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Factorized: Language and translation code handler

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dvdvideo1234 2019-01-22 17:09:01 +02:00
parent f3fd14a29c
commit df439b4040
4 changed files with 127 additions and 113 deletions
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2
lua/autorun/trackassembly_init.lua
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@ -44,7 +44,7 @@ local asmlib = trackasmlib
------ CONFIGURE ASMLIB ------
asmlib.InitBase("track","assembly")
asmlib.SetOpVar("TOOL_VERSION","6.478")
asmlib.SetOpVar("TOOL_VERSION","6.479")
asmlib.SetIndexes("V",1,2,3)
asmlib.SetIndexes("A",1,2,3)
asmlib.SetIndexes("WV",1,2,3)

98
lua/trackassembly/lang/en.lua Normal file
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@ -0,0 +1,98 @@
return function(sTool, sLimit) local tSet = {} -- English ( Column "ISO 639-1" )
------ CONFIGURE TRANSLATIONS ------ https://en.wikipedia.org/wiki/ISO_639-1
-- con >> control # def >> default # hd >> header # lb >> label
tSet["tool."..sTool..".1" ] = "Assembles a prop-segmented track"
tSet["tool."..sTool..".left" ] = "Spawn/snap a piece. Hold SHIFT to stack"
tSet["tool."..sTool..".right" ] = "Switch assembly points. Hold SHIFT for versa (Quick: ALT + SCROLL)"
tSet["tool."..sTool..".right_use" ] = "Open frequently used pieces menu"
tSet["tool."..sTool..".reload" ] = "Remove a piece. Hold SHIFT to select an anchor"
tSet["tool."..sTool..".desc" ] = "Assembles a track for vehicles to run on"
tSet["tool."..sTool..".name" ] = "Track assembly"
tSet["tool."..sTool..".phytype" ] = "Select physical properties type of the ones listed here"
tSet["tool."..sTool..".phytype_def" ] = "<Select Surface Material TYPE>"
tSet["tool."..sTool..".phyname" ] = "Select physical properties name to use when creating the track as this will affect the surface friction"
tSet["tool."..sTool..".phyname_def" ] = "<Select Surface Material NAME>"
tSet["tool."..sTool..".bgskids" ] = "Selection code of comma delimited Bodygroup/Skin IDs > ENTER to accept, TAB to auto-fill from trace"
tSet["tool."..sTool..".bgskids_def" ] = "Write selection code here. For example 1,0,0,2,1/3"
tSet["tool."..sTool..".mass" ] = "How heavy the piece spawned will be"
tSet["tool."..sTool..".mass_con" ] = "Piece mass:"
tSet["tool."..sTool..".model" ] = "Select the piece model to be used"
tSet["tool."..sTool..".model_con" ] = "Select a piece to start/continue your track with by expanding a type and clicking on a node"
tSet["tool."..sTool..".activrad" ] = "Minimum distance needed to select an active point"
tSet["tool."..sTool..".activrad_con" ] = "Active radius:"
tSet["tool."..sTool..".stackcnt" ] = "Maximum number of pieces to create while stacking"
tSet["tool."..sTool..".stackcnt_con" ] = "Pieces count:"
tSet["tool."..sTool..".angsnap" ] = "Snap the first piece spawned at this much degrees"
tSet["tool."..sTool..".angsnap_con" ] = "Angular alignment:"
tSet["tool."..sTool..".resetvars" ] = "Click to reset the additional values"
tSet["tool."..sTool..".resetvars_con" ] = "V Reset variables V"
tSet["tool."..sTool..".nextpic" ] = "Additional origin angular pitch offset"
tSet["tool."..sTool..".nextpic_con" ] = "Origin pitch:"
tSet["tool."..sTool..".nextyaw" ] = "Additional origin angular yaw offset"
tSet["tool."..sTool..".nextyaw_con" ] = "Origin yaw:"
tSet["tool."..sTool..".nextrol" ] = "Additional origin angular roll offset"
tSet["tool."..sTool..".nextrol_con" ] = "Origin roll:"
tSet["tool."..sTool..".nextx" ] = "Additional origin linear X offset"
tSet["tool."..sTool..".nextx_con" ] = "Offset X:"
tSet["tool."..sTool..".nexty" ] = "Additional origin linear Y offset"
tSet["tool."..sTool..".nexty_con" ] = "Offset Y:"
tSet["tool."..sTool..".nextz" ] = "Additional origin linear Z offset"
tSet["tool."..sTool..".nextz_con" ] = "Offset Z:"
tSet["tool."..sTool..".gravity" ] = "Controls the gravity on the piece spawned"
tSet["tool."..sTool..".gravity_con" ] = "Apply piece gravity"
tSet["tool."..sTool..".weld" ] = "Creates welds between pieces or pieces/anchor"
tSet["tool."..sTool..".weld_con" ] = "Weld"
tSet["tool."..sTool..".forcelim" ] = "Controls how much force is needed to break the weld"
tSet["tool."..sTool..".forcelim_con" ] = "Force limit:"
tSet["tool."..sTool..".ignphysgn" ] = "Ignores physics gun grab on the piece spawned/snapped/stacked"
tSet["tool."..sTool..".ignphysgn_con" ] = "Ignore physics gun"
tSet["tool."..sTool..".nocollide" ] = "Puts a no-collide between pieces or pieces/anchor"
tSet["tool."..sTool..".nocollide_con" ] = "NoCollide"
tSet["tool."..sTool..".freeze" ] = "Makes the piece spawn in a frozen state"
tSet["tool."..sTool..".freeze_con" ] = "Freeze on spawn"
tSet["tool."..sTool..".igntype" ] = "Makes the tool ignore the different piece types on snapping/stacking"
tSet["tool."..sTool..".igntype_con" ] = "Ignore track type"
tSet["tool."..sTool..".spnflat" ] = "The next piece will be spawned/snapped/stacked horizontally"
tSet["tool."..sTool..".spnflat_con" ] = "Spawn horizontally"
tSet["tool."..sTool..".spawncn" ] = "Spawns the piece at the center, else spawns relative to the active point chosen"
tSet["tool."..sTool..".spawncn_con" ] = "Origin from center"
tSet["tool."..sTool..".surfsnap" ] = "Snaps the piece to the surface the player is pointing at"
tSet["tool."..sTool..".surfsnap_con" ] = "Snap to trace surface"
tSet["tool."..sTool..".appangfst" ] = "Apply the angular offsets only on the first piece"
tSet["tool."..sTool..".appangfst_con" ] = "Apply angular on first"
tSet["tool."..sTool..".applinfst" ] = "Apply the linear offsets only on the first piece"
tSet["tool."..sTool..".applinfst_con" ] = "Apply linear on first"
tSet["tool."..sTool..".adviser" ] = "Controls rendering the tool position/angle adviser"
tSet["tool."..sTool..".adviser_con" ] = "Draw adviser"
tSet["tool."..sTool..".pntasist" ] = "Controls rendering the tool snap point assistant"
tSet["tool."..sTool..".pntasist_con" ] = "Draw assistant"
tSet["tool."..sTool..".ghostcnt" ] = "Controls rendering the tool ghosted holder pieces count"
tSet["tool."..sTool..".ghostcnt_con" ] = "Draw holder ghosts"
tSet["tool."..sTool..".engunsnap" ] = "Controls snapping when the piece is dropped by the player physgun"
tSet["tool."..sTool..".engunsnap_con" ] = "Enable physgun snap"
tSet["tool."..sTool..".workmode" ] = "Change this option to select a different working mode"
tSet["tool."..sTool..".workmode_1" ] = "General spawn/snap pieces"
tSet["tool."..sTool..".workmode_2" ] = "Active point intersection"
tSet["tool."..sTool..".pn_export" ] = "Click to export the client database as a file"
tSet["tool."..sTool..".pn_export_lb" ] = "Export DB"
tSet["tool."..sTool..".pn_routine" ] = "The list of your frequently used track pieces"
tSet["tool."..sTool..".pn_routine_hd" ] = "Frequent pieces by: "
tSet["tool."..sTool..".pn_display" ] = "The model of your track piece is displayed here"
tSet["tool."..sTool..".pn_pattern" ] = "Write a pattern here and hit ENTER to preform a search"
tSet["tool."..sTool..".pn_srchcol" ] = "Choose which list column you want to preform a search on"
tSet["tool."..sTool..".pn_srchcol_lb" ] = "<Search by>"
tSet["tool."..sTool..".pn_srchcol_lb1"] = "Model"
tSet["tool."..sTool..".pn_srchcol_lb2"] = "Type"
tSet["tool."..sTool..".pn_srchcol_lb3"] = "Name"
tSet["tool."..sTool..".pn_srchcol_lb4"] = "End"
tSet["tool."..sTool..".pn_routine_lb" ] = "Routine items"
tSet["tool."..sTool..".pn_routine_lb1"] = "Used"
tSet["tool."..sTool..".pn_routine_lb2"] = "End"
tSet["tool."..sTool..".pn_routine_lb3"] = "Type"
tSet["tool."..sTool..".pn_routine_lb4"] = "Name"
tSet["tool."..sTool..".pn_display_lb" ] = "Piece display"
tSet["tool."..sTool..".pn_pattern_lb" ] = "Write pattern"
tSet["Cleanup_"..sLimit ] = "Assembled track pieces"
tSet["Cleaned_"..sLimit ] = "Cleaned up all track pieces"
tSet["SBoxLimit_"..sLimit ] = "You've hit the spawned tracks limit!"
return tSet end

136
lua/trackassembly/trackasmlib.lua
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@ -3657,118 +3657,34 @@ function GetPhrase(sKey)
return (tSet[sKey] or GetOpVar("MISS_NOTR")) -- Translation fail safe
end
function InitLocalify(sCode)
if(not CLIENT) then return end; local tSet = GetOpVar("LOCALIFY_TABLE") -- ( Column "ISO 639-1" )
local function GetLocalify(sCode)
local sCode = tostring(sCode or GetOpVar("MISS_NOAV"))
if(not CLIENT) then LogInstance("("..sCode..") Not client"); return nil end
local sTool, sLmit = GetOpVar("TOOLNAME_NL"), GetOpVar("CVAR_LIMITNAME")
------ CONFIGURE TRANSLATIONS ------ https://en.wikipedia.org/wiki/ISO_639-1
-- con >> control # def >> deafault # hd >> header # lb >> label
tSet["tool."..sTool..".1" ] = "Assembles a prop-segmented track"
tSet["tool."..sTool..".left" ] = "Spawn/snap a piece. Hold SHIFT to stack"
tSet["tool."..sTool..".right" ] = "Switch assembly points. Hold SHIFT for versa (Quick: ALT + SCROLL)"
tSet["tool."..sTool..".right_use" ] = "Open frequently used pieces menu"
tSet["tool."..sTool..".reload" ] = "Remove a piece. Hold SHIFT to select an anchor"
tSet["tool."..sTool..".desc" ] = "Assembles a track for vehicles to run on"
tSet["tool."..sTool..".name" ] = "Track assembly"
tSet["tool."..sTool..".phytype" ] = "Select physical properties type of the ones listed here"
tSet["tool."..sTool..".phytype_def" ] = "<Select Surface Material TYPE>"
tSet["tool."..sTool..".phyname" ] = "Select physical properties name to use when creating the track as this will affect the surface friction"
tSet["tool."..sTool..".phyname_def" ] = "<Select Surface Material NAME>"
tSet["tool."..sTool..".bgskids" ] = "Selection code of comma delimited Bodygroup/Skin IDs > ENTER to accept, TAB to auto-fill from trace"
tSet["tool."..sTool..".bgskids_def" ] = "Write selection code here. For example 1,0,0,2,1/3"
tSet["tool."..sTool..".mass" ] = "How heavy the piece spawned will be"
tSet["tool."..sTool..".mass_con" ] = "Piece mass:"
tSet["tool."..sTool..".model" ] = "Select the piece model to be used"
tSet["tool."..sTool..".model_con" ] = "Select a piece to start/continue your track with by expanding a type and clicking on a node"
tSet["tool."..sTool..".activrad" ] = "Minimum distance needed to select an active point"
tSet["tool."..sTool..".activrad_con" ] = "Active radius:"
tSet["tool."..sTool..".stackcnt" ] = "Maximum number of pieces to create while stacking"
tSet["tool."..sTool..".stackcnt_con" ] = "Pieces count:"
tSet["tool."..sTool..".angsnap" ] = "Snap the first piece spawned at this much degrees"
tSet["tool."..sTool..".angsnap_con" ] = "Angular alignment:"
tSet["tool."..sTool..".resetvars" ] = "Click to reset the additional values"
tSet["tool."..sTool..".resetvars_con" ] = "V Reset variables V"
tSet["tool."..sTool..".nextpic" ] = "Additional origin angular pitch offset"
tSet["tool."..sTool..".nextpic_con" ] = "Origin pitch:"
tSet["tool."..sTool..".nextyaw" ] = "Additional origin angular yaw offset"
tSet["tool."..sTool..".nextyaw_con" ] = "Origin yaw:"
tSet["tool."..sTool..".nextrol" ] = "Additional origin angular roll offset"
tSet["tool."..sTool..".nextrol_con" ] = "Origin roll:"
tSet["tool."..sTool..".nextx" ] = "Additional origin linear X offset"
tSet["tool."..sTool..".nextx_con" ] = "Offset X:"
tSet["tool."..sTool..".nexty" ] = "Additional origin linear Y offset"
tSet["tool."..sTool..".nexty_con" ] = "Offset Y:"
tSet["tool."..sTool..".nextz" ] = "Additional origin linear Z offset"
tSet["tool."..sTool..".nextz_con" ] = "Offset Z:"
tSet["tool."..sTool..".gravity" ] = "Controls the gravity on the piece spawned"
tSet["tool."..sTool..".gravity_con" ] = "Apply piece gravity"
tSet["tool."..sTool..".weld" ] = "Creates welds between pieces or pieces/anchor"
tSet["tool."..sTool..".weld_con" ] = "Weld"
tSet["tool."..sTool..".forcelim" ] = "Controls how much force is needed to break the weld"
tSet["tool."..sTool..".forcelim_con" ] = "Force limit:"
tSet["tool."..sTool..".ignphysgn" ] = "Ignores physics gun grab on the piece spawned/snapped/stacked"
tSet["tool."..sTool..".ignphysgn_con" ] = "Ignore physics gun"
tSet["tool."..sTool..".nocollide" ] = "Puts a no-collide between pieces or pieces/anchor"
tSet["tool."..sTool..".nocollide_con" ] = "NoCollide"
tSet["tool."..sTool..".freeze" ] = "Makes the piece spawn in a frozen state"
tSet["tool."..sTool..".freeze_con" ] = "Freeze on spawn"
tSet["tool."..sTool..".igntype" ] = "Makes the tool ignore the different piece types on snapping/stacking"
tSet["tool."..sTool..".igntype_con" ] = "Ignore track type"
tSet["tool."..sTool..".spnflat" ] = "The next piece will be spawned/snapped/stacked horizontally"
tSet["tool."..sTool..".spnflat_con" ] = "Spawn horizontally"
tSet["tool."..sTool..".spawncn" ] = "Spawns the piece at the center, else spawns relative to the active point chosen"
tSet["tool."..sTool..".spawncn_con" ] = "Origin from center"
tSet["tool."..sTool..".surfsnap" ] = "Snaps the piece to the surface the player is pointing at"
tSet["tool."..sTool..".surfsnap_con" ] = "Snap to trace surface"
tSet["tool."..sTool..".appangfst" ] = "Apply the angular offsets only on the first piece"
tSet["tool."..sTool..".appangfst_con" ] = "Apply angular on first"
tSet["tool."..sTool..".applinfst" ] = "Apply the linear offsets only on the first piece"
tSet["tool."..sTool..".applinfst_con" ] = "Apply linear on first"
tSet["tool."..sTool..".adviser" ] = "Controls rendering the tool position/angle adviser"
tSet["tool."..sTool..".adviser_con" ] = "Draw adviser"
tSet["tool."..sTool..".pntasist" ] = "Controls rendering the tool snap point assistant"
tSet["tool."..sTool..".pntasist_con" ] = "Draw assistant"
tSet["tool."..sTool..".ghostcnt" ] = "Controls rendering the tool ghosted holder pieces count"
tSet["tool."..sTool..".ghostcnt_con" ] = "Draw holder ghosts"
tSet["tool."..sTool..".engunsnap" ] = "Controls snapping when the piece is dropped by the player physgun"
tSet["tool."..sTool..".engunsnap_con" ] = "Enable physgun snap"
tSet["tool."..sTool..".workmode" ] = "Change this option to select a different working mode"
tSet["tool."..sTool..".workmode_1" ] = "General spawn/snap pieces"
tSet["tool."..sTool..".workmode_2" ] = "Active point intersection"
tSet["tool."..sTool..".pn_export" ] = "Click to export the client database as a file"
tSet["tool."..sTool..".pn_export_lb" ] = "Export DB"
tSet["tool."..sTool..".pn_routine" ] = "The list of your frequently used track pieces"
tSet["tool."..sTool..".pn_routine_hd" ] = "Frequent pieces by: "
tSet["tool."..sTool..".pn_display" ] = "The model of your track piece is displayed here"
tSet["tool."..sTool..".pn_pattern" ] = "Write a pattern here and hit ENTER to preform a search"
tSet["tool."..sTool..".pn_srchcol" ] = "Choose which list column you want to preform a search on"
tSet["tool."..sTool..".pn_srchcol_lb" ] = "<Search by>"
tSet["tool."..sTool..".pn_srchcol_lb1"] = "Model"
tSet["tool."..sTool..".pn_srchcol_lb2"] = "Type"
tSet["tool."..sTool..".pn_srchcol_lb3"] = "Name"
tSet["tool."..sTool..".pn_srchcol_lb4"] = "End"
tSet["tool."..sTool..".pn_routine_lb" ] = "Routine items"
tSet["tool."..sTool..".pn_routine_lb1"] = "Used"
tSet["tool."..sTool..".pn_routine_lb2"] = "End"
tSet["tool."..sTool..".pn_routine_lb3"] = "Type"
tSet["tool."..sTool..".pn_routine_lb4"] = "Name"
tSet["tool."..sTool..".pn_display_lb" ] = "Piece display"
tSet["tool."..sTool..".pn_pattern_lb" ] = "Write pattern"
tSet["Cleanup_"..sLmit ] = "Assembled track pieces"
tSet["Cleaned_"..sLmit ] = "Cleaned up all track pieces"
tSet["SBoxLimit_"..sLmit ] = "You've hit the spawned tracks limit!"
local sPath = ("%s/lang/%s.lua"):format(sTool, sCode) -- Translation file path
if(not fileExists("lua/"..sPath, "GAME")) then
LogInstance("("..sCode..") Missing"); return nil end
local fCode = CompileFile(sPath); if(not fCode) then
LogInstance("("..sCode..") No function"); return nil end
local bFunc, fFunc = pcall(fCode); if(not bCode) then
LogInstance("("..suCod..")[1] "..fFunc); return nil end
local bCode, tCode = pcall(fFunc, sTool, sLmit); if(not bCode) then
LogInstance("("..suCod..")[2] "..tCode); return nil end
return tCode -- The successfully extracted translations
end
function InitLocalify(sCode)
local cuCod = tostring(sCode or GetOpVar("MISS_NOAV"))
if(not CLIENT) then LogInstance("("..cuCod..") Not client"); return nil end
local thSet = GetOpVar("LOCALIFY_TABLE"); tableEmpty(thSet)
local auCod = GetOpVar("LOCALIFY_AUTO") -- Automatic translation code
local suCod = tostring(sCode or auCod) -- English is used when missing
if(suCod ~= auCod) then -- Other language used that is not auto
local sPath = ("%s/lang/%s.lua"):format(sTool, suCod) -- Translation file path
if(fileExists("lua/"..sPath, "GAME")) then local fCode = CompileFile(sPath)
local bFunc, fFunc = pcall(fCode); if(bFunc) then
local bCode, tCode = pcall(fFunc, sTool, sLmit); if(bCode) then
for key, val in pairs(tSet) do tSet[key] = (tCode[key] or tSet[key]) end
else LogInstance("("..suCod..")[2] "..tCode) end
else LogInstance("("..suCod..")[1] "..fFunc) end
LogInstance("("..suCod..") Success")
end -- Compile and apply translation souurce if present
end; for key, val in pairs(tSet) do languageAdd(key, val) end
local auSet = GetLocalify(auCod); if(not auSet) then
LogInstance("Base mismatch <"..auCod..">"); return nil end
if(cuCod ~= auCod) then local cuSet = GetLocalify(cuCod)
if(cuSet) then -- When the language infornation is extracted apply on success
for key, val in pairs(auSet) do auSet[key] = (cuSet[key] or auSet[key]) end
else LogInstance("Custom skip <"..cuCod..">") end -- Apply auto code
end; for key, val in pairs(auSet) do thSet[key] = auSet[key]; languageAdd(key, val) end
end
function HasGhosts()

4
readme.md
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@ -238,13 +238,13 @@ I will be more then happy to add them into the Track assembly tool if their coll
the minimum requirements.
( Made a model once, but it turned out quite nasty xD, so better leave the job to the right people.)
#### Hey, do you remember that roller coaster assistant addon
#### Hey, do you remember that roller coaster assistant addon ?
It was snapping pieces when you got them close to each other and they magically connect.
Does this script has a feature like this ? Yes, it does. When looking at the panel in the right, there is a check-box labeled
`Enable physgun snap` that you must check. This makes the server to perform some
traces relative to the active points of the piece and search for other pieces to snap to.
If the snapping conditions are present, it will snap the trace piece on physgun release at
that end, which the server trace hits. Check the [wiki page](https://github.com/dvdvideo1234/TrackAssemblyTool/wiki/Physgun-snap-feature) for more information.
that end, which the server trace hits. Check the [wiki page](https://github.com/dvdvideo1234/TrackAssemblyTool/wiki/Additional-features#physgun-snapping-feature) for more information.
#### Can you tell me how to read the physgun snap legend drawn on the screen ?
Easy. Here are some things to know for never getting confused with this: