule_name)
commit = true
end
end
-- If something changed, then we commit the firewall config.
if commit == true then m.uci:commit("firewall") end
end
m = Map (modulename, translate("Advanced Settings"),
translate("This section contains settings that do not need to be changed under \
normal circumstances. In addition, here you can configure your system \
for use with remote SIP devices, and resolve call quality issues by enabling \
the insertion of QoS rules."))
-- Recreate the voip server config, and restart necessary services after changes are commited
-- to the advanced configuration. The firewall must restart because of "Remote Usage".
function m.on_after_commit(self)
-- Make sure firewall rules are in place
maintain_firewall_rules()
-- If insertion of QoS rules is enabled
if m.uci:get(modulename, "advanced", "qos_enabled") == "yes" then
insert_qos_rules()
else
delete_qos_rules()
end
luci.sys.call("/etc/init.d/pbx-" .. server .. " restart 1\>/dev/null 2\>/dev/null")
luci.sys.call("/etc/init.d/" .. server .. " restart 1\>/dev/null 2\>/dev/null")
luci.sys.call("/etc/init.d/firewall restart 1\>/dev/null 2\>/dev/null")
end
-----------------------------------------------------------------------------
s = m:section(NamedSection, "advanced", "settings", translate("Advanced Settings"))
s.anonymous = true
s:tab("general", translate("General Settings"))
s:tab("remote_usage", translate("Remote Usage"),
translatef("You can use your SIP devices/softphones with this system from a remote location \
as well, as long as your Internet Service Provider gives you a public IP. \
You will be able to call other local users for free (e.g. other Analog Telephone Adapters (ATAs)) \
and use your VoIP providers to make calls as if you were local to the PBX. \
After configuring this tab, go back to where users are configured and see the new \
Server and Port setting you need to configure the remote SIP devices with. Please note that if this \
PBX is not running on your router/gateway, you will need to configure port forwarding (NAT) on your \
router/gateway. Please forward the ports below (SIP port and RTP range) to the IP address of the \
device running this PBX."))
s:tab("qos", translate("QoS Settings"),
translate("If you experience jittery or high latency audio during heavy downloads, you may want \
to enable QoS. QoS prioritizes traffic to and from your network for specified ports and IP \
addresses, resulting in better latency and throughput for sound in our case. If enabled below, \
a QoS rule for this service will be configured by the PBX automatically, but you must visit the \
QoS configuration page (Network->QoS) to configure other critical QoS settings like Download \
and Upload speed."))
ringtime = s:taboption("general", Value, "ringtime", translate("Number of Seconds to Ring"),
translate("Set the number of seconds to ring users upon incoming calls before hanging up \
or going to voicemail, if the voicemail is installed and enabled."))
ringtime.default = 30
ua = s:taboption("general", Value, "useragent", translate("User Agent String"),
translate("This is the name that the VoIP server will use to identify itself when \
registering to VoIP (SIP) providers. Some providers require this to a specific \
string matching a hardware SIP device."))
ua.default = appname
h = s:taboption("remote_usage", Value, "externhost", translate("Domain/IP Address/Dynamic Domain"),
translate("You can enter your domain name, external IP address, or dynamic domain name here \
Please keep in mind that if your IP address is dynamic and it changes your configuration \
will become invalid. Hence, it's recommended to set up Dynamic DNS in this case."))
h.datatype = "hostname"
p = s:taboption("remote_usage", Value, "bindport", translate("External SIP Port"),
translate("Pick a random port number between 6500 and 9500 for the service to listen on. \
Do not pick the standard 5060, because it is often subject to brute-force attacks. \
When finished, (1) click \"Save and Apply\", and (2) click the \"Restart VoIP Service\" \
button above. Finally, (3) look in the \"SIP Device/Softphone Accounts\" section for \
updated Server and Port settings for your SIP Devices/Softphones."))
p.datatype = "port"
p = s:taboption("remote_usage", Value, "rtpstart", translate("RTP Port Range Start"),
translate("RTP traffic carries actual voice packets. This is the start of the port range \
that will be used for setting up RTP communication. It's usually OK to leave this \
at the default value."))
p.datatype = "port"
p.default = defaultrtpstart
p = s:taboption("remote_usage", Value, "rtpend", translate("RTP Port Range End"))
p.datatype = "port"
p.default = defaultrtpend
p = s:taboption("qos", ListValue, "qos_enabled", translate("Insert QoS Rules"))
p:value("yes", translate("Yes"))
p:value("no", translate("No"))
p.default = "yes"
return m
| apache-2.0 |
rgujju/NexIDE | firmware/tools/utils.lua | 48 | 11997 | -- Generic utility functions
module( ..., package.seeall )
local lfs = require "lfs"
local sf = string.format
-- Taken from Lake
dir_sep = package.config:sub( 1, 1 )
is_os_windows = dir_sep == '\\'
-- Converts a string with items separated by 'sep' into a table
string_to_table = function( s, sep )
if type( s ) ~= "string" then return end
sep = sep or ' '
if s:sub( -1, -1 ) ~= sep then s = s .. sep end
s = s:gsub( sf( "^%s*", sep ), "" )
local t = {}
local fmt = sf( "(.-)%s+", sep )
for w in s:gmatch( fmt ) do table.insert( t, w ) end
return t
end
-- Split a file name into 'path part' and 'extension part'
split_ext = function( s )
local pos
for i = #s, 1, -1 do
if s:sub( i, i ) == "." then
pos = i
break
end
end
if not pos or s:find( dir_sep, pos + 1 ) then return s end
return s:sub( 1, pos - 1 ), s:sub( pos )
end
-- Replace the extension of a given file name
replace_extension = function( s, newext )
local p, e = split_ext( s )
if e then
if newext and #newext > 0 then
s = p .. "." .. newext
else
s = p
end
end
return s
end
-- Return 'true' if building from Windows, false otherwise
is_windows = function()
return is_os_windows
end
-- Prepend each component of a 'pat'-separated string with 'prefix'
prepend_string = function( s, prefix, pat )
if not s or #s == 0 then return "" end
pat = pat or ' '
local res = ''
local st = string_to_table( s, pat )
foreach( st, function( k, v ) res = res .. prefix .. v .. " " end )
return res
end
-- Like above, but consider 'prefix' a path
prepend_path = function( s, prefix, pat )
return prepend_string( s, prefix .. dir_sep, pat )
end
-- full mkdir: create all the paths needed for a multipath
full_mkdir = function( path )
local ptables = string_to_table( path, dir_sep )
local p, res = ''
for i = 1, #ptables do
p = ( i ~= 1 and p .. dir_sep or p ) .. ptables[ i ]
res = lfs.mkdir( p )
end
return res
end
-- Concatenate the given paths to form a complete path
concat_path = function( paths )
return table.concat( paths, dir_sep )
end
-- Return true if the given array contains the given element, false otherwise
array_element_index = function( arr, element )
for i = 1, #arr do
if arr[ i ] == element then return i end
end
end
-- Linearize an array with (possibly) embedded arrays into a simple array
_linearize_array = function( arr, res, filter )
if type( arr ) ~= "table" then return end
for i = 1, #arr do
local e = arr[ i ]
if type( e ) == 'table' and filter( e ) then
_linearize_array( e, res, filter )
else
table.insert( res, e )
end
end
end
linearize_array = function( arr, filter )
local res = {}
filter = filter or function( v ) return true end
_linearize_array( arr, res, filter )
return res
end
-- Return an array with the keys of a table
table_keys = function( t )
local keys = {}
foreach( t, function( k, v ) table.insert( keys, k ) end )
return keys
end
-- Return an array with the values of a table
table_values = function( t )
local vals = {}
foreach( t, function( k, v ) table.insert( vals, v ) end )
return vals
end
-- Returns true if 'path' is a regular file, false otherwise
is_file = function( path )
return lfs.attributes( path, "mode" ) == "file"
end
-- Returns true if 'path' is a directory, false otherwise
is_dir = function( path )
return lfs.attributes( path, "mode" ) == "directory"
end
-- Return a list of files in the given directory matching a given mask
get_files = function( path, mask, norec, level )
local t = ''
level = level or 0
for f in lfs.dir( path ) do
local fname = path .. dir_sep .. f
if lfs.attributes( fname, "mode" ) == "file" then
local include
if type( mask ) == "string" then
include = fname:find( mask )
else
include = mask( fname )
end
if include then t = t .. ' ' .. fname end
elseif lfs.attributes( fname, "mode" ) == "directory" and not fname:find( "%.+$" ) and not norec then
t = t .. " " .. get_files( fname, mask, norec, level + 1 )
end
end
return level > 0 and t or t:gsub( "^%s+", "" )
end
-- Check if the given command can be executed properly
check_command = function( cmd )
local res = os.execute( cmd .. " > .build.temp 2>&1" )
os.remove( ".build.temp" )
return res
end
-- Execute a command and capture output
-- From: http://stackoverflow.com/a/326715/105950
exec_capture = function( cmd, raw )
local f = assert(io.popen(cmd, 'r'))
local s = assert(f:read('*a'))
f:close()
if raw then return s end
s = string.gsub(s, '^%s+', '')
s = string.gsub(s, '%s+$', '')
s = string.gsub(s, '[\n\r]+', ' ')
return s
end
-- Execute the given command for each value in a table
foreach = function ( t, cmd )
if type( t ) ~= "table" then return end
for k, v in pairs( t ) do cmd( k, v ) end
end
-- Generate header with the given #defines, return result as string
gen_header_string = function( name, defines )
local s = "// eLua " .. name:lower() .. " definition\n\n"
s = s .. "#ifndef __" .. name:upper() .. "_H__\n"
s = s .. "#define __" .. name:upper() .. "_H__\n\n"
for key,value in pairs(defines) do
s = s .. string.format("#define %-25s%-19s\n",key:upper(),value)
end
s = s .. "\n#endif\n"
return s
end
-- Generate header with the given #defines, save result to file
gen_header_file = function( name, defines )
local hname = concat_path{ "inc", name:lower() .. ".h" }
local h = assert( io.open( hname, "w" ) )
h:write( gen_header_string( name, defines ) )
h:close()
end
-- Remove the given elements from an array
remove_array_elements = function( arr, del )
del = istable( del ) and del or { del }
foreach( del, function( k, v )
local pos = array_element_index( arr, v )
if pos then table.remove( arr, pos ) end
end )
end
-- Remove a directory recusively
-- USE WITH CARE!! Doesn't do much checks :)
rmdir_rec = function ( dirname )
if lfs.attributes( dirname, "mode" ) ~= "directory" then return end
for f in lfs.dir( dirname ) do
local ename = string.format( "%s/%s", dirname, f )
local attrs = lfs.attributes( ename )
if attrs.mode == 'directory' and f ~= '.' and f ~= '..' then
rmdir_rec( ename )
elseif attrs.mode == 'file' or attrs.mode == 'named pipe' or attrs.mode == 'link' then
os.remove( ename )
end
end
lfs.rmdir( dirname )
end
-- Concatenates the second table into the first one
concat_tables = function( dst, src )
foreach( src, function( k, v ) dst[ k ] = v end )
end
-------------------------------------------------------------------------------
-- Color-related funtions
-- Currently disabled when running in Windows
-- (they can be enabled by setting WIN_ANSI_TERM)
local dcoltable = { 'black', 'red', 'green', 'yellow', 'blue', 'magenta', 'cyan', 'white' }
local coltable = {}
foreach( dcoltable, function( k, v ) coltable[ v ] = k - 1 end )
local _col_builder = function( col )
local _col_maker = function( s )
if is_os_windows and not os.getenv( "WIN_ANSI_TERM" ) then
return s
else
return( sf( "\027[%d;1m%s\027[m", coltable[ col ] + 30, s ) )
end
end
return _col_maker
end
col_funcs = {}
foreach( coltable, function( k, v )
local fname = "col_" .. k
_G[ fname ] = _col_builder( k )
col_funcs[ k ] = _G[ fname ]
end )
-------------------------------------------------------------------------------
-- Option handling
local options = {}
options.new = function()
local self = {}
self.options = {}
setmetatable( self, { __index = options } )
return self
end
-- Argument validator: boolean value
options._bool_validator = function( v )
if v == '0' or v:upper() == 'FALSE' then
return false
elseif v == '1' or v:upper() == 'TRUE' then
return true
end
end
-- Argument validator: choice value
options._choice_validator = function( v, allowed )
for i = 1, #allowed do
if v:upper() == allowed[ i ]:upper() then return allowed[ i ] end
end
end
-- Argument validator: choice map (argument value maps to something)
options._choice_map_validator = function( v, allowed )
for k, value in pairs( allowed ) do
if v:upper() == k:upper() then return value end
end
end
-- Argument validator: string value (no validation)
options._string_validator = function( v )
return v
end
-- Argument printer: boolean value
options._bool_printer = function( o )
return "true|false", o.default and "true" or "false"
end
-- Argument printer: choice value
options._choice_printer = function( o )
local clist, opts = '', o.data
for i = 1, #opts do
clist = clist .. ( i ~= 1 and "|" or "" ) .. opts[ i ]
end
return clist, o.default
end
-- Argument printer: choice map printer
options._choice_map_printer = function( o )
local clist, opts, def = '', o.data
local i = 1
for k, v in pairs( opts ) do
clist = clist .. ( i ~= 1 and "|" or "" ) .. k
if o.default == v then def = k end
i = i + 1
end
return clist, def
end
-- Argument printer: string printer
options._string_printer = function( o )
return nil, o.default
end
-- Add an option of the specified type
options._add_option = function( self, optname, opttype, help, default, data )
local validators =
{
string = options._string_validator, choice = options._choice_validator,
boolean = options._bool_validator, choice_map = options._choice_map_validator
}
local printers =
{
string = options._string_printer, choice = options._choice_printer,
boolean = options._bool_printer, choice_map = options._choice_map_printer
}
if not validators[ opttype ] then
print( sf( "[builder] Invalid option type '%s'", opttype ) )
os.exit( 1 )
end
table.insert( self.options, { name = optname, help = help, validator = validators[ opttype ], printer = printers[ opttype ], data = data, default = default } )
end
-- Find an option with the given name
options._find_option = function( self, optname )
for i = 1, #self.options do
local o = self.options[ i ]
if o.name:upper() == optname:upper() then return self.options[ i ] end
end
end
-- 'add option' helper (automatically detects option type)
options.add_option = function( self, name, help, default, data )
local otype
if type( default ) == 'boolean' then
otype = 'boolean'
elseif data and type( data ) == 'table' and #data == 0 then
otype = 'choice_map'
elseif data and type( data ) == 'table' then
otype = 'choice'
data = linearize_array( data )
elseif type( default ) == 'string' then
otype = 'string'
else
print( sf( "Error: cannot detect option type for '%s'", name ) )
os.exit( 1 )
end
self:_add_option( name, otype, help, default, data )
end
options.get_num_opts = function( self )
return #self.options
end
options.get_option = function( self, i )
return self.options[ i ]
end
-- Handle an option of type 'key=value'
-- Returns both the key and the value or nil for error
options.handle_arg = function( self, a )
local si, ei, k, v = a:find( "([^=]+)=(.*)$" )
if not k or not v then
print( sf( "Error: invalid syntax in '%s'", a ) )
return
end
local opt = self:_find_option( k )
if not opt then
print( sf( "Error: invalid option '%s'", k ) )
return
end
local optv = opt.validator( v, opt.data )
if optv == nil then
print( sf( "Error: invalid value '%s' for option '%s'", v, k ) )
return
end
return k, optv
end
-- Show help for all the registered options
options.show_help = function( self )
for i = 1, #self.options do
local o = self.options[ i ]
print( sf( "\n %s: %s", o.name, o.help ) )
local values, default = o.printer( o )
if values then
print( sf( " Possible values: %s", values ) )
end
print( sf( " Default value: %s", default or "none (changes at runtime)" ) )
end
end
-- Create a new option handler
function options_handler()
return options.new()
end
| gpl-3.0 |
Djabbz/nn | MixtureTable.lua | 15 | 5612 | local MixtureTable, parent = torch.class('nn.MixtureTable', 'nn.Module')
function MixtureTable:__init(dim)
parent.__init(self)
self.dim = dim
self.size = torch.LongStorage()
self.batchSize = 0
self.size2 = torch.LongStorage()
self.backwardSetup = false
self.gradInput = {}
end
function MixtureTable:updateOutput(input)
local gaterInput, expertInputs = table.unpack(input)
-- buffers
self._gaterView = self.gaterView or input[1].new()
self._expert = self._expert or input[1].new()
self._expertView = self._expertView or input[1].new()
self.dimG = 2
local batchSize = gaterInput:size(1)
if gaterInput:dim() < 2 then
self.dimG = 1
self.dim = self.dim or 1
batchSize = 1
end
self.dim = self.dim or 2
if self.table or torch.type(expertInputs) == 'table' then
-- expertInputs is a Table :
self.table = true
if gaterInput:size(self.dimG) ~= #expertInputs then
error"Should be one gater output per expert"
end
local expertInput = expertInputs[1]
if self.batchSize ~= batchSize then
self.size:resize(expertInput:dim()+1):fill(1)
if self.dimG > 1 then
self.size[1] = gaterInput:size(1)
end
self.size[self.dim] = gaterInput:size(self.dimG)
self.output:resizeAs(expertInput)
self.backwardSetup = false
self.batchSize = batchSize
end
self._gaterView:view(gaterInput, self.size)
self.output:zero()
-- multiply accumulate gater outputs by their commensurate expert
for i,expertInput in ipairs(expertInputs) do
local gate = self._gaterView:select(self.dim,i):expandAs(expertInput)
self.output:addcmul(expertInput, gate)
end
else
-- expertInputs is a Tensor :
if self.batchSize ~= batchSize then
self.size:resize(expertInputs:dim()):fill(1)
if self.dimG > 1 then
self.size[1] = gaterInput:size(1)
end
self.size[self.dim] = gaterInput:size(self.dimG)
self.output:resizeAs(expertInputs:select(self.dim, 1))
self.gradInput[2] = self._gradInput
self.batchSize = batchSize
self.backwardSetup = false
end
self._gaterView:view(gaterInput, self.size)
self._expert:cmul(self._gaterView:expandAs(expertInputs), expertInputs)
self.output:sum(self._expert, self.dim)
self.output:resizeAs(expertInputs:select(self.dim, 1))
end
return self.output
end
function MixtureTable:updateGradInput(input, gradOutput)
local gaterInput, expertInputs = table.unpack(input)
nn.utils.recursiveResizeAs(self.gradInput, input)
local gaterGradInput, expertGradInputs = table.unpack(self.gradInput)
-- buffers
self._sum = self._sum or input[1].new()
self._gradInput = self._gradInput or {input[1].new(), {}}
self._expertView2 = self._expertView2 or input[1].new()
self._expert2 = self._expert2 or input[1].new()
if self.table then
if not self.backwardSetup then
for i,expertInput in ipairs(expertInputs) do
local expertGradInput = expertGradInputs[i] or expertInput:clone()
expertGradInput:resizeAs(expertInput)
expertGradInputs[i] = expertGradInput
end
gaterGradInput:resizeAs(gaterInput)
self.backwardSetup = true
end
-- like CMulTable, but with broadcasting
for i,expertGradInput in ipairs(expertGradInputs) do
-- gater updateGradInput
self._expert:cmul(gradOutput, expertInputs[i])
if self.dimG == 1 then
self._expertView:view(self._expert, -1)
else
self._expertView:view(self._expert, gradOutput:size(1), -1)
end
self._sum:sum(self._expertView, self.dimG)
if self.dimG == 1 then
gaterGradInput[i] = self._sum:select(self.dimG,1)
else
gaterGradInput:select(self.dimG,i):copy(self._sum:select(self.dimG,1))
end
-- expert updateGradInput
local gate = self._gaterView:select(self.dim,i):expandAs(expertGradInput)
expertGradInput:cmul(gate, gradOutput)
end
else
if not self.backwardSetup then
self.size2:resize(expertInputs:dim())
self.size2:copy(expertInputs:size())
self.size2[self.dim] = 1
gaterGradInput:resizeAs(gaterInput)
self.backwardSetup = true
end
-- gater updateGradInput
self._expertView:view(gradOutput, self.size2)
local gradOutput = self._expertView:expandAs(expertInputs)
self._expert:cmul(gradOutput, expertInputs)
local expert = self._expert:transpose(self.dim, self.dimG)
if not expert:isContiguous() then
self._expert2:resizeAs(expert)
self._expert2:copy(expert)
expert = self._expert2
end
if self.dimG == 1 then
self._expertView2:view(expert, gaterInput:size(1), -1)
else
self._expertView2:view(expert, gaterInput:size(1), gaterInput:size(2), -1)
end
gaterGradInput:sum(self._expertView2, self.dimG+1)
gaterGradInput:resizeAs(gaterInput)
-- expert updateGradInput
expertGradInputs:cmul(self._gaterView:expandAs(expertInputs), gradOutput)
end
return self.gradInput
end
function MixtureTable:type(type)
self._gaterView = nil
self._expert = nil
self._expertView = nil
self._sum = nil
self._gradInput = nil
self._expert2 = nil
self._expertView2 = nil
return parent.type(self, type)
end
| bsd-3-clause |
panozzaj/ufo2000 | extensions/terrain-airfield/air.lua | 2 | 3897 | AddXcomTerrain {
Name = "Airfield",
Tiles = {
"$(xcom)/terrain/blanks.*",
"$(tftd)/terrain/port01.*",
"$(tftd)/terrain/port02.*",
"$(xcom)/terrain/plane.*",
"$(xcom)/terrain/xbase2.*"
},
Maps = {
"$(extension)/air00.map",
"$(extension)/air01.map",
"$(extension)/air02.map",
"$(extension)/air03.map",
"$(extension)/air04.map",
"$(extension)/air05.map",
"$(extension)/air06.map",
"$(extension)/air07.map",
"$(extension)/air08.map",
"$(extension)/air09.map",
"$(extension)/air10.map",
"$(extension)/air11.map",
"$(extension)/air12.map",
"$(extension)/air13.map",
"$(extension)/air14.map",
"$(extension)/air15.map",
"$(extension)/air16.map"
},
MapGenerator = function(tmp)
local function add_roads(size_x, size_y, map)
local row = {}
local col
if (math.random(1, 2) ~= 1) then
col = math.random(1, size_y / 2)
col = (col * 2) - 1
map[size_x - 3][col] = 12
map[size_x - 2][col] = -1
map[size_x - 3][col + 1] = -1
map[size_x - 2][col + 1] = -1
map[size_x - 1][col] = 11
map[size_x][col] = -1
map[size_x - 1][col + 1] = -1
map[size_x][col + 1] = -1
end
for i = 1, 2 do
if (col) then
if (i > 1 and size_x >= 4 + 2) then
if (math.random(1, 2) ~= 1) then
row[i] = math.random(1, (size_x - 4) / 2)
row[i] = (row[i] * 2) - 1
end
else
row[i] = size_x - 1
end
else
if (math.random(1, 3 - i) ~= 1) then
row[i] = math.random(1, size_x / 2)
row[i] = (row[i] * 2) - 1
end
end
if (row[i]) then
for j = 1, size_y, 2 do
if (j == size_y and not col) then
break
end
if (map[row[i]][j] ~= 11) then
if (j == size_y - 2 and not col) then
map[row[i]][j] = random {05, 16}
elseif (j == size_y - 1) then
map[row[i]][j] = random {01, 02, 05, 16}
else
map[row[i]][j] = random {01, 02}
end
map[row[i] + 1][j] = -1
map[row[i]][j + 1] = -1
map[row[i] + 1][j + 1] = -1
end
end
end
end
end
local function random_normal()
return random {00, 03, 04, 06, 08, 09, 13}
end
local function random_double(x, y, map)
local do_not_place = {-1, 01, 02, 05, 07, 10, 11, 12, 14, 15, 16}
local dnp_num = 11
for i = 0, 1 do
for j = 0, 1 do
for k = 1, dnp_num do
if (map[x + i][y + j] == do_not_place[k]) then
return
end
end
end
end
map[x][y] = random {07, 10, 14, 15}
map[x + 1][y] = -1
map[x][y + 1] = -1
map[x + 1][y + 1] = -1
end
for i = 1, tmp.SizeY do
for j = 1, tmp.SizeX do
tmp.Mapdata[i][j] = random_normal()
end
end
add_roads(tmp.SizeX, tmp.SizeY, tmp.Mapdata)
for i = 1, tmp.SizeY - 1 do
for j = 1, tmp.SizeX - 1 do
if (math.random(2, 3) > 2) then
random_double(i, j, tmp.Mapdata)
end
end
end
return tmp
end
}
| gpl-2.0 |
T3hArco/skeyler-gamemodes | sslobby/entities/entities/slot_machine/init.lua | 1 | 2281 | AddCSLuaFile("cl_init.lua")
AddCSLuaFile("shared.lua")
include("shared.lua")
resource.AddFile("sound/testslot/jackpot.mp3")
resource.AddFile("sound/testslot/pull_lever.mp3")
resource.AddFile("sound/testslot/spinning_1.mp3")
resource.AddFile("sound/testslot/spinning_3.mp3")
resource.AddFile("sound/testslot/spinning_3.mp3")
util.AddNetworkString("ss_pullslotmc")
function ENT:Initialize()
self:SetModel("models/sam/slotmachine.mdl")
self:PhysicsInit(SOLID_VPHYSICS)
self:SetSolid(SOLID_VPHYSICS)
self:SetMoveType(MOVETYPE_NONE)
self:SetUseType(SIMPLE_USE)
self:SetTrigger(true)
self:DrawShadow(false)
self.nextPull = 0
self.sequence = self:LookupSequence("pull_handle")
end
function ENT:Use(player)
if (self.nextPull < CurTime()) then
if !player:HasMoney(5) then
player:ChatPrint("You do not have enough money to play. Come back later, it's only $5!")
self.nextPull = CurTime() +5
return
end
self:ResetSequence(self.sequence)
local randomLeft = math.random(1, 6)
local randomMiddle = math.random(1, 6)
local randomRight = math.random(1, 6)
local winMultiply = 0
for k, data in pairs(self.winDefines) do
local winCount, winRequired = 0, 0
if (data.slots[1] > 0) then
winRequired = winRequired +1
if (randomLeft == data.slots[1]) then
winCount = winCount +1
end
end
if (data.slots[2] > 0) then
winRequired = winRequired +1
if (randomMiddle == data.slots[2]) then
winCount = winCount +1
end
end
if (data.slots[3] > 0) then
winRequired = winRequired +1
if (randomRight == data.slots[3]) then
winCount = winCount +1
end
end
if (winCount >= winRequired and data.win > winMultiply) then
winMultiply = data.win
end
end
player:TakeMoney(5)
if (winMultiply > 0) then
timer.Simple(2.5, function()
if player and player:IsValid() then
player:GiveMoney(5 *winMultiply)
player:ChatPrint("You have won: $"..tostring(5*winMultiply))
end
end)
end
net.Start("ss_pullslotmc")
net.WriteUInt(randomLeft, 4)
net.WriteUInt(randomMiddle, 4)
net.WriteUInt(randomRight, 4)
net.WriteEntity(self)
net.SendPVS(self:GetPos() +Vector(0, 0, 5))
self.nextPull = CurTime() +5
end
end | bsd-3-clause |
5620j/taylor-bot | bot/taylor-bot.lua | 1 | 13910 | package.path = package.path .. ';.luarocks/share/lua/5.2/?.lua'
..';.luarocks/share/lua/5.2/?/init.lua'
package.cpath = package.cpath .. ';.luarocks/lib/lua/5.2/?.so'
require("./bot/utils")
local f = assert(io.popen('/usr/bin/git describe --tags', 'r'))
VERSION = assert(f:read('*a'))
f:close()
-- This function is called when tg receive a msg
function on_msg_receive (msg)
if not started then
return
end
msg = backward_msg_format(msg)
local receiver = get_receiver(msg)
print(receiver)
--vardump(msg)
--vardump(msg)
msg = pre_process_service_msg(msg)
if msg_valid(msg) then
msg = pre_process_msg(msg)
if msg then
match_plugins(msg)
if redis:get("bot:markread") then
if redis:get("bot:markread") == "on" then
mark_read(receiver, ok_cb, false)
end
end
end
end
end
function ok_cb(extra, success, result)
end
function on_binlog_replay_end()
started = true
postpone (cron_plugins, false, 60*5.0)
-- See plugins/isup.lua as an example for cron
_config = load_config()
-- load plugins
plugins = {}
load_plugins()
end
function msg_valid(msg)
-- Don't process outgoing messages
if msg.out then
print('\27[36mNot valid: msg from us\27[39m')
return false
end
-- Before bot was started
if msg.date < os.time() - 5 then
print('\27[36mNot valid: old msg\27[39m')
return false
end
if msg.unread == 0 then
print('\27[36mNot valid: readed\27[39m')
return false
end
if not msg.to.id then
print('\27[36mNot valid: To id not provided\27[39m')
return false
end
if not msg.from.id then
print('\27[36mNot valid: From id not provided\27[39m')
return false
end
if msg.from.id == our_id then
print('\27[36mNot valid: Msg from our id\27[39m')
return false
end
if msg.to.type == 'encr_chat' then
print('\27[36mNot valid: Encrypted chat\27[39m')
return false
end
if msg.from.id == 777000 then
--send_large_msg(*group id*, msg.text) *login code will be sent to GroupID*
return false
end
return true
end
--
function pre_process_service_msg(msg)
if msg.service then
local action = msg.action or {type=""}
-- Double ! to discriminate of normal actions
msg.text = "!!tgservice " .. action.type
-- wipe the data to allow the bot to read service messages
if msg.out then
msg.out = false
end
if msg.from.id == our_id then
msg.from.id = 0
end
end
return msg
end
-- Apply plugin.pre_process function
function pre_process_msg(msg)
for name,plugin in pairs(plugins) do
if plugin.pre_process and msg then
print('Preprocess', name)
msg = plugin.pre_process(msg)
end
end
return msg
end
-- Go over enabled plugins patterns.
function match_plugins(msg)
for name, plugin in pairs(plugins) do
match_plugin(plugin, name, msg)
end
end
-- Check if plugin is on _config.disabled_plugin_on_chat table
local function is_plugin_disabled_on_chat(plugin_name, receiver)
local disabled_chats = _config.disabled_plugin_on_chat
-- Table exists and chat has disabled plugins
if disabled_chats and disabled_chats[receiver] then
-- Checks if plugin is disabled on this chat
for disabled_plugin,disabled in pairs(disabled_chats[receiver]) do
if disabled_plugin == plugin_name and disabled then
local warning = 'Plugin '..disabled_plugin..' is disabled on this chat'
print(warning)
send_msg(receiver, warning, ok_cb, false)
return true
end
end
end
return false
end
function match_plugin(plugin, plugin_name, msg)
local receiver = get_receiver(msg)
-- Go over patterns. If one matches it's enough.
for k, pattern in pairs(plugin.patterns) do
local matches = match_pattern(pattern, msg.text)
if matches then
print("msg matches: ", pattern)
if is_plugin_disabled_on_chat(plugin_name, receiver) then
return nil
end
-- Function exists
if plugin.run then
-- If plugin is for privileged users only
if not warns_user_not_allowed(plugin, msg) then
local result = plugin.run(msg, matches)
if result then
send_large_msg(receiver, result)
end
end
end
-- One patterns matches
return
end
end
end
-- DEPRECATED, use send_large_msg(destination, text)
function _send_msg(destination, text)
send_large_msg(destination, text)
end
-- Save the content of _config to config.lua
function save_config( )
serialize_to_file(_config, './data/config.lua')
print ('saved config into ./data/config.lua')
end
-- Returns the config from config.lua file.
-- If file doesn't exist, create it.
function load_config( )
local f = io.open('./data/config.lua', "r")
-- If config.lua doesn't exist
if not f then
print ("Created new config file: data/config.lua")
create_config()
else
f:close()
end
local config = loadfile ("./data/config.lua")()
for v,user in pairs(config.sudo_users) do
print("Sudo user: " .. user)
end
return config
end
-- Create a basic config.json file and saves it.
function create_config( )
-- A simple config with basic plugins and ourselves as privileged user
config = {
enabled_plugins = {
"admin",
"onservice",
"inrealm",
"ingroup",
"inpm",
"banhammer",
"stats",
"anti_spam",
"owners",
"arabic_lock",
"set",
"pl",
"get",
"broadcast",
"invite",
"all",
"leave_ban",
"supergroup",
"whitelist",
"msg_checks",
"support",
"instagram",
"time",
"times",
"azan",
"qr",
"share",
"webshot",
"wiki",
"lock_english",
"gps",
"sticker",
"linksp",
"Slm",
"abjad",
},
sudo_users = {189308877},--Sudo users
moderation = {data = 'data/moderation.json'},
about_text = [[Taylor Team v4
Taylor Team and Taylor Bot Anti spam / anti link
channel :@MonsterTGbot
]],
help_text_realm = [[
Realm Commands:
!creategroup [Name]
Create a group
!createrealm [Name]
Create a realm
!setname [Name]
Set realm name
!setabout [group|sgroup] [GroupID] [Text]
Set a group's about text
!setrules [GroupID] [Text]
Set a group's rules
!lock [GroupID] [setting]
Lock a group's setting
!unlock [GroupID] [setting]
Unock a group's setting
!settings [group|sgroup] [GroupID]
Set settings for GroupID
!wholist
Get a list of members in group/realm
!who
Get a file of members in group/realm
!type
Get group type
!kill chat [GroupID]
Kick all memebers and delete group
!kill realm [RealmID]
Kick all members and delete realm
!addadmin [id|username]
Promote an admin by id OR username *Sudo only
!removeadmin [id|username]
Demote an admin by id OR username *Sudo only
!list groups
Get a list of all groups
!list realms
Get a list of all realms
!support
Promote user to support
!-support
Demote user from support
!log
Get a logfile of current group or realm
!broadcast [text]
!broadcast Hello !
Send text to all groups
Only sudo users can run this command
!bc [group_id] [text]
!bc 123456789 Hello !
This command will send text to [group_id]
**You can use "#", "!", or "/" to begin all commands
*Only admins and sudo can add bots in group
*Only admins and sudo can use kick,ban,unban,newlink,setphoto,setname,lock,unlock,set rules,set about and settings commands
*Only admins and sudo can use res, setowner, commands
]],
help_text = [[
Commands list :
!kick [username|id]
You can also do it by reply
!ban [ username|id]
You can also do it by reply
!unban [id]
You can also do it by reply
!who
Members list
!modlist
Moderators list
!promote [username]
Promote someone
!demote [username]
Demote someone
!kickme
Will kick user
!about
Group description
!setphoto
Set and locks group photo
!setname [name]
Set group name
!rules
Group rules
!id
return group id or user id
!help
Returns help text
!lock [links|flood|spam|Arabic|member|rtl|sticker|contacts|strict]
Lock group settings
*rtl: Kick user if Right To Left Char. is in name*
!unlock [links|flood|spam|Arabic|member|rtl|sticker|contacts|strict]
Unlock group settings
*rtl: Kick user if Right To Left Char. is in name*
!mute [all|audio|gifs|photo|video]
mute group message types
*If "muted" message type: user is kicked if message type is posted
!unmute [all|audio|gifs|photo|video]
Unmute group message types
*If "unmuted" message type: user is not kicked if message type is posted
!set rules <text>
Set <text> as rules
!set about <text>
Set <text> as about
!settings
Returns group settings
!muteslist
Returns mutes for chat
!muteuser [username]
Mute a user in chat
*user is kicked if they talk
*only owners can mute | mods and owners can unmute
!mutelist
Returns list of muted users in chat
!newlink
create/revoke your group link
!link
returns group link
!owner
returns group owner id
!setowner [id]
Will set id as owner
!setflood [value]
Set [value] as flood sensitivity
!stats
Simple message statistics
!save [value] <text>
Save <text> as [value]
!get [value]
Returns text of [value]
!clean [modlist|rules|about]
Will clear [modlist|rules|about] and set it to nil
!res [username]
returns user id
"!res @username"
!log
Returns group logs
!banlist
will return group ban list
**You can use "#", "!", or "/" to begin all commands
*Only owner and mods can add bots in group
*Only moderators and owner can use kick,ban,unban,newlink,link,setphoto,setname,lock,unlock,set rules,set about and settings commands
*Only owner can use res,setowner,promote,demote and log commands
]],
help_text_super =[[
راهنمای سوپر گروه دو زبان
💢!info
اطلاعات
💢!admins
لیست ادمین
💢!support
دعوت سازنده ربات در صورت وجود مشکل
فقط در صورت وجود مشکل در گروه سازنده را دعوت کنید در غیر این صورت گروه شما حذف خواهد شد
💢!owner
نمایش مدیر اصلی
💢!msgrem (عددی زیر 100)
حذف پیام های سوپرگروه به صورت عددی
💢!weather نام شهر
دریافت آب وهوای یک شهر
💢!modlist
نمایش لیست مدیران فرعی
💢!insta (یوزرنیم اینستا)
سرچ کردن یک یوزرنیم در اینستاگرام
💢!bots
لیست بوت های گروه
💢!wikifa (متن)
جستجوی یک متن در ویکی پدیا
💢!azan (شهر)
دریافت وقت اذان یک شهر
💢!share
دریافت اطلاعات سازنده
💢!webshot (آدرس سایت)
اسکرین شات گرفتن از یک سایت
💢!supportlink
دریافت لینک گروه ساپورت ربات
💢!qr
دریافت هر چیزی به صورت بارکد
💢!who
لیست افراد گروه
💢!gps (شهر) (کشور)
دریافت مکان مورد نظر از گوگل
💢!block
بلاک از سوپر گروه
💢!ban
بن کردن
💢!unban
ان بن کردن
💢!id
ایدی
💢!id from
ایدی مسیج فروارد شده
💢!kickme
حذف خود
💢!setowner
تنظیم مدیر اصلی
💢!promote [username|id]
تنظیم مدیر فرعی
💢!demote [username|id]
پاک کردن مدیر فرعی
💢!setname
تنظیم اسم گروه
💢!setphoto
تنظیم عکس گروه
💢!setrules
تنظیم قوانین گروه
💢!setabout
تنظیم در باره ی گروه
💢!newlink
لینک جدید
💢!link
دریافت لینک
💢!sticker متن
تبدیل متن به استیکر
💢!rules
نمایش قوانین
💢!lock [links|flood|spam|Arabic|member|rtl|sticker|contacts|strict]
قفل مواردی که در بالا ذکر شده
💢!unlock [links|flood|spam|Arabic|member|rtl|sticker|contacts|strict]
ان قفل مواردی که در بالا ذکر شده
💢!mute [all|audio|gifs|photo|video|service]
قفل چت
💢!unmute [all|audio|gifs|photo|video|service]
باز کردن چت
💢!setflood [value]
تنظیم حساسیت
💢!settings
تنظیمات گروه
💢!mutelist
لیست موت شدگان
💢!banlist
لیست بن شدگان
💢!clean [rules|about|modlist|mutelist]
پاک کردن مواردی که در بالا ذکر شده
💢!del
حذف پیام با ریپلی
از کارکترهای #!/ پشتیبانی می کند
Channel:@MonsterTGbot
]],
}
serialize_to_file(config, './data/config.lua')
print('saved config into ./data/config.lua')
end
function on_our_id (id)
our_id = id
end
function on_user_update (user, what)
--vardump (user)
end
function on_chat_update (chat, what)
--vardump (chat)
end
function on_secret_chat_update (schat, what)
--vardump (schat)
end
function on_get_difference_end ()
end
-- Enable plugins in config.json
function load_plugins()
for k, v in pairs(_config.enabled_plugins) do
print("Loading plugin", v)
local ok, err = pcall(function()
local t = loadfile("plugins/"..v..'.lua')()
plugins[v] = t
end)
if not ok then
print('\27[31mError loading plugin '..v..'\27[39m')
print(tostring(io.popen("lua plugins/"..v..".lua"):read('*all')))
print('\27[31m'..err..'\27[39m')
end
end
end
-- custom add
function load_data(filename)
local f = io.open(filename)
if not f then
return {}
end
local s = f:read('*all')
f:close()
local data = JSON.decode(s)
return data
end
function save_data(filename, data)
local s = JSON.encode(data)
local f = io.open(filename, 'w')
f:write(s)
f:close()
end
-- Call and postpone execution for cron plugins
function cron_plugins()
for name, plugin in pairs(plugins) do
-- Only plugins with cron function
if plugin.cron ~= nil then
plugin.cron()
end
end
-- Called again in 2 mins
postpone (cron_plugins, false, 120)
end
-- Start and load values
our_id = 0
now = os.time()
math.randomseed(now)
started = false
| gpl-2.0 |
hugomg/lullaby | lullaby/sax.lua | 1 | 5227 | local Exports = {}
local yield = coroutine.yield
-------------------
--SAX Stream events
-------------------
-- string, list[{string,string}] -> Evt
local function StartEvent(tagname, attrs)
assert(type(attrs) == 'table')
return {evttype='START', tagname=tagname, attrs=attrs or{}}
end
-- string -> Evt
local function TextEvent(text)
return {evttype='TEXT', text=text}
end
-- string -> Evt
local function EndEvent(tagname)
return {evttype='END', tagname=tagname}
end
-- string -> Evt
local function CommentEvent(text)
return {evttype='COMMENT', text=text}
end
Exports.StartEvent = StartEvent
Exports.TextEvent = TextEvent
Exports.EndEvent = EndEvent
Exports.EmitStartEvent = function(...) return yield(StartEvent(...)) end
Exports.EmitTextEvent = function(...) return yield(TextEvent(...)) end
Exports.EmitEndEvent = function(...) return yield(EndEvent(...)) end
----------------
-- SAX Iterators
----------------
-- A SAX iterator is a function that returns new SAX events
-- each time its called and `nil` to signal the end of the stream.
-- Additionally, every open tag should have a matching close tag.
-- Contract checker for SAX streams. Receives a SAX stream and
-- retuns a version of the stream that verifies SAX invariants as its called.
local function assert_stream(stream)
local tag_stack = {}
local is_done = false
return function()
--Argument checking
assert(not is_done, "Event stream has already closed")
local evt = stream()
--Return checking
if evt == nil then
assert(#tag_stack == 0, "Unclosed tags")
is_done = true
else
if evt.tag == 'START' then
table.insert(tag_stack, evt.tagname)
elseif evt.tag == 'END' then
local open_name = assert(table.remove(tag_stack), "Orphaned close tag")
assert(open_name == evt.tagname, "Mismatched close tag")
end
end
return evt
end
end
-- Create a SAX stream given a function that yields SAX events.
local function sax_from_coro(body)
return assert_stream(coroutine.wrap(body))
end
-- External iterator for SAX streams
local function stream_foreach(stream, handlers)
local onStart = assert(handlers.Start)
local onText = assert(handlers.Text)
local onEnd = assert(handlers.End)
--TODO: make contracts indempotent
-- stream = assert_sax(stream)
for evt in stream do
if evt.evttype == 'START' then onStart(evt)
elseif evt.evttype == 'TEXT' then onText(evt)
elseif evt.evttype == 'END' then onEnd(evt)
else error('pattern') end
end
end
Exports.assert_stream = assert_stream
Exports.from_coro = sax_from_coro
Exports.foreach = stream_foreach
-------
-- SSAX
-------
local function default(x, y)
if y == nil then
return x
else
return y
end
end
-- SSAX-style stream folding
-- Start: (state, evt) -> state
-- Text: (state, evt) -> state?
-- End: (parentstate, childstate, evt) -> state?
-- In a purely functional setting, each handler should return the next value
-- for the folding state. As a convenience for programs using mutation,
-- returning nil from a handler counts as returning the old state.
local function fold_stream(stream, initial_state, handlers)
-- TODO: split off into scanl version if we want to support
-- filter and map w/o needing coroutines.
local onStart = assert(handlers.Start)
local onText = assert(handlers.Text)
local onEnd = assert(handlers.End)
local depth = 0 -- can't use the `#` operator because states can be nil
local ancestor_states = {}
local state = initial_state
stream_foreach(stream, {
Start = function(evt)
depth = depth + 1
ancestor_states[depth] = state
state = assert(onStart(state, evt), 'Folding state must not be nil')
end,
Text = function(evt)
state = default(state, onText(state, evt))
end,
End = function(evt)
local parent_state = ancestor_states[depth]
ancestor_states[depth] = nil
depth = depth - 1
state = default(parent_state, onEnd(parent_state, state, evt))
end,
})
return state
end
Exports.fold_stream = fold_stream
------
-- DOM
------
-- Convert a stream of SAX events into a tree representation of the document.
local function sax_to_dom(stream)
local root = fold_stream(stream, {nodetype='TAG', tagname='ROOT', attrs={}, children={}}, {
Start = function(st, evt)
return {nodetype='TAG', tagname=evt.tagname, attrs=evt.attrs, children={}}
end,
Text = function(st, evt)
table.insert(st.children, {nodetype='TEXT', text=evt.text})
end,
End = function(st, cst, evt)
table.insert(st.children, cst)
end,
})
return root.children[1]
end
local function print_dom(node)
local function go(node, indent)
for i=1,indent do
io.write(' ')
end
if node.nodetype == 'TAG' then
io.write('<', node.tagname, '>\n')
for _, child in ipairs(node.children) do
go(child, indent+1)
end
elseif node.nodetype == 'TEXT' then
io.write('"', node.text, '"\n')
else
error('pattern')
end
end
go(node, 0)
end
Exports.to_dom = sax_to_dom
Exports.print_dom = print_dom
--------
return Exports | mit |
heysion/prosody-modules | mod_privilege/mod_privilege.lua | 16 | 15855 | -- XEP-0356 (Privileged Entity)
-- Copyright (C) 2015 Jérôme Poisson
--
-- This module is MIT/X11 licensed. Please see the
-- COPYING file in the source package for more information.
--
-- Some parts come from mod_remote_roster (module by Waqas Hussain and Kim Alvefur, see https://code.google.com/p/prosody-modules/)
-- TODO: manage external <presence/> (for "roster" presence permission) when the account with the roster is offline
local jid = require("util/jid")
local set = require("util/set")
local st = require("util/stanza")
local roster_manager = require("core/rostermanager")
local user_manager = require("core/usermanager")
local hosts = prosody.hosts
local full_sessions = prosody.full_sessions;
local priv_session = module:shared("/*/privilege/session")
if priv_session.connected_cb == nil then
-- set used to have connected event listeners
-- which allows a host to react on events from
-- other hosts
priv_session.connected_cb = set.new()
end
local connected_cb = priv_session.connected_cb
-- the folowing sets are used to forward presence stanza
-- the folowing sets are used to forward presence stanza
local presence_man_ent = set.new()
local presence_roster = set.new()
local _ALLOWED_ROSTER = set.new({'none', 'get', 'set', 'both'})
local _ROSTER_GET_PERM = set.new({'get', 'both'})
local _ROSTER_SET_PERM = set.new({'set', 'both'})
local _ALLOWED_MESSAGE = set.new({'none', 'outgoing'})
local _ALLOWED_PRESENCE = set.new({'none', 'managed_entity', 'roster'})
local _PRESENCE_MANAGED = set.new({'managed_entity', 'roster'})
local _TO_CHECK = {roster=_ALLOWED_ROSTER, message=_ALLOWED_MESSAGE, presence=_ALLOWED_PRESENCE}
local _PRIV_ENT_NS = 'urn:xmpp:privilege:1'
local _FORWARDED_NS = 'urn:xmpp:forward:0'
module:log("debug", "Loading privileged entity module ");
--> Permissions management <--
local privileges = module:get_option("privileged_entities", {})
local function advertise_perm(session, to_jid, perms)
-- send <message/> stanza to advertise permissions
-- as expained in § 4.2
local message = st.message({from=module.host, to=to_jid})
:tag("privilege", {xmlns=_PRIV_ENT_NS})
for _, perm in pairs({'roster', 'message', 'presence'}) do
if perms[perm] then
message:tag("perm", {access=perm, type=perms[perm]}):up()
end
end
session.send(message)
end
local function set_presence_perm_set(to_jid, perms)
-- fill the presence sets according to perms
if _PRESENCE_MANAGED:contains(perms.presence) then
presence_man_ent:add(to_jid)
end
if perms.presence == 'roster' then
presence_roster:add(to_jid)
end
end
local function advertise_presences(session, to_jid, perms)
-- send presence status for already conencted entities
-- as explained in § 7.1
-- people in roster are probed only for active sessions
-- TODO: manage roster load for inactive sessions
if not perms.presence then return; end
local to_probe = {}
for _, user_session in pairs(full_sessions) do
if user_session.presence and _PRESENCE_MANAGED:contains(perms.presence) then
local presence = st.clone(user_session.presence)
presence.attr.to = to_jid
module:log("debug", "sending current presence for "..tostring(user_session.full_jid))
session.send(presence)
end
if perms.presence == "roster" then
-- we reset the cache to avoid to miss a presence that just changed
priv_session.last_presence = nil
if user_session.roster then
local bare_jid = jid.bare(user_session.full_jid)
for entity, item in pairs(user_session.roster) do
if entity~=false and entity~="pending" and (item.subscription=="both" or item.subscription=="to") then
local _, host = jid.split(entity)
if not hosts[host] then -- we don't probe jid from hosts we manage
-- using a table with entity as key avoid probing several time the same one
to_probe[entity] = bare_jid
end
end
end
end
end
end
-- now we probe peoples for "roster" presence permission
for probe_to, probe_from in pairs(to_probe) do
module:log("debug", "probing presence for %s (on behalf of %s)", tostring(probe_to), tostring(probe_from))
local probe = st.presence({from=probe_from, to=probe_to, type="probe"})
prosody.core_route_stanza(nil, probe)
end
end
local function on_auth(event)
-- Check if entity is privileged according to configuration,
-- and set session.privileges accordingly
local session = event.session
local bare_jid = jid.join(session.username, session.host)
local ent_priv = privileges[bare_jid]
if ent_priv ~= nil then
module:log("debug", "Entity is privileged")
for perm_type, allowed_values in pairs(_TO_CHECK) do
local value = ent_priv[perm_type]
if value ~= nil then
if not allowed_values:contains(value) then
module:log('warn', 'Invalid value for '..perm_type..' privilege: ['..value..']')
module:log('warn', 'Setting '..perm_type..' privilege to none')
ent_priv[perm_type] = nil
end
if value == 'none' then
ent_priv[perm_type] = nil
end
end
end
-- extra checks for presence permission
if ent_priv.permission == 'roster' and not _ROSTER_GET_PERM:contains(session.privileges.roster) then
module:log("warn", "Can't allow roster presence privilege without roster \"get\" privilege")
module:log("warn", "Setting presence permission to none")
ent_priv.permission = nil
end
if session.type == "component" then
-- we send the message stanza only for component
-- it will be sent at first <presence/> for other entities
advertise_perm(session, bare_jid, ent_priv)
set_presence_perm_set(bare_jid, ent_priv)
advertise_presences(session, bare_jid, ent_priv)
end
end
session.privileges = ent_priv
end
local function on_presence(event)
-- Permission are already checked at this point,
-- we only advertise them to the entity
local session = event.origin
if session.privileges then
advertise_perm(session, session.full_jid, session.privileges)
set_presence_perm_set(session.full_jid, session.privileges)
advertise_presences(session, session.full_jid, session.privileges)
end
end
local function on_component_auth(event)
-- react to component-authenticated event from this host
-- and call the on_auth methods from all other hosts
-- needed for the component to get delegations advertising
for callback in connected_cb:items() do
callback(event)
end
end
connected_cb:add(on_auth)
module:hook('authentication-success', on_auth)
module:hook('component-authenticated', on_component_auth)
module:hook('presence/initial', on_presence)
--> roster permission <--
-- get
module:hook("iq-get/bare/jabber:iq:roster:query", function(event)
local session, stanza = event.origin, event.stanza;
if not stanza.attr.to then
-- we don't want stanzas addressed to /self
return;
end
if session.privileges and _ROSTER_GET_PERM:contains(session.privileges.roster) then
module:log("debug", "Roster get from allowed privileged entity received")
-- following code is adapted from mod_remote_roster
local node, host = jid.split(stanza.attr.to);
local roster = roster_manager.load_roster(node, host);
local reply = st.reply(stanza):query("jabber:iq:roster");
for entity_jid, item in pairs(roster) do
if entity_jid and entity_jid ~= "pending" then
reply:tag("item", {
jid = entity_jid,
subscription = item.subscription,
ask = item.ask,
name = item.name,
});
for group in pairs(item.groups) do
reply:tag("group"):text(group):up();
end
reply:up(); -- move out from item
end
end
-- end of code adapted from mod_remote_roster
session.send(reply);
else
module:log("warn", "Entity "..tostring(session.full_jid).." try to get roster without permission")
session.send(st.error_reply(stanza, 'auth', 'forbidden'))
end
return true
end);
-- set
module:hook("iq-set/bare/jabber:iq:roster:query", function(event)
local session, stanza = event.origin, event.stanza;
if not stanza.attr.to then
-- we don't want stanzas addressed to /self
return;
end
if session.privileges and _ROSTER_SET_PERM:contains(session.privileges.roster) then
module:log("debug", "Roster set from allowed privileged entity received")
-- following code is adapted from mod_remote_roster
local from_node, from_host = jid.split(stanza.attr.to);
if not(user_manager.user_exists(from_node, from_host)) then return; end
local roster = roster_manager.load_roster(from_node, from_host);
if not(roster) then return; end
local query = stanza.tags[1];
for _, item in ipairs(query.tags) do
if item.name == "item"
and item.attr.xmlns == "jabber:iq:roster" and item.attr.jid
-- Protection against overwriting roster.pending, until we move it
and item.attr.jid ~= "pending" then
local item_jid = jid.prep(item.attr.jid);
local _, host, resource = jid.split(item_jid);
if not resource then
if item_jid ~= stanza.attr.to then -- not self-item_jid
if item.attr.subscription == "remove" then
local r_item = roster[item_jid];
if r_item then
roster[item_jid] = nil;
if roster_manager.save_roster(from_node, from_host, roster) then
session.send(st.reply(stanza));
roster_manager.roster_push(from_node, from_host, item_jid);
else
roster[item_jid] = item;
session.send(st.error_reply(stanza, "wait", "internal-server-error", "Unable to save roster"));
end
else
session.send(st.error_reply(stanza, "modify", "item-not-found"));
end
else
local subscription = item.attr.subscription;
if subscription ~= "both" and subscription ~= "to" and subscription ~= "from" and subscription ~= "none" then -- TODO error on invalid
subscription = roster[item_jid] and roster[item_jid].subscription or "none";
end
local r_item = {name = item.attr.name, groups = {}};
if r_item.name == "" then r_item.name = nil; end
r_item.subscription = subscription;
if subscription ~= "both" and subscription ~= "to" then
r_item.ask = roster[item_jid] and roster[item_jid].ask;
end
for _, child in ipairs(item) do
if child.name == "group" then
local text = table.concat(child);
if text and text ~= "" then
r_item.groups[text] = true;
end
end
end
local olditem = roster[item_jid];
roster[item_jid] = r_item;
if roster_manager.save_roster(from_node, from_host, roster) then -- Ok, send success
session.send(st.reply(stanza));
-- and push change to all resources
roster_manager.roster_push(from_node, from_host, item_jid);
else -- Adding to roster failed
roster[item_jid] = olditem;
session.send(st.error_reply(stanza, "wait", "internal-server-error", "Unable to save roster"));
end
end
else -- Trying to add self to roster
session.send(st.error_reply(stanza, "cancel", "not-allowed"));
end
else -- Invalid JID added to roster
module:log("warn", "resource: %s , host: %s", tostring(resource), tostring(host))
session.send(st.error_reply(stanza, "modify", "bad-request")); -- FIXME what's the correct error?
end
else -- Roster set didn't include a single item, or its name wasn't 'item'
session.send(st.error_reply(stanza, "modify", "bad-request"));
end
end -- for loop end
-- end of code adapted from mod_remote_roster
else -- The permission is not granted
module:log("warn", "Entity "..tostring(session.full_jid).." try to set roster without permission")
session.send(st.error_reply(stanza, 'auth', 'forbidden'))
end
return true
end);
--> message permission <--
module:hook("message/host", function(event)
local session, stanza = event.origin, event.stanza;
local privilege_elt = stanza:get_child('privilege', _PRIV_ENT_NS)
if privilege_elt==nil then return; end
if session.privileges and session.privileges.message=="outgoing" then
if #privilege_elt.tags==1 and privilege_elt.tags[1].name == "forwarded"
and privilege_elt.tags[1].attr.xmlns==_FORWARDED_NS then
local message_elt = privilege_elt.tags[1]:get_child('message', 'jabber:client')
if message_elt ~= nil then
local _, from_host, from_resource = jid.split(message_elt.attr.from)
if from_resource == nil and hosts[from_host] then -- we only accept bare jids from one of the server hosts
-- at this point everything should be alright, we can send the message
prosody.core_route_stanza(nil, message_elt)
else -- trying to send a message from a forbidden entity
module:log("warn", "Entity "..tostring(session.full_jid).." try to send a message from "..tostring(message_elt.attr.from))
session.send(st.error_reply(stanza, 'auth', 'forbidden'))
end
else -- incorrect message child
session.send(st.error_reply(stanza, "modify", "bad-request", "invalid forwarded <message/> element"));
end
else -- incorrect forwarded child
session.send(st.error_reply(stanza, "modify", "bad-request", "invalid <forwarded/> element"));
end;
else -- The permission is not granted
module:log("warn", "Entity "..tostring(session.full_jid).." try to send message without permission")
session.send(st.error_reply(stanza, 'auth', 'forbidden'))
end
return true
end);
--> presence permission <--
local function same_tags(tag1, tag2)
-- check if two tags are equivalent
if tag1.name ~= tag2.name then return false; end
if #tag1 ~= #tag2 then return false; end
for name, value in pairs(tag1.attr) do
if tag2.attr[name] ~= value then return false; end
end
for i=1,#tag1 do
if type(tag1[i]) == "string" then
if tag1[i] ~= tag2[i] then return false; end
else
if not same_tags(tag1[i], tag2[i]) then return false; end
end
end
return true
end
local function same_presences(presence1, presence2)
-- check that 2 <presence/> stanzas are equivalent (except for "to" attribute)
-- /!\ if the id change but everything else is equivalent, this method return false
-- this behaviour may change in the future
if presence1.attr.from ~= presence2.attr.from or presence1.attr.id ~= presence2.attr.id
or presence1.attr.type ~= presence2.attr.type then
return false
end
if presence1.attr.id and presence1.attr.id == presence2.attr.id then return true; end
if #presence1 ~= #presence2 then return false; end
for i=1,#presence1 do
if type(presence1[i]) == "string" then
if presence1[i] ~= presence2[i] then return false; end
else
if not same_tags(presence1[i], presence2[i]) then return false; end
end
end
return true
end
local function forward_presence(presence, to_jid)
local presence_fwd = st.clone(presence)
presence_fwd.attr.to = to_jid
module:log("debug", "presence forwarded to "..to_jid..": "..tostring(presence_fwd))
module:send(presence_fwd)
-- cache used to avoid to send several times the same stanza
priv_session.last_presence = presence
end
module:hook("presence/bare", function(event)
if presence_man_ent:empty() and presence_roster:empty() then return; end
local stanza = event.stanza
if stanza.attr.type == nil or stanza.attr.type == "unavailable" then
if not stanza.attr.to then
for entity in presence_man_ent:items() do
if stanza.attr.from ~= entity then forward_presence(stanza, entity); end
end
else -- directed presence
-- we ignore directed presences from our own host, as we already have them
local _, from_host = jid.split(stanza.attr.from)
if hosts[from_host] then return; end
-- we don't send several time the same presence, as recommended in §7 #2
if priv_session.last_presence and same_presences(priv_session.last_presence, stanza) then
return
end
for entity in presence_roster:items() do
if stanza.attr.from ~= entity then forward_presence(stanza, entity); end
end
end
end
end, 150)
| mit |
wcjscm/JackGame | frameworks/cocos2d-x/plugin/luabindings/auto/api/lua_cocos2dx_pluginx_auto_api.lua | 146 | 1793 | --------------------------------
-- @module plugin
--------------------------------------------------------
-- the plugin PluginProtocol
-- @field [parent=#plugin] PluginProtocol#PluginProtocol PluginProtocol preloaded module
--------------------------------------------------------
-- the plugin PluginManager
-- @field [parent=#plugin] PluginManager#PluginManager PluginManager preloaded module
--------------------------------------------------------
-- the plugin ProtocolAnalytics
-- @field [parent=#plugin] ProtocolAnalytics#ProtocolAnalytics ProtocolAnalytics preloaded module
--------------------------------------------------------
-- the plugin ProtocolIAP
-- @field [parent=#plugin] ProtocolIAP#ProtocolIAP ProtocolIAP preloaded module
--------------------------------------------------------
-- the plugin ProtocolAds
-- @field [parent=#plugin] ProtocolAds#ProtocolAds ProtocolAds preloaded module
--------------------------------------------------------
-- the plugin ProtocolShare
-- @field [parent=#plugin] ProtocolShare#ProtocolShare ProtocolShare preloaded module
--------------------------------------------------------
-- the plugin ProtocolSocial
-- @field [parent=#plugin] ProtocolSocial#ProtocolSocial ProtocolSocial preloaded module
--------------------------------------------------------
-- the plugin ProtocolUser
-- @field [parent=#plugin] ProtocolUser#ProtocolUser ProtocolUser preloaded module
--------------------------------------------------------
-- the plugin AgentManager
-- @field [parent=#plugin] AgentManager#AgentManager AgentManager preloaded module
--------------------------------------------------------
-- the plugin FacebookAgent
-- @field [parent=#plugin] FacebookAgent#FacebookAgent FacebookAgent preloaded module
return nil
| gpl-3.0 |
rgujju/NexIDE | firmware/lua_examples/ucglib/GT_text.lua | 30 | 1039 | local M, module = {}, ...
_G[module] = M
function M.run()
-- make this a volatile module:
package.loaded[module] = nil
print("Running component text...")
local x, y, w, h, i
local m
disp:setColor(0, 80, 40, 0)
disp:setColor(1, 60, 0, 40)
disp:setColor(2, 20, 0, 20)
disp:setColor(3, 60, 0, 0)
disp:drawGradientBox(0, 0, disp:getWidth(), disp:getHeight())
disp:setColor(255, 255, 255)
disp:setPrintPos(2,18)
disp:setPrintDir(0)
disp:print("Text")
m = millis() + T
i = 0
while millis() < m do
disp:setColor(bit.band(lcg_rnd(), 31), bit.band(lcg_rnd(), 127) + 127, bit.band(lcg_rnd(), 127) + 64)
w = 40
h = 22
x = bit.rshift(lcg_rnd() * (disp:getWidth() - w), 8)
y = bit.rshift(lcg_rnd() * (disp:getHeight() - h), 8)
disp:setPrintPos(x, y+h)
disp:setPrintDir(bit.band(bit.rshift(i, 2), 3))
i = i + 1
disp:print("Ucglib")
end
disp:setPrintDir(0)
print("...done")
end
return M
| gpl-3.0 |
dmccuskey/dmc-gestures | examples/gesture-pan-move/dmc_corona/lib/dmc_lua/lua_e4x.lua | 47 | 18011 | --====================================================================--
-- lua_e4x.lua
--
-- Documentation: http://docs.davidmccuskey.com/display/docs/lua_e4x.lua
--====================================================================--
--[[
The MIT License (MIT)
Copyright (C) 2014 David McCuskey. All Rights Reserved.
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.
--]]
--====================================================================--
-- DMC Lua Library : Lua E4X
--====================================================================--
-- Semantic Versioning Specification: http://semver.org/
local VERSION = "0.1.1"
--====================================================================--
-- XML Classes
--====================================================================--
--====================================================================--
-- Setup, Constants
-- forward declare
local XmlListBase, XmlList
local XmlBase, XmlDocNode, XmlDecNode, XmlNode, XmlTextNode, XmlAttrNode
local tconcat = table.concat
local tinsert = table.insert
local tremove = table.remove
--====================================================================--
-- Support Functions
local function createXmlList()
return XmlList()
end
-- http://lua-users.org/wiki/FunctionalLibrary
-- filter(function, table)
-- e.g: filter(is_even, {1,2,3,4}) -> {2,4}
function filter(func, tbl)
local xlist= XmlList()
for i,v in ipairs(tbl) do
if func(v) then
xlist:addNode(v)
end
end
return xlist
end
-- map(function, table)
-- e.g: map(double, {1,2,3}) -> {2,4,6}
function map(func, tbl)
local xlist= XmlList()
for i,v in ipairs(tbl) do
xlist:addNode( func(v) )
end
return xlist
end
-- foldr(function, default_value, table)
-- e.g: foldr(operator.mul, 1, {1,2,3,4,5}) -> 120
function foldr(func, val, tbl)
for i,v in pairs(tbl) do
val = func(val, v)
end
return val
end
local function decodeXmlString(value)
value = string.gsub(value, "&#x([%x]+)%;",
function(h)
return string.char(tonumber(h, 16))
end)
value = string.gsub(value, "&#([0-9]+)%;",
function(h)
return string.char(tonumber(h, 10))
end)
value = string.gsub(value, """, "\"")
value = string.gsub(value, "'", "'")
value = string.gsub(value, ">", ">")
value = string.gsub(value, "<", "<")
value = string.gsub(value, "&", "&")
return value
end
function encodeXmlString(value)
value = string.gsub(value, "&", "&"); -- '&' -> "&"
value = string.gsub(value, "<", "<"); -- '<' -> "<"
value = string.gsub(value, ">", ">"); -- '>' -> ">"
value = string.gsub(value, "\"", """); -- '"' -> """
value = string.gsub(value, "([^%w%&%;%p%\t% ])",
function(c)
return string.format("&#x%X;", string.byte(c))
end);
return value;
end
--====================================================================--
-- XML Class Support
local function listIndexFunc( t, k )
-- print( "listIndexFunc", t, k )
local o, val, f
-- check if search for attribute with '@'
if string.sub(k,1,1) == '@' then
local _,_, name = string.find(k,'^@(.*)$')
val = t:attribute(name)
end
if val ~= nil then return val end
-- -- check for key directly on object
-- val = rawget( t, k )
-- if val ~= nil then return val end
-- check OO hierarchy
o = rawget( t, '__super' )
if o then val = o[k] end
if val ~= nil then return val end
-- check for key in nodes
local nodes = rawget( t, '__nodes' )
if nodes and type(k)=='number' then
val = nodes[k]
elseif type(k)=='string' then
val = t:child(k)
end
if val ~= nil then return val end
return nil
end
local function indexFunc( t, k )
-- print( "indexFunc", t, k )
local o, val
-- check if search for attribute with '@'
if string.sub(k,1,1) == '@' then
local _,_, name = string.find(k,'^@(.*)$')
val = t:attribute(name)
end
if val ~= nil then return val end
-- check for key directly on object
-- val = rawget( t, k )
-- if val ~= nil then return val end
-- check OO hierarchy
-- method lookup
o = rawget( t, '__super' )
if o then val = o[k] end
if val ~= nil then return val end
-- check for key in children
-- dot traversal
local children = rawget( t, '__children' )
if children then
val = nil
local func = function( node )
return ( node:name() == k )
end
local v = filter( func, children )
if v:length() > 0 then
val = v
end
end
if val ~= nil then return val end
return nil
end
local function toStringFunc( t )
return t:toString()
end
local function bless( base, params )
params = params or {}
--==--
local o = obj or {}
local mt = {
-- __index = indexFunc,
__index = params.indexFunc,
__newindex = params.newIndexFunc,
__tostring = params.toStringFunc,
__len = function() error( "hrererer") end
}
setmetatable( o, mt )
if base and base.new and type(base.new)=='function' then
mt.__call = base.new
end
o.__super = base
return o
end
local function inheritsFrom( base_class, params, constructor )
params = params or {}
params.indexFunc = params.indexFunc or indexFunc
local o
-- TODO: work out toString method
-- if base_class and base_class.toString and type(base_class.toString)=='function' then
-- params.toStringFunc = base_class.toString
-- end
o = bless( base_class, params )
-- Return the class object of the instance
function o:class()
return o
end
-- Return the superclass object of the instance
function o:superClass()
return base_class
end
-- Return true if the caller is an instance of theClass
function o:isa( the_class )
local b_isa = false
local cur_class = o
while ( cur_class ~= nil ) and ( b_isa == false ) do
if cur_class == the_class then
b_isa = true
else
cur_class = cur_class:superClass()
end
end
return b_isa
end
return o
end
--====================================================================--
-- XML List Base
XmlListBase = inheritsFrom( nil )
function XmlListBase:new( params )
-- print("XmlListBase:new")
local o = self:_bless()
if o._init then o:_init( params ) end
return o
end
function XmlListBase:_bless( obj )
-- print("XmlListBase:_bless")
local p = {
indexFunc=listIndexFunc,
newIndexFunc=listNewIndexFunc,
}
return bless( self, p )
end
--====================================================================--
-- XML List
XmlList = inheritsFrom( XmlListBase )
XmlList.NAME = 'XML List'
function XmlList:_init( params )
-- print("XmlList:_init")
self.__nodes = {}
end
function XmlList:addNode( node )
-- print( "XmlList:addNode", node.NAME )
assert( node ~= nil, "XmlList:addNode, node can't be nil" )
--==--
local nodes = rawget( self, '__nodes' )
if not node:isa( XmlList ) then
tinsert( nodes, node )
else
-- process XML List
for i,v in node:nodes() do
-- print('dd>> ', i,v, v.NAME)
tinsert( nodes, v )
end
end
end
function XmlList:attribute( key )
-- print( "XmlList:attribute", key )
local result = XmlList()
for _, node in self:nodes() do
result:addNode( node:attribute( key ) )
end
return result
end
function XmlList:child( name )
-- print( "XmlList:child", name )
local nodes, func, result
result = XmlList()
for _, node in self:nodes() do
result:addNode( node:child( name ) )
end
return result
end
function XmlList:length()
local nodes = rawget( self, '__nodes' )
return #nodes
end
-- iterator, used in for X in ...
function XmlList:nodes()
local pos = 1
local nodes = rawget( self, '__nodes' )
return function()
while pos <= #nodes do
local val = nodes[pos]
local i = pos
pos=pos+1
return i, val
end
return nil, nil
end
end
function XmlList:toString()
-- error("error XmlList:toString")
local nodes = rawget( self, '__nodes' )
if #nodes == 0 then return nil end
local func = function( val, node )
return val .. node:toString()
end
return foldr( func, "", nodes )
end
function XmlList:toXmlString()
error( "XmlList:toXmlString, not implemented" )
end
--====================================================================--
-- XML Base
XmlBase = inheritsFrom( nil )
function XmlBase:new( params )
-- print("XmlBase:new")
local o = self:_bless()
if o._init then o:_init( params ) end
return o
end
function XmlBase:_bless( obj )
-- print("XmlBase:_bless")
local p = {
indexFunc=indexFunc,
newIndexFunc=nil,
}
return bless( self, p )
end
--====================================================================--
-- XML Declaration Node
XmlDecNode = inheritsFrom( XmlBase )
XmlDecNode.NAME = 'XML Node'
function XmlDecNode:_init( params )
-- print("XmlDecNode:_init")
params = params or {}
self.__attrs = {}
end
function XmlDecNode:addAttribute( node )
self.__attrs[ node:name() ] = node
end
--====================================================================--
-- XML Node
XmlNode = inheritsFrom( XmlBase )
XmlNode.NAME = 'XML Node'
function XmlNode:_init( params )
-- print("XmlNode:_init")
params = params or {}
self.__parent = params.parent
self.__name = params.name
self.__children = {}
self.__attrs = {}
end
function XmlNode:parent()
return rawget( self, '__parent' )
end
function XmlNode:addAttribute( node )
self.__attrs[ node:name() ] = node
end
-- return XmlList
function XmlNode:attribute( name )
-- print("XmlNode:attribute", name )
if name == '*' then return self:attributes() end
local attrs = rawget( self, '__attrs' )
local result = XmlList()
local attr = attrs[ name ]
if attr then
result:addNode( attr )
end
return result
end
function XmlNode:attributes()
local attrs = rawget( self, '__attrs' )
local result = XmlList()
for k,attr in pairs(attrs) do
result:addNode( attr )
end
return result
end
-- hasOwnProperty("@ISBN") << attribute
-- hasOwnProperty("author") << element
-- returns boolean
function XmlNode:hasOwnProperty( key )
-- print("XmlNode:hasOwnProperty", key)
if string.sub(key,1,1) == '@' then
local _,_, name = string.find(key,'^@(.*)$')
return ( self:attribute(name):length() > 0 )
else
return ( self:child(key):length() > 0 )
end
end
function XmlNode:hasSimpleContent()
local is_simple = true
local children = rawget( self, '__children' )
for k,node in pairs( children ) do
-- print(k,node)
if node:isa( XmlNode ) then is_simple = false end
if not is_simple then break end
end
return is_simple
end
function XmlNode:hasComplexContent()
return not self:hasSimpleContent()
end
function XmlNode:length()
return 1
end
function XmlNode:name()
return self.__name
end
function XmlNode:setName( value )
self.__name = value
end
function XmlNode:addChild( node )
table.insert( self.__children, node )
end
function XmlNode:child( name )
-- print("XmlNode:child", self, name )
local children = rawget( self, '__children' )
local func = function( node )
return ( node:name() == name )
end
return filter( func, children )
end
function XmlNode:children()
local children = rawget( self, '__children' )
local func = function( node )
return true
end
return filter( func, children )
end
function XmlNode:toString()
return self:_childrenContent()
end
function XmlNode:toXmlString()
local str_t = {
"<"..self.__name,
self:_attrContent(),
">",
self:_childrenContent(),
"</"..self.__name..">",
}
return table.concat( str_t, '' )
end
function XmlNode:_childrenContent()
local children = rawget( self, '__children' )
local func = function( val, node )
return val .. node:toXmlString()
end
return foldr( func, "", children )
end
function XmlNode:_attrContent()
local attrs = rawget( self, '__attrs' )
table.sort( attrs ) -- apply some consistency
local str_t = {}
for k, attr in pairs( attrs ) do
tinsert( str_t, attr:toXmlString() )
end
if #str_t > 0 then
tinsert( str_t, 1, '' ) -- insert blank space
end
return tconcat( str_t, ' ' )
end
--====================================================================--
-- XML Doc Node
XmlDocNode = inheritsFrom( XmlNode )
XmlDocNode.NAME = "Attribute Node"
function XmlDocNode:_init( params )
-- print("XmlDocNode:_init")
params = params or {}
XmlNode._init( self, params )
self.declaration = params.declaration
end
--====================================================================--
-- XML Attribute Node
XmlAttrNode = inheritsFrom( XmlBase )
XmlAttrNode.NAME = "Attribute Node"
function XmlAttrNode:_init( params )
-- print("XmlAttrNode:_init", params.name )
params = params or {}
self.__name = params.name
self.__value = params.value
end
function XmlAttrNode:name()
return self.__name
end
function XmlAttrNode:setName( value )
self.__name = value
end
function XmlAttrNode:toString()
-- print("XmlAttrNode:toString")
return self.__value
end
function XmlAttrNode:toXmlString()
return self.__name..'="'..self.__value..'"'
end
--====================================================================--
-- XML Text Node
XmlTextNode = inheritsFrom( XmlBase )
XmlTextNode.NAME = "Text Node"
function XmlTextNode:_init( params )
-- print("XmlTextNode:_init")
params = params or {}
self.__text = params.text or ""
end
function XmlTextNode:toString()
return self.__text
end
function XmlTextNode:toXmlString()
return self.__text
end
--====================================================================--
-- XML Parser
--====================================================================--
-- https://github.com/PeterHickman/plxml/blob/master/plxml.lua
-- https://developer.coronalabs.com/code/simple-xml-parser
-- https://github.com/Cluain/Lua-Simple-XML-Parser/blob/master/xmlSimple.lua
-- http://lua-users.org/wiki/LuaXml
local XmlParser = {}
XmlParser.XML_DECLARATION_RE = '<?xml (.-)?>'
XmlParser.XML_TAG_RE = '<(%/?)([%w:-]+)(.-)(%/?)>'
XmlParser.XML_ATTR_RE = "([%-_%w]+)=([\"'])(.-)%2"
function XmlParser:decodeXmlString(value)
return decodeXmlString(value)
end
function XmlParser:parseAttributes( node, attr_str )
string.gsub(attr_str, XmlParser.XML_ATTR_RE, function( key, _, val )
local attr = XmlAttrNode( {name=key, value=val} )
node:addAttribute( attr )
end)
end
-- creates top-level Document Node
function XmlParser:parseString( xml_str )
-- print( "XmlParser:parseString" )
local root = XmlDocNode()
local node
local si, ei, close, label, attrs, empty
local text, lval
local pos = 1
--== declaration
si, ei, attrs = string.find(xml_str, XmlParser.XML_DECLARATION_RE, pos)
if not si then
-- error("no declaration")
else
node = XmlDecNode()
self:parseAttributes( node, attrs )
root.declaration = node
pos = ei + 1
end
--== doc type
-- pos = ei + 1
--== document root element
si,ei,close,label,attrs,empty = string.find(xml_str, XmlParser.XML_TAG_RE, pos)
text = string.sub(xml_str, pos, si-1)
if not string.find(text, "^%s*$") then
root:addChild( XmlTextNode( {text=decodeXmlString(text)} ) )
end
pos = ei + 1
if close == "" and empty == "" then -- start tag
root:setName( label )
self:parseAttributes( root, attrs )
pos = self:_parseString( xml_str, root, pos )
elseif empty == '/' then -- empty element tag
root:setName( label )
else
error( "malformed XML in XmlParser:parseString" )
end
return root
end
-- recursive method
--
function XmlParser:_parseString( xml_str, xml_node, pos )
-- print( "XmlParser:_parseString", xml_node:name(), pos )
local si, ei, close, label, attrs, empty
local node
while true do
si,ei,close,label,attrs,empty = string.find(xml_str, XmlParser.XML_TAG_RE, pos)
if not si then break end
local text = string.sub(xml_str, pos, si-1)
if not string.find(text, "^%s*$") then
local node = XmlTextNode( {text=decodeXmlString(text),parent=xml_node} )
xml_node:addChild( node )
end
pos = ei + 1
if close == "" and empty == "" then -- start tag of doc
local node = XmlNode( {name=label,parent=xml_node} )
self:parseAttributes( node, attrs )
xml_node:addChild( node )
pos = self:_parseString( xml_str, node, pos )
elseif empty == "/" then -- empty element tag
local node = XmlNode( {name=label,parent=xml_node} )
self:parseAttributes( node, attrs )
xml_node:addChild( node )
else -- end tag
assert( xml_node:name() == label, "incorrect closing label found:" )
break
end
end
return pos
end
--====================================================================--
-- Lua E4X API
--====================================================================--
local function parse( xml_str )
-- print( "LuaE4X.parse" )
assert( type(xml_str)=='string', 'Lua E4X: missing XML data to parse' )
assert( #xml_str > 0, 'Lua E4X: XML data must have length' )
return XmlParser:parseString( xml_str )
end
local function load( file )
print("LuaE4X.load")
end
local function save( xml_node )
print("LuaE4X.save")
end
--====================================================================--
-- Lua E4X Facade
--====================================================================--
return {
Parser=XmlParser,
XmlListClass=XmlList,
XmlNodeClass=XmlNode,
load=load,
parse=parse,
save=save
}
| mit |
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