API tools faq
paste
Guest User

control.lua

a guest
Sep 20th, 2019
121
0
Never
Add comment
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
Lua 71.90 KB | None | 0 0
raw download clone embed print report
  1. -- WATER AS A RESOURCE MAIN LUA CONTROL PROGRAM --
  2. --       CREATED BY TREEFROGGREAKEN 2019        --
  3.  
  4. -- REQUIRED ADDITIONAL LUA FILES --
  5.  
  6. require("waterbodies") -- Loads waterbodies.lua
  7. require("fluidentities")
  8. require("fluidlist")
  9.  
  10.  
  11.  
  12. -- GLOBAL VARIABLES
  13.  
  14. function Globals()
  15.     if not global.WaterGlobalArea then global.WaterGlobalArea = {} end
  16.     if not global.OPLocate then global.OPLocate = {} end
  17.     if not global.ODLocate then global.ODLocate = {} end
  18.     if not global.LandFill then global.LandFill = {} end
  19.     if not global.FluidProducers then global.FluidProducers = {} end
  20.    
  21.     if not global.Type then global.Type = 0 end
  22.     if not global.WaterFlow then global.WaterFlow = 0 end
  23.     if not global.CrudeFlow then global.CrudeFlow = 0 end
  24.     if not global.LastWaterFlow then global.LastWaterFlow = 0 end
  25.     if not global.LastCrudeFlow then global.LastCrudeFlow = 0 end
  26.     if not global.WaterBodyType then global.WaterBodyType = 0 end
  27.     if not global.ActiveOPs then global.ActiveOPs = 0 end
  28.     if not global.ActiveODs then global.ActiveODs = 0 end
  29.     if not global.PercentChange then global.PercentChange = 0 end
  30.     if not global.InstallTick then global.InstallTick = 0 end
  31.    
  32.     if not global.Added then global.Added = true end
  33.     if not global.NewInstall then global.NewInstall = true end
  34.     if not global.ITMessage then global.ITMessage = true end
  35. end
  36.  
  37. function LinkGlobals()
  38.  
  39. -------------------------------- DEXY EDIT ------------------------------
  40.     if remote.interfaces["warptorio2"] then
  41.         log("Registred Warptorio2 event")
  42.         local warp_event = remote.call("warptorio2", "postwarpevent")
  43.         script.on_event(warp_event, function(event)
  44.             log("Warped, all lakes removed")
  45.             RemoveAllDrainedArea()
  46.             RestoreWater()
  47.         end)   
  48.     end
  49. -------------------------------------------------------------------------
  50.  
  51.     WaterFlow = global.WaterFlow
  52.     CrudeFlow = global.CrudeFlow
  53.     LastWaterFlow = global.LastWaterFlow
  54.     LastCrudeFlow = global.LastCrudeFlow
  55.     WaterBodyType = global.WaterBodyType
  56.     ActiveOPs = global.ActiveOPs
  57.     ActiveODs = global.ActiveODs
  58.     PercentChange = global.PercentChange
  59. end
  60.  
  61. -- EVENT DEPENDANT FUNCTIONS
  62.  
  63. function SearchPattern (SearchPosition, WASearchQueue)                          -- Function to Setup SearchPattern
  64.     local north = {x = SearchPosition.x, y = SearchPosition.y+1}                -- Create Local North Table make it equal to SearchPostion -1 y
  65.     local northeast = {x = SearchPosition.x+1, y = SearchPosition.y+1}
  66.     local east  = {x = SearchPosition.x+1, y = SearchPosition.y}                -- Create Local East Table make it equal to SearchPostion +1 x
  67.     local southeast = {x = SearchPosition.x+1, y = SearchPosition.y-1}
  68.     local south = {x = SearchPosition.x, y = SearchPosition.y-1}                -- Create Local South Table make it equal to SearchPostion +1 y
  69.     local southwest = {x = SearchPosition.x-1, y = SearchPosition.y-1}
  70.     local west  = {x = SearchPosition.x-1, y = SearchPosition.y}                -- Create Local West Table make it equal to SearchPostion -1 x
  71.     local northwest = {x = SearchPosition.x-1, y = SearchPosition.y+1}
  72.     WASearchQueue[#WASearchQueue+1] = north
  73.     WASearchQueue[#WASearchQueue+1] = northeast
  74.     WASearchQueue[#WASearchQueue+1] = east
  75.     WASearchQueue[#WASearchQueue+1] = southeast
  76.     WASearchQueue[#WASearchQueue+1] = south
  77.     WASearchQueue[#WASearchQueue+1] = southwest
  78.     WASearchQueue[#WASearchQueue+1] = west
  79.     WASearchQueue[#WASearchQueue+1] = northwest
  80.     return WASearchQueue                                                        -- Return WASearchQueue Table as Result
  81. end
  82.  
  83. function GridRef (SearchPosition)
  84.     return string.format ("%.1f , %.1f", SearchPosition.x , SearchPosition.y)   -- Print SearchPosition X, Y CoOrds as String
  85. end
  86.  
  87. function IsWater(SearchPosition, surface)
  88.     local tile = game.surfaces[surface].get_tile(SearchPosition.x,SearchPosition.y)         -- Get Name of Tile by looking on the surface by using SearchPosition Variable
  89.     if tile.valid == true then
  90.         fluidname = tile.name
  91.         if fluidlist.CheckNames(fluidname) == true then                                 -- IF Water or Deepwater THEN
  92.             return true                                                             -- Return TRUE
  93.         else                                                                        -- Otherwise
  94.             return false                                                            -- Return False
  95.         end                                                                         -- NOT Water or Deepwater
  96.         game.print("NOT A WATER TILE")      -- Print Not A Water Tile
  97.     else
  98.         return false
  99.     end
  100. end
  101.  
  102. function GlobalWaterArea()
  103.     if #global.WaterGlobalArea == 0 then
  104.         if global.Type == 1 then
  105.             CreateWaterArea()   -- Create WaterArea
  106.             global.OPLocate[1]["WA"] = 1            -- Assign Offshore Pump 1 to WaterArea 1
  107.             global.WaterGlobalArea[1]["OPs"] = 1    -- Assign WaterArea 1 to Offshore Pump 1
  108.             global.WaterGlobalArea[1]["Surface"] = global.OPLocate[1]["entity"].surface
  109.             AssignFluid()
  110.             if global.WaterGlobalArea[1]["ToSearch"] == nil then
  111.                 game.print(string.format("%s created, with %sL of %s.", global.WaterGlobalArea[1]["WtrName"], global.WaterGlobalArea[1]["AmountWtr"], global.WaterGlobalArea[1]["FluidType"]))
  112.             else
  113.                 game.print("FluidArea being scanned, please wait for assignment.")
  114.             end
  115.         elseif global.Type == 2 then
  116.             local x = global.ODLocate[1]["position"]["x"]
  117.             local y = global.ODLocate[1]["position"]["y"]
  118.             local ODP = global.ODLocate[1]["position"]
  119.             local ODS = global.ODLocate[1]["entity"].surface
  120.             local WaterCheck = global.ODLocate[1]["surface"].get_tile(x,y).name
  121.             if WaterCheck == "water" or WaterCheck == "deepwater" then
  122.                 CreateWaterArea()
  123.                 global.ODLocate[1]["WA"] = 1
  124.                 global.WaterGlobalArea[1]["ODs"] = 1
  125.                 global.WaterGlobalArea[1]["Surface"] = global.ODLocate[1]["entity"].surface
  126.                 AssignFluid()
  127.                 if global.WaterGlobalArea[1]["ToSearch"] == nil then
  128.                     game.print(string.format("%s created, with %sL of %s.", global.WaterGlobalArea[1]["WtrName"], global.WaterGlobalArea[1]["AmountWtr"], "water"))
  129.                 else
  130.                     game.print("FluidArea being scanned, please wait for assignment.")
  131.                 end
  132.             else
  133.                 game.print("Area not suitable for Offshore Drain.")
  134.                 global.ODLocate[1]["entity"].destroy()
  135.                 table.remove(global.ODLocate)
  136.                 game.surfaces[ODS.name].spill_item_stack(ODP, {name="offshore-drain",count=1})
  137.             end
  138.         end
  139.     else
  140.         CompareAssign()
  141.     end
  142. end
  143.  
  144. function CompareAssign()
  145.     OffShoreCompareArea()
  146.     if FoundExt == true then                        -- IF No Offshores Found then New Area
  147.         if global.Type == 1 then
  148.             CreateWaterArea()
  149.             global.OPLocate[#global.OPLocate]["WA"] = #global.WaterGlobalArea
  150.             global.WaterGlobalArea[#global.WaterGlobalArea]["OPs"] = 1
  151.             global.WaterGlobalArea[#global.WaterGlobalArea]["Surface"] = global.OPLocate[#global.OPLocate]["entity"].surface
  152.             AssignFluid()
  153.             if global.WaterGlobalArea[#global.WaterGlobalArea]["ToSearch"] == nil then
  154.                 game.print(string.format("%s created, with %sL of %s.", global.WaterGlobalArea[#global.WaterGlobalArea]["WtrName"], global.WaterGlobalArea[#global.WaterGlobalArea]["AmountWtr"], global.WaterGlobalArea[#global.WaterGlobalArea]["FluidType"]))
  155.             else
  156.                 game.print("FluidArea being scanned, please wait for assignment.")
  157.             end
  158.             FoundExt = false
  159.         elseif global.Type == 2 then
  160.             local x = global.ODLocate[#global.ODLocate]["position"]["x"]
  161.             local y = global.ODLocate[#global.ODLocate]["position"]["y"]
  162.             local ODP = global.ODLocate[#global.ODLocate]["position"]
  163.             local ODS = global.ODLocate[#global.ODLocate]["entity"].surface
  164.             local WaterCheck = global.ODLocate[#global.ODLocate]["surface"].get_tile(x,y).name
  165.             if WaterCheck == "water" or WaterCheck == "deepwater" then
  166.                 CreateWaterArea()
  167.                 global.ODLocate[#global.ODLocate]["WA"] = #global.WaterGlobalArea
  168.                 global.WaterGlobalArea[#global.WaterGlobalArea]["ODs"] = 1
  169.                 global.WaterGlobalArea[#global.WaterGlobalArea]["Surface"] = global.ODLocate[#global.ODLocate]["entity"].surface
  170.                 AssignFluid()
  171.                 if global.WaterGlobalArea[#global.WaterGlobalArea]["ToSearch"] == nil then
  172.                     game.print(string.format("%s created, with %sL of %s.", global.WaterGlobalArea[#global.WaterGlobalArea]["WtrName"], global.WaterGlobalArea[#global.WaterGlobalArea]["AmountWtr"], "water"))
  173.                 else
  174.                     game.print("FluidArea being scanned, please wait for assignment.")
  175.                 end
  176.             else
  177.                 game.print("Area not suitable for Offshore Drain.")
  178.                 global.ODLocate[#global.ODLocate]["entity"].destroy()
  179.                 table.remove(global.ODLocate,#global.ODLocate)
  180.                 game.surfaces[ODS.name].spill_item_stack(ODP, {name="offshore-drain",count=1})
  181.             end
  182.             FoundExt = false
  183.         end
  184.     end
  185. end
  186.  
  187. function CreateWaterArea()
  188.     global.WaterGlobalArea[#global.WaterGlobalArea+1] = {["WtrName"] = "None",["Surface"] = nil, ["ToSearch"] = nil, ["HasSearched"] = nil,["LoopCount"] = 0, ["AmountWtr"] = 0,["AmountBonusValue"] = 0,["RegenAmount"] = 0,["Depleted"] = 0,["ShallowWater"] = 0, ["DeepWater"] = 0,["Percent"] = 0,["PercentPrev"] = 0,["Fired50"] = false, ["Fired75"] = false, ["Fired90"] = false, ["Fired95"] = false, ["Fired97"] = false,["Fired98"] = false,["Fired99"] = false,["RandPercent"] = 79, ["BTF"] = 0,["Below80"] = 0, ["WaterRepArea"] = {},["TilesSet"] = "N",["OPs"] = 0,["OPsA"] = 0,["ODs"] = 0, ["ODsA"] = 0, ["WtrUsed"] = 0,["WtrAdd"] = 0, ["WaterBodyType"] = 0, ["FluidType"] = nil}
  189.     a = #global.WaterGlobalArea
  190.     GetWaterArea(a)
  191.     CalculatedWaterTotal(a)
  192.     waterbodies.WtrName(a)
  193.     a = 0
  194. end
  195.  
  196. function AssignFluid()  -- Assign Fluid On New WaterArea Creation
  197.     for a = 1, #global.WaterGlobalArea, 1 do
  198.         if global.WaterGlobalArea[a]["FluidType"] == nil then
  199.             if global.Type == 1 then
  200.                 for b = 1, #global.OPLocate, 1 do
  201.                     if global.OPLocate[b]["WA"] == a then
  202.                         global.WaterGlobalArea[a]["FluidType"] = global.OPLocate[b]["tile"]
  203.                     end
  204.                 end
  205.             elseif global.Type == 2 then
  206.                 for b = 1, #global.ODLocate, 1 do
  207.                     if global.ODLocate[b]["WA"] == a then
  208.                         global.WaterGlobalArea[a]["FluidType"] = global.ODLocate[b]["tile"]
  209.                     end
  210.                 end
  211.             end
  212.         end
  213.     end
  214. end
  215.  
  216. function OffShoreCompareArea()
  217.     if global.Type == 1 then
  218.         NuOPs = #global.OPLocate
  219.         OPS = global.OPLocate
  220.         NewOPPosX = OPS[NuOPs]["position"]["x"]
  221.         NewOPPosY = OPS[NuOPs]["position"]["y"]
  222.     elseif global.Type == 2 then
  223.         NuOPs = #global.ODLocate
  224.         OPS = global.ODLocate
  225.         NewOPPosX = OPS[NuOPs]["position"]["x"]
  226.         NewOPPosY = OPS[NuOPs]["position"]["y"]
  227.     end
  228.     local NuWAs = #global.WaterGlobalArea
  229.     local WA = global.WaterGlobalArea
  230.     FoundInt = false
  231.     FoundExt = true
  232.     for a = NuWAs, 1, -1 do     -- FOR Each WATERAREA
  233.         for b = 1, #WA[a]["WaterRepArea"], 1 do -- FOR EACH TILE in WATERAREA
  234.             if WA[a]["WaterRepArea"][b] ~= nil then
  235.                 local WATilePosX = WA[a]["WaterRepArea"][b]["position"]["x"]
  236.                 local WATilePosY = WA[a]["WaterRepArea"][b]["position"]["y"]
  237.                 if NewOPPosX == WATilePosX then     -- IF NEW OFFSHORE IS IN WATER AREAS X POSITION
  238.                     if NewOPPosY == WATilePosY then -- IF NEW OFFSHORE IS IN WATER AREAS Y POSITION
  239.                         FoundExt = false
  240.                         FoundInt = true
  241.                     end
  242.                 end
  243.             end
  244.         end
  245.         if FoundInt == true then -- FOUND IN THIS WATERAREA
  246.             if global.Type == 1 then
  247.                 OPS[NuOPs]["WA"] = a
  248.                 WA[a]["OPs"] = WA[a]["OPs"] + 1
  249.                 if WA[a]["Percent"] < 0 then
  250.                     game.print(string.format("%s has %s Offshore Pumps, with %.0f %% of %s volume depleted.", WA[a]["WtrName"], WA[a]["OPs"], 0, WA[a]["FluidType"]))
  251.                 else
  252.                     game.print(string.format("%s has %s Offshore Pumps, with %.0f %% of %s volume depleted.", WA[a]["WtrName"], WA[a]["OPs"], WA[a]["Percent"], WA[a]["FluidType"]))
  253.                 end
  254.                 FoundInt = false
  255.             elseif global.Type == 2 then
  256.                 OPS[NuOPs]["WA"] = a
  257.                 WA[a]["ODs"] = WA[a]["ODs"] + 1
  258.                 if WA[a]["Percent"] >= 0 and WA[a]["Percent"] < 100 then
  259.                     game.print(string.format("%s has %s Offshore Drains, with %.0f %% of %s volume depleted.", WA[a]["WtrName"], WA[a]["ODs"], WA[a]["Percent"], WA[a]["FluidType"]))
  260.                 else
  261.                     if WA[a]["Percent"] >= 100 then
  262.                         game.print(string.format("%s has %s Offshore Drains, with %.0f %% depleted.", WA[a]["WtrName"], WA[a]["ODs"], WA[a]["Percent"], WA[a]["FluidType"]))
  263.                     else
  264.                         game.print(string.format("%s has %s Offshore Drains, with %.0f %% depleted.", WA[a]["WtrName"], WA[a]["ODs"], 0, WA[a]["FluidType"]))
  265.                     end
  266.                 end
  267.                 FoundInt = false
  268.             end
  269.         end
  270.     end
  271.     return FoundExt
  272. end
  273.  
  274. function GetWaterArea(a)                                        -- Get Water Area Function
  275.     if global.Type == 1 then
  276.         position = global.OPLocate[#global.OPLocate]["position"]
  277.         surface = global.OPLocate[#global.OPLocate]["surface"].name
  278.         WaterRepArea = global.WaterGlobalArea[#global.WaterGlobalArea]["WaterRepArea"]
  279.         WASearchQueue = {position}
  280.         WASearched = {}
  281.         SearchAmount = settings.global["FluidArea-Start-Area"].value
  282.         FA = global.WaterGlobalArea[a]
  283.     elseif global.Type == 2 then
  284.         position = global.ODLocate[#global.ODLocate]["position"]
  285.         surface = global.ODLocate[#global.ODLocate]["surface"].name
  286.         WaterRepArea = global.WaterGlobalArea[#global.WaterGlobalArea]["WaterRepArea"]
  287.         WASearchQueue = {position}
  288.         WASearched = {}
  289.         SearchAmount = settings.global["FluidArea-Start-Area"].value
  290.         FA = global.WaterGlobalArea[a]
  291.     elseif global.WaterGlobalArea[a]["ToSearch"] ~= nil then
  292.         WaterRepArea = global.WaterGlobalArea[a]["WaterRepArea"]
  293.         WASearchQueue = global.WaterGlobalArea[a]["ToSearch"]
  294.         WASearched = global.WaterGlobalArea[a]["HasSearched"]
  295.         surface = global.WaterGlobalArea[a]["Surface"].name
  296.         SearchAmount = settings.global["FluidArea-Additional-Tiles-Per-Second"].value / 60
  297.         FA = global.WaterGlobalArea[a]
  298.         if game.active_mods["SeaBlock"] then
  299.             TotalArea = global.WaterGlobalArea[a]["ShallowWater"] + global.WaterGlobalArea[a]["DeepWater"]
  300.             if TotalArea > 60000 then
  301.                 WASearchQueue = {}
  302.             end
  303.         end
  304.     end
  305.     local Shallow = 0
  306.     local Deep = 0
  307.     while #WASearchQueue > 0 do                                                     -- WHILE there is a WASerachQueue
  308.         if Shallow + Deep <= SearchAmount then
  309.             local SearchPosition = WASearchQueue[1]                                     -- Convert Offshore Pump Position into SearchPosition
  310.             if WASearched[GridRef(SearchPosition)] ~= true then                         -- IF GridRef has not been searched
  311.                 if IsWater(SearchPosition, surface) == false then                       -- IF IsWater is FALSE then
  312.                     WASearched[GridRef(SearchPosition)] = true                          -- GridRef has been Searched
  313.                 else                                                                    -- ELSE IsWater is TRUE then
  314.                     if fluidname == "water" or fluidname == "water-green" or fluidname == "water-shallow" or fluidname == "water-mud" then                  -- IF Water Type is "water"
  315.                         WaterRepArea[#WaterRepArea+1] = {["name"] = "sand-3" , ["position"] = {["x"] = SearchPosition.x, ["y"] = SearchPosition.y},["OriginalName"] = fluidname}
  316.                         FA["ShallowWater"] = FA["ShallowWater"] + 1
  317.                         Shallow = Shallow + 1
  318.                     elseif fluidname == "deepwater" or fluidname == "deepwater-green" then
  319.                         WaterRepArea[#WaterRepArea+1] = {["name"] = "dry-dirt" , ["position"] = {["x"] = SearchPosition.x, ["y"] = SearchPosition.y},["OriginalName"] = fluidname}
  320.                         FA["DeepWater"] = FA["DeepWater"] + 1
  321.                         Deep = Deep + 1
  322.                     end
  323.                     WASearched[GridRef(SearchPosition)] = true                                  -- Make SearchPosition TRUE in WASerached
  324.                     SearchPattern(SearchPosition, WASearchQueue)                                -- Run SearchPattern Function Passing SearchPosition and WASearchQueue
  325.                     table.remove (WASearchQueue,1)                                              -- Remove from WASearchQueue
  326.                 end                                                                             -- IF IsWater isn't TRUE or False
  327.             else
  328.                 table.remove (WASearchQueue,1)              -- Remove from WASearchQueue
  329.             end
  330.         else
  331.             FA["ToSearch"] = WASearchQueue
  332.             FA["HasSearched"] = WASearched
  333.             goto TooBigArea
  334.         end
  335.     end
  336.     ::TooBigArea::
  337.     if #WASearchQueue == 0 then
  338.         global.WaterGlobalArea[a]["ToSearch"] = nil
  339.         global.WaterGlobalArea[a]["HasSearched"] = nil
  340.     end
  341. end
  342.  
  343. function FluidAreaContinue(a)
  344.  
  345.     -- Dexy Edit --
  346.     if global.WaterGlobalArea["TotalLoop"] == nil then
  347.         global.WaterGlobalArea["TotalLoop"] = 0
  348.     else
  349.         global.WaterGlobalArea["TotalLoop"] = global.WaterGlobalArea["TotalLoop"] + 1
  350.     end
  351.     ---------------
  352.  
  353.     GetWaterArea(a)
  354.     CalculatedWaterTotal(a)
  355.     global.WaterGlobalArea[a]["LoopCount"] = global.WaterGlobalArea[a]["LoopCount"] + 1
  356.     local AlarmEnabled = settings.global["Alarms-Continuing-Search"].value
  357.     if global.WaterGlobalArea[a]["LoopCount"] == 1000 and AlarmEnabled == true then
  358.         global.WaterGlobalArea[a]["LoopCount"] = 0
  359.        
  360.         -- Dexy Edit --
  361.         --game.print(string.format("Still Scanning FluidArea %s", a))
  362.         game.print(string.format("Still Scanning FluidArea %s loop: %s", a, global.WaterGlobalArea["TotalLoop"]))
  363.         ---------------
  364.        
  365.     end
  366.     -- Dexy Edit --
  367.     --if global.WaterGlobalArea[a]["ToSearch"] == nil then
  368.     if global.WaterGlobalArea[a]["ToSearch"] == nil or global.WaterGlobalArea["TotalLoop"] > 10000 then
  369.         if global.WaterGlobalArea["TotalLoop"] > 10000 then
  370.             game.print(string.format("Water area %s is too big", a))
  371.             global.WaterGlobalArea[a]["ToSearch"] = nil
  372.         end
  373.    
  374.         global.WaterGlobalArea["TotalLoop"] = 0
  375.     ---------------
  376.         global.WaterGlobalArea[a]["LoopCount"] = 0
  377.         waterbodies.WtrName(a)
  378.         game.print(string.format("%s created, with %sL of %s.", global.WaterGlobalArea[a]["WtrName"], global.WaterGlobalArea[a]["AmountWtr"], global.WaterGlobalArea[a]["FluidType"]))
  379.     end
  380. end
  381.  
  382. function CalculatedWaterTotal(a)
  383.     local Shallow = global.WaterGlobalArea[a]["ShallowWater"]
  384.     local Deep = global.WaterGlobalArea[a]["DeepWater"]
  385.     local TotalArea = Shallow + Deep
  386.     global.WaterGlobalArea[a]["BTF"] = TotalArea
  387.     local WATER = settings.global["TileFluidAmount-Shallow"].value
  388.     local DEEPWATER = settings.global["TileFluidAmount-Deep"].value
  389.     local PBonus = 0.01
  390.     local WBonus = 0.5
  391.     local PDBonus = 1
  392.     local LBonus = 1.5
  393.     local GLBonus = 2
  394.     local SBonus = 2.5
  395.     local OBonus = 3
  396.     local WaterTotal = (Shallow * WATER) + (Deep * DEEPWATER)
  397.     local WaterBodyType = 0
  398.     if TotalArea < 4 then
  399.         --game.print("PUDDLE")
  400.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * PBonus
  401.         global.WaterGlobalArea[a]["AmountBonusValue"] = PBonus
  402.         global.WaterGlobalArea[a]["WtrName"] = "Puddle"
  403.         global.WaterGlobalArea[a]["WaterBodyType"] = 0
  404.     elseif TotalArea == 4 then
  405.         --game.print("WELL")
  406.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * WBonus
  407.         global.WaterGlobalArea[a]["AmountBonusValue"] = WBonus
  408.         global.WaterGlobalArea[a]["WtrName"] = "Well"
  409.         global.WaterGlobalArea[a]["WaterBodyType"] = 1
  410.     elseif TotalArea > 4 and TotalArea <= 200 then
  411.         --game.print("POND")
  412.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * PDBonus
  413.         global.WaterGlobalArea[a]["AmountBonusValue"] = PDBonus
  414.         global.WaterGlobalArea[a]["WtrName"] = "Pond"
  415.         global.WaterGlobalArea[a]["WaterBodyType"] = 2
  416.     elseif TotalArea > 200 and TotalArea <= 6000 then
  417.         --game.print("LAKE")
  418.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * LBonus
  419.         global.WaterGlobalArea[a]["AmountBonusValue"] = LBonus
  420.         global.WaterGlobalArea[a]["WaterBodyType"] = 3
  421.     elseif TotalArea > 6000 and TotalArea <= 60000 then
  422.         --game.print("GREAT LAKE")
  423.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * GLBonus
  424.         global.WaterGlobalArea[a]["AmountBonusValue"] = GLBonus
  425.         global.WaterGlobalArea[a]["WaterBodyType"] = 4
  426.     elseif TotalArea > 60000 and TotalArea <= 600000 then
  427.         --game.print("SEA")
  428.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * SBonus
  429.         global.WaterGlobalArea[a]["AmountBonusValue"] = SBonus
  430.         global.WaterGlobalArea[a]["WaterBodyType"] = 5
  431.     else
  432.         --game.print("OCEAN")
  433.         global.WaterGlobalArea[a]["AmountWtr"] = WaterTotal * OBonus
  434.         global.WaterGlobalArea[a]["AmountBonusValue"] = OBonus
  435.         global.WaterGlobalArea[a]["WaterBodyType"] = 6
  436.     end
  437.     local RegenOff = settings.global["Disable-FluidArea-RegenRate"].value
  438.     if RegenOff == false then
  439.         local RegenRate = settings.global["FluidArea-RegenRate"].value / 10000
  440.         RegenAmount = (RegenRate * TotalArea)
  441.     else
  442.         RegenAmount = 0
  443.     end
  444.     global.WaterGlobalArea[a]["RegenAmount"] = RegenAmount
  445. end
  446.  
  447. function CorrectPump()
  448.     if global.OPLocate[#global.OPLocate]["entity"].valid then
  449.         if global.OPLocate[#global.OPLocate]["entity"]["name"] == "offshore-pump" then
  450.             if global.OPLocate[#global.OPLocate]["tile"] == "crude-oil" then
  451.                 local OPE = global.OPLocate[#global.OPLocate]["entity"]
  452.                 local OPD = OPE.direction
  453.                 local OPP = OPE.position
  454.                 local OPS = OPE.surface
  455.                 OPE.destroy()
  456.                 local OPN = game.surfaces[OPS.name].create_entity{name="offshore-crude-oil-pump",position = OPP,direction = OPD,force = "player"}
  457.                 global.OPLocate[#global.OPLocate]["entity"] = OPN
  458.             end
  459.         end
  460.     else
  461.         game.print("Invalid Pump")
  462.     end
  463. end
  464.  
  465. function CorrectedFluid(tile)
  466.     if tile == "crude-oil-deep" or tile == "crude-oil" then
  467.         correctedtile = "crude-oil"
  468.     else
  469.         correctedtile = "water"
  470.     end
  471.     return correctedtile
  472. end
  473.  
  474. -- ON TICK DEPENDANT FUNCTIONS --
  475.  
  476. function RegenWater(a)
  477.     local DisableRegen = settings.global["Disable-FluidArea-RegenRate"].value
  478.     local WGA = global.WaterGlobalArea
  479.     if DisableRegen == false and WGA[a]["FluidType"] == "water" and WGA[a]["Percent"] > 0 and WGA[a]["Percent"] <= 99 and WGA[a]["Depleted"] ~= 1 then
  480.         local WGA = global.WaterGlobalArea
  481.         if WGA[a]["WtrUsed"] - WGA[a]["RegenAmount"] <= 0 then
  482.             WGA[a]["WtrUsed"] = 0
  483.         else
  484.             WGA[a]["WtrUsed"] = WGA[a]["WtrUsed"] - WGA[a]["RegenAmount"]
  485.         end
  486.         WGA[a]["PercentPrev"] = WGA[a]["Percent"]
  487.         WGA[a]["Percent"] = (WGA[a]["WtrUsed"] / WGA[a]["AmountWtr"]) * 100
  488.         PercentChange = WGA[a]["PercentPrev"] - WGA[a]["Percent"]
  489.     end
  490. end
  491.  
  492. function EverySec()
  493.     for a = 1, #global.WaterGlobalArea, 1 do
  494.         if #global.LandFill > 0 then
  495.             LandFill(a)
  496.         end
  497.         RegenWater(a)
  498.     end
  499. end
  500.  
  501. function EveryTick()
  502.     CheckWater()
  503.     for a = 1, #global.WaterGlobalArea, 1 do
  504.         if global.WaterGlobalArea[a]["ToSearch"] ~= nil then
  505.             FluidAreaContinue(a)
  506.         end
  507.     end
  508. end
  509.  
  510.  
  511. function EmptyDrainPipes()
  512.     local ODL = global.ODLocate
  513.     for a = 1, #ODL, 1 do
  514.         local WGA = global.WaterGlobalArea
  515.         if WGA[ODL[a]["WA"]]["Depleted"] ~= 1 and ODL[a]["Active"] == 1 and ODL[a]["entity"].neighbours[1][1] and ODL[a]["entity"].neighbours[1][1].fluidbox[1] ~= nil and WGA[ODL[a]["WA"]]["FluidType"] == ODL[a]["PipeFluid"] and ODL[a]["entity"].neighbours[1][1].get_fluid_count() > 0.005 then
  516.             if ODL[a]["entity"].neighbours[1][1]["name"] == "storage-tank" then
  517.                 fluid = ODL[a]["entity"].neighbours[1][1].fluidbox[1]
  518.                 if fluid.amount >= 20 then
  519.                     fluid.amount = 20
  520.                 elseif fluid.amount < 20 and fluid.amount > 0 then
  521.                     fluid.amount = fluid.amount
  522.                 elseif fluid.amount == 0 then
  523.                     fluid.amount = 0
  524.                 end
  525.                 ODL[a]["entity"].neighbours[1][1].remove_fluid{name=fluid.name,amount=fluid.amount}
  526.             else
  527.                 fluid = ODL[a]["entity"].neighbours[1][1].fluidbox[1]
  528.                 if fluid.amount >= 20 then
  529.                     fluid.amount = 20
  530.                 elseif fluid.amount < 20 and fluid.amount > 0 then
  531.                     fluid.amount = fluid.amount
  532.                 elseif fluid.amount == 0 then
  533.                     fluid.amount = 0
  534.                 end
  535.                 ODL[a]["entity"].neighbours[1][1].remove_fluid{name=fluid.name,amount=fluid.amount}
  536.             end
  537.         end
  538.         WGA[ODL[a]["WA"]]["WtrAdd"] = 0
  539.     end
  540.  end
  541.  
  542. function AssignTiles(a)
  543.     local WGA = global.WaterGlobalArea
  544.     local WGAA = WGA[a]["ShallowWater"] + WGA[a]["DeepWater"]
  545.     local WGAT = WGA[a]["WaterRepArea"]
  546.     local WGAFT = WGA[a]["FluidType"]
  547.     if PercentChange < 0 and WGA[a]["TilesSet"] ~= "P" then -- IF WATERAREA IS BEING DEPLETED (PUMPS IN CHARGE)
  548.         for b = 1, WGAA, 1 do
  549.             if WGAT[b] ~= nil then
  550.                 if WGAT[b]["OriginalName"] == "water" or WGAT[b]["OriginalName"] == "crude-oil" or WGAT[b]["OriginalName"] == "water-green" or WGAT[b]["OriginalName"] == "water-shallow" or WGAT[b]["OriginalName"] == "water-mud" then
  551.                     WGA[a]["WaterRepArea"][b]["name"] = "sand-3"
  552.                 elseif WGAT[b]["OriginalName"] == "deepwater" or WGAT[b]["OriginalName"] == "crude-oil-deep" or WGAT[b]["OriginalName"] == "deepwater-green" then
  553.                     WGA[a]["WaterRepArea"][b]["name"] = "dry-dirt"
  554.                 end
  555.             end
  556.         end
  557.         WGA[a]["TilesSet"] = "P"
  558.     elseif PercentChange > 0 and WGA[a]["TilesSet"] ~= "D" then -- ELSE WATERAREA IS BEING FILLED (DRAINS IN CHARGE)
  559.         for b = 1, WGAA, 1 do
  560.             if WGAT[b] ~= nil then
  561.                 if WGAT[b]["name"] == "sand-3" then
  562.                     if WGAFT == "water" then
  563.                         if WGAT[b]["OriginalName"] == "water" then
  564.                             WGA[a]["WaterRepArea"][b]["name"] = "water"
  565.                         elseif WGAT[b]["OriginalName"] == "water-green" then
  566.                             WGA[a]["WaterRepArea"][b]["name"] = "water-green"
  567.                         elseif WGAT[b]["OriginalName"] == "water-shallow" then
  568.                             WGA[a]["WaterRepArea"][b]["name"] = "water-shallow"
  569.                         elseif WGAT[b]["OriginalName"] == "water-mud" then
  570.                             WGA[a]["WaterRepArea"][b]["name"] = "water-mud"
  571.                         end
  572.                     else
  573.                         WGA[a]["WaterRepArea"][b]["name"] = "crude-oil"
  574.                     end
  575.                 elseif WGAT[b]["name"] == "dry-dirt" then
  576.                     if WGAFT == "water" then
  577.                         if WGAT[b]["OriginalName"] == "deepwater" then
  578.                             WGA[a]["WaterRepArea"][b]["name"] = "deepwater"
  579.                         elseif WGAT[b]["OriginalName"] == "deepwater-green" then
  580.                             WGA[a]["WaterRepArea"][b]["name"] = "deepwater-green"
  581.                         end
  582.                     else
  583.                         WGA[a]["WaterRepArea"][b]["name"] = "crude-oil-deep"
  584.                     end
  585.                 end
  586.             end
  587.         end
  588.         WGA[a]["TilesSet"] = "D"
  589.     end
  590. end
  591.  
  592. function WaterRandom(a)
  593.     local WGA = global.WaterGlobalArea
  594.     local WaterTiles = (WGA[a]["ShallowWater"] + WGA[a]["DeepWater"])
  595.     local Surface = WGA[a]["Surface"]
  596.     local finalper = 20
  597.     local TilePerPercent = math.floor((WaterTiles / finalper) * 0.8)
  598.     if TilePerPercent < 1 then
  599.         TilePerPercent = 1
  600.     end
  601.     local randnotiles = math.random(1,TilePerPercent)
  602.     for z = 1, randnotiles, 1 do
  603.         local rand = math.random(1,WaterTiles)
  604.         game.surfaces[Surface.name].set_tiles({WGA[a]["WaterRepArea"][rand]})
  605.     end
  606. end
  607.  
  608. function BackToFront(a)
  609.     local WGA = global.WaterGlobalArea
  610.     local WaterTiles = (WGA[a]["ShallowWater"] + WGA[a]["DeepWater"])
  611.     local Surface = WGA[a]["Surface"]
  612.     local TileCount = WGA[a]["BTF"]
  613.     local WAArea = WGA[a]["WaterRepArea"]
  614.     local finalper = 20
  615.     local TilePerPercent = math.floor(WaterTiles / finalper)
  616.     if TilePerPercent < 1 then
  617.         TilePerPercent = 1
  618.     end
  619.     if PercentChange < 0 and TileCount ~= 0 then    -- PUMPS
  620.         if TilePerPercent > TileCount then
  621.             TilePerPercent = TileCount - 1
  622.         end
  623.         for b=TilePerPercent, 0, -1 do
  624.             if WAArea[TileCount] ~= nil then
  625.                 --if WAArea[TileCount]["name"] == "sand-3" or WAArea[TileCount]["name"] == "dry-dirt" then
  626.                     game.surfaces[Surface.name].set_tiles({WAArea[TileCount]})
  627.                     WGA[a]["BTF"] = WGA[a]["BTF"] - 1
  628.                     TileCount = WGA[a]["BTF"]
  629.                 --end
  630.             else
  631.                 WGA[a]["BTF"] = WGA[a]["BTF"] - 1
  632.                 TileCount = WGA[a]["BTF"]
  633.             end
  634.         end
  635.     elseif PercentChange > 0 and TileCount <= WaterTiles then -- DRAINS
  636.         if TileCount == 0 then
  637.             TileCount = 1
  638.         end
  639.         for b=TilePerPercent, 0, -1 do
  640.             if WAArea[TileCount] ~= nil then
  641.                 --if WAArea[TileCount]["name"] == "water" or WAArea[TileCount]["name"] == "deepwater" or WAArea[TileCount]["name"] == "crude-oil" or WAArea[TileCount]["name"] == "crude-oil-deep" then
  642.                     game.surfaces[Surface.name].set_tiles({WAArea[TileCount]})
  643.                     WGA[a]["BTF"] = WGA[a]["BTF"] + 1
  644.                     TileCount = WGA[a]["BTF"]
  645.                 --end
  646.                 if TileCount > WaterTiles then
  647.                     TileCount = WaterTiles
  648.                 end
  649.             else
  650.                 WGA[a]["BTF"] = WGA[a]["BTF"] + 1
  651.                 TileCount = WGA[a]["BTF"]
  652.             end
  653.         end
  654.     end
  655. end
  656.  
  657. function AddedWaterArea(a)
  658.     local WGA = global.WaterGlobalArea
  659.     if WGA[a]["AmountWtr"] ~= WGA[a]["WtrUsed"] and WGA[a]["Percent"] > 0 then
  660.         local Percent = WGA[a]["Percent"]
  661.         local WA = WGA[a]
  662.         local LowAlarmEnabled = settings.global["Alarms-Low-Level (50/75/90%)"].value
  663.         local HighAlarmEnabled = settings.global["Alarms-High-Level (95/97/98/99%)"].value
  664.         if Percent < 100 and Percent > 80 then
  665.             WGA[a]["Depleted"] = 0
  666.             local RP = WA["RandPercent"]
  667.             if (RP - Percent) >= 0.1 then
  668.                 local Method = settings.global["FluidArea-Replace-Method"].value
  669.                 if Method == "Random" then
  670.                     WaterRandom(a)
  671.                 elseif Method == "From/To Pump" then
  672.                     BackToFront(a)
  673.                 end
  674.                 WA["RandPercent"] = Percent
  675.             end
  676.             if Percent < 99 and WA["Fired99"] == true and HighAlarmEnabled == true then
  677.                 WA["Fired99"] = false
  678.             elseif Percent < 98 and WA["Fired98"] == true and HighAlarmEnabled == true then
  679.                 WA["Fired98"] = false
  680.             elseif Percent < 97 and WA["Fired97"] == true and HighAlarmEnabled == true then
  681.                 WA["Fired97"] = false
  682.             elseif Percent < 95 and WA["Fired95"] == true and HighAlarmEnabled == true then
  683.                 WA["Fired95"] = false
  684.             elseif Percent < 90 and WA["Fired90"] == true and HighAlarmEnabled == true then
  685.                 WA["Fired90"] = false
  686.             end
  687.         elseif Percent <= 80 and Percent > 0 then
  688.             WA["RandPercent"] = 79
  689.             if Percent < 75 and WA["Fired75"] == true and LowAlarmEnabled == true then
  690.                 WA["Fired75"] = false
  691.             elseif Percent < 50 and WA["Fired50"] == true and LowAlarmEnabled == true then
  692.                 WA["Fired50"] = false
  693.             end
  694.             if WA["Below80"] == 0 then
  695.                 if Method == "Random" then
  696.                     game.surfaces[WA["Surface"]].set_tiles(WA["WaterRepArea"])
  697.                 elseif Method == "From/To Pump" then
  698.                     -- Should Be Filled
  699.                 end
  700.                 WA["Below80"] = 1
  701.                 WGA[a]["BTF"] = WGA[a]["ShallowWater"] + WGA[a]["DeepWater"]
  702.             end
  703.         elseif Percent <= 0 then
  704.             -- DO NOTHING
  705.         end
  706.     end
  707. end
  708.  
  709. function DepleatedWaterArea(a)
  710.     local WGA = global.WaterGlobalArea
  711.     if WGA[a]["Depleted"] ~= 1 then
  712.         local Percent = WGA[a]["Percent"]
  713.         local LowAlarmEnabled = settings.global["Alarms-Low-Level (50/75/90%)"].value
  714.         local HighAlarmEnabled = settings.global["Alarms-High-Level (95/97/98/99%)"].value
  715.         local WA = WGA[a]
  716.         if Percent <= 49 then
  717.             --game.print("IN NORMAL BOUNDS")
  718.         elseif Percent >= 50 and WA["Fired50"] == false and LowAlarmEnabled == true then
  719.             game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  720.             WA["Fired50"] = true
  721.         elseif Percent >= 75 and WA["Fired75"] == false and LowAlarmEnabled == true then
  722.             game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  723.             WA["Fired75"] = true
  724.         elseif Percent >= 80 and Percent < 100 then
  725.             WA["Below80"] = 0
  726.             local RP = WA["RandPercent"]
  727.             if (Percent - RP) >= 1 then
  728.                 Method = settings.global["FluidArea-Replace-Method"].value
  729.                 if Method == "Random" then
  730.                     WaterRandom(a)
  731.                 elseif Method == "From/To Pump" then
  732.                     BackToFront(a)
  733.                 end
  734.                 WA["RandPercent"] = Percent
  735.             end
  736.             if Percent >= 90 and WA["Fired90"] == false and LowAlarmEnabled == true then
  737.                 game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  738.                 WA["Fired90"] = true
  739.             elseif Percent >= 95 and WA["Fired95"] == false and HighAlarmEnabled == true then
  740.                 game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  741.                 WA["Fired95"] = true
  742.             elseif Percent >= 97 and WA["Fired97"] == false and HighAlarmEnabled == true then
  743.                 game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  744.                 WA["Fired97"] = true
  745.             elseif Percent >= 98 and WA["Fired98"] == false and HighAlarmEnabled == true then
  746.                 game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  747.                 WA["Fired98"] = true
  748.             elseif Percent >= 99 and WA["Fired99"] == false and HighAlarmEnabled == true then
  749.                 game.print(string.format("%s has used %.0f %% of available %s.",WA["WtrName"], WA["Percent"], WA["FluidType"]))
  750.                 WA["Fired99"] = true
  751.             end    
  752.         elseif Percent >= 100 then
  753.             if global.NewInstall == false then
  754.                 for z = 1, #global.OPLocate, 1 do
  755.                     local OP = global.OPLocate[z]
  756.                     if OP["WA"] == a and OP["name"] ~= "offshore-pump-nofluid" then
  757.                         local OPD = OP["direction"]
  758.                         local OPE = OP["entity"]
  759.                         local OPP = OP["position"]
  760.                         local OPS = OP["surface"]
  761.                         if OP["Active"] == 1 then
  762.                             OP["Active"] = 0
  763.                             ActiveOPs = ActiveOPs - 1
  764.                             WA["OPsA"] = WA["OPsA"] - 1
  765.                         end
  766.                         if game.active_mods["aai-industry"] then -- MOD Compat with AAI, remove the additional sprites
  767.                             local x = OPP.x
  768.                             local y = OPP.y
  769.                             if OPD == 0 then
  770.                                 AS = game.surfaces[OPS.name].find_entities_filtered{area={{x-1, 0},{x+1,y+1}}, name = "offshore-pump-output"}
  771.                             elseif OPD == 4 then
  772.                                 AS = game.surfaces[OPS.name].find_entities_filtered{area={{x-1, y-1},{x+1,0}}, name = "offshore-pump-output"}
  773.                             elseif OPD == 2 then
  774.                                 AS = game.surfaces[OPS.name].find_entities_filtered{area={{0, y-1},{x+1,y+1}}, name = "offshore-pump-output"}
  775.                             elseif OPD == 6 then
  776.                                 AS = game.surfaces[OPS.name].find_entities_filtered{area={{0, y-1},{x+1,y+1}}, name = "offshore-pump-output"}
  777.                             end
  778.                             local Entity = AS[1]
  779.                             if Entity ~= nil then
  780.                                 Entity.destroy()
  781.                             end
  782.                         end
  783.                         OPE.destroy()
  784.                         local OPNF = game.surfaces[OPS.name].create_entity{name="offshore-pump-nofluid",position = OPP,direction = OPD,force = "player"}
  785.                         global.OPLocate[z]["entity"] = OPNF
  786.                     end
  787.                 end
  788.                 WGA[a]["Depleted"] = 1
  789.                 WGA[a]["Percent"] = 100
  790.                 WGA[a]["PercentPrev"] = 100
  791.                 WGA[a]["RandPercent"] = 100
  792.                 game.surfaces[WA["Surface"].name].set_tiles(WGA[a]["WaterRepArea"])                                                 -- Set Tiles to those in WaterArea Table
  793.                 WGA[a]["WtrUsed"] = WGA[a]["AmountWtr"]
  794.                 game.print(string.format("%s has been depleted of %s.",WA["WtrName"], WA["FluidType"]))
  795.                 WGA[a]["FluidType"] = "None"
  796.                 WGA[a]["BTF"] = 0
  797.             else
  798.                 local CurrentTick = game.tick
  799.                 if CurrentTick < (global.InstallTick + 18000) and global.ITMessage == true then
  800.                     game.print(string.format("Fluid Area Depletion Stopped on New/Mid Game Install. 5 Minutes from install till depletion."))
  801.                     global.ITMessage = false
  802.                 end
  803.                 if CurrentTick >= (global.InstallTick + 18000) then
  804.                     game.print(string.format("Fluid Area 5 Mins Over. Depleting Fluid Area."))
  805.                     WGA[a]["Percent"] = 99
  806.                     global.NewInstall = false
  807.                     global.ITMessage = false
  808.                 end
  809.             end
  810.         end
  811.     else
  812.         -- AREA DEPLETED
  813.     end
  814. end
  815.  
  816. function RemoveAllDrainedArea()
  817.     for a = #global.WaterGlobalArea, 1, -1 do   -- FOR Each WATERAREA
  818.         if global.WaterGlobalArea[a]["Depleted"] == 1 then
  819.             -- hack only remove the list of tiles
  820.             global.WaterGlobalArea[a]["WaterRepArea"] = {}
  821.         end
  822.     end
  823. end
  824.  
  825. function CalcWaterUse(a)
  826.     local WGA = global.WaterGlobalArea
  827.     local WaterAreaUsed = WGA[a]["WtrUsed"]
  828.     local WaterAreaDrained = WGA[a]["WtrAdd"]
  829.     local WaterAreaAmount = WGA[a]["AmountWtr"]
  830.     local WaterAreaPercent = WGA[a]["Percent"]
  831.     local WaterFlowRate = WaterFlow - LastWaterFlow
  832.     local CrudeFlowRate = CrudeFlow - LastCrudeFlow
  833.     local WaterAreaActivePumps = WGA[a]["OPsA"]
  834.     local WaterAreaActiveDrains = WGA[a]["ODsA"]
  835.     local WAAD = WGA[a]["ODsA"]
  836.     if ActiveOPs == 0 then
  837.         ActiveOPs = 1
  838.     end
  839.     local PumpRatio = WaterAreaActivePumps / ActiveOPs
  840.     if WGA[a]["FluidType"] == "water" then
  841.         FluidFlowRate = WaterFlowRate
  842.     elseif WGA[a]["FluidType"] == "crude-oil" then
  843.         FluidFlowRate = CrudeFlowRate - CrudeAdjust
  844.     elseif WGA[a]["FluidType"] == nil then
  845.         FluidFlowRate = 0
  846.     end
  847.     if FluidFlowRate < 0 then
  848.         FluidFlowRate = 0
  849.     end
  850.     local check = WaterAreaActivePumps * 20
  851.     if FluidFlowRate > check then
  852.         FluidFlowRate = WaterAreaActivePumps * 20
  853.     end
  854.     local FluidRatePerPump = FluidFlowRate * PumpRatio
  855.     if WaterAreaUsed == 0 then
  856.         --game.print("START UP")
  857.         WGA[a]["WtrUsed"] = WaterAreaUsed + FluidRatePerPump
  858.         WGA[a]["Depleted"] = 0
  859.     elseif WaterAreaUsed < 0 then
  860.         --game.print("WA < 0")
  861.         WGA[a]["WtrUsed"] = 0
  862.         WGA[a]["Depleted"] = 0
  863.     elseif WaterAreaUsed == WaterAreaAmount then
  864.         --game.print("WA = AMOUNT")
  865.         WGA[a]["WtrUsed"] = (WaterAreaUsed - WaterAreaDrained)
  866.     elseif WaterAreaDrained == 0 and WAAD > 0 and WaterAreaPercent < 0.3 then
  867.         --game.print("WD = 0")
  868.         WGA[a]["WtrUsed"] = 0
  869.     elseif WaterAreaUsed - WaterAreaDrained > 0 then
  870.         --game.print("WU - WD > 0")
  871.         if WaterAreaActivePumps > 0 and WaterAreaActiveDrains > 0 then
  872.             --game.print("WU AND WA ACTIVE")
  873.             WGA[a]["WtrUsed"] = WaterAreaUsed + (FluidRatePerPump - WaterAreaDrained)
  874.         elseif WaterAreaActivePumps == 0 and WaterAreaActiveDrains > 0 then
  875.             --game.print("WD ACTIVE")
  876.             WGA[a]["WtrUsed"] = WaterAreaUsed - WaterAreaDrained
  877.         elseif WaterAreaActivePumps > 0 and WaterAreaActiveDrains == 0 then
  878.             --game.print("WA ACTIVE")
  879.             WGA[a]["WtrUsed"] = WaterAreaUsed + FluidRatePerPump
  880.         end
  881.     elseif WaterAreaUsed - WaterAreaDrained < 0 then
  882.         --game.print("WU - WD < 0")
  883.         WGA[a]["WtrUsed"] = 0
  884.         WGA[a]["Depleted"] = 0
  885.     else
  886.         --game.print("WU = WU")
  887.         WGA[a]["WtrUsed"] = WaterAreaUsed
  888.     end
  889.     WGA[a]["PercentPrev"] = WGA[a]["Percent"]
  890.     WGA[a]["Percent"] = (WGA[a]["WtrUsed"] / WGA[a]["AmountWtr"]) * 100
  891.     PercentChange = WGA[a]["PercentPrev"] - WGA[a]["Percent"]
  892. end
  893.  
  894. function CheckDrainAssignedFluidUse(a) -- Assign Fluid to Empty WaterArea
  895.     for c = 1, #global.ODLocate,1 do
  896.         local ODL = global.ODLocate
  897.         local WGA = global.WaterGlobalArea
  898.         if ODL[c]["WA"] == a and ODL[c]["entity"].neighbours[1][1] and ODL[c]["entity"].neighbours[1][1].fluidbox[1] ~= nil and ODL[c]["PipeFluid"] == WGA[a]["FluidType"] then
  899.             if ODL[c]["entity"].neighbours[1][1].get_fluid_count() > 0.005 then
  900.                 fluid = ODL[c]["entity"].neighbours[1][1].fluidbox[1]
  901.                 if ODL[c]["entity"].neighbours[1][1]["name"] == "storage-tank" then
  902.                     if fluid.amount >= 20 then
  903.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"] + 20
  904.                     elseif fluid.amount < 20 and fluid.amount > 0 then
  905.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"] + 1
  906.                     elseif fluid.amount == 0 then
  907.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"]
  908.                     end
  909.                 else
  910.                     if fluid.amount >= 20 then
  911.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"] + 20
  912.                     elseif fluid.amount < 20 and fluid.amount > 0 then
  913.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"] + fluid.amount
  914.                     elseif fluid.amount == 0 then
  915.                         WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"]
  916.                     end
  917.                 end
  918.             else
  919.                 WGA[a]["WtrAdd"] = WGA[a]["WtrAdd"]
  920.             end
  921.         end
  922.     end
  923. end
  924.  
  925. function CheckDrainAssignedFluid(a)
  926.     if ActiveODs ~= 0 then
  927.     local WGA = global.WaterGlobalArea
  928.     local ODL = global.ODLocate
  929.         for c = 1, #WGA, 1 do
  930.             if WGA[c]["FluidType"] == "None" then
  931.                 if ODL[a]["WA"] == c and ODL[a]["entity"].neighbours[1][1] and ODL[a]["entity"].neighbours[1][1].fluidbox[1] ~= nil then
  932.                     WGA[c]["FluidType"] = ODL[a]["PipeFluid"]
  933.                 end
  934.             end
  935.         end
  936.     end
  937. end
  938.  
  939. function CheckOPActive(a)
  940.     local GOPL = global.OPLocate[a]
  941.     local WGA = global.WaterGlobalArea
  942.     if GOPL["Active"] == 0 and WGA[GOPL["WA"]]["Depleted"] ~= 1 then
  943.         if GOPL["entity"].valid and GOPL["entity"].neighbours[1][1] then
  944.             GOPL["Active"] = 1
  945.             if WGA[GOPL["WA"]]["OPsA"] <= 0 then
  946.                 WGA[GOPL["WA"]]["OPsA"] = 1
  947.             else
  948.                 WGA[GOPL["WA"]]["OPsA"] = WGA[GOPL["WA"]]["OPsA"] + 1
  949.             end
  950.             ActiveOPs = ActiveOPs + 1
  951.         end
  952.     elseif GOPL["Active"] == 1 and WGA[GOPL["WA"]]["Depleted"] ~= 1 then
  953.         if GOPL["entity"].valid and GOPL["entity"].neighbours[1][1] then
  954.             GOPL["Active"] = 1
  955.             ActiveOPs = ActiveOPs + 1
  956.         elseif GOPL["entity"].valid and not GOPL["entity"].neighbours[1][1] then
  957.             GOPL["Active"] = 0
  958.             if WGA[GOPL["WA"]]["OPsA"] <= 0 then
  959.                 WGA[GOPL["WA"]]["OPsA"] = 0
  960.             else
  961.                 WGA[GOPL["WA"]]["OPsA"] = WGA[GOPL["WA"]]["OPsA"] - 1
  962.             end
  963.             ActiveOPs = ActiveOPs - 1
  964.         end
  965.     end
  966. end
  967.  
  968. function CheckODActive(a)
  969.     local GOPL = global.ODLocate[a]
  970.     local WGA = global.WaterGlobalArea
  971.     local ODL = global.ODLocate
  972.     if GOPL["Active"] == 0 then
  973.         if GOPL["entity"].neighbours[1][1] then
  974.             if GOPL["entity"].valid and GOPL["entity"].neighbours[1][1].fluidbox[1] ~= nil and WGA[ODL[a]["WA"]]["WtrUsed"] > 0.005 then
  975.                 GOPL["Active"] = 1
  976.                 if WGA[GOPL["WA"]]["ODsA"] <= 0 then
  977.                     WGA[GOPL["WA"]]["ODsA"] = 1
  978.                 else
  979.                     WGA[GOPL["WA"]]["ODsA"] = WGA[GOPL["WA"]]["ODsA"] + 1
  980.                 end
  981.                 ActiveODs = ActiveODs + 1
  982.                 GOPL["PipeFluid"] = GOPL["entity"].neighbours[1][1].fluidbox[1].name
  983.             end
  984.         else
  985.             GOPL["entity"].clear_fluid_inside()
  986.         end
  987.     elseif GOPL["Active"] == 1 then
  988.         if GOPL["entity"].valid and GOPL["entity"].neighbours[1][1] and GOPL["entity"].neighbours[1][1].fluidbox[1] ~= nil and WGA[ODL[a]["WA"]]["WtrUsed"] > 0.005 then
  989.             GOPL["Active"] = 1
  990.             ActiveODs = ActiveODs + 1
  991.             GOPL["PipeFluid"] = GOPL["entity"].neighbours[1][1].fluidbox[1].name
  992.         elseif GOPL["entity"].valid or not GOPL["entity"].neighbours[1][1] or GOPL["entity"].neighbours[1][1].fluidbox[1] == nil or WGA[ODL[a]["WA"]]["Percent"] <= 0 then
  993.             GOPL["Active"] = 0
  994.             if WGA[GOPL["WA"]]["ODsA"] <= 0 then
  995.                 WGA[GOPL["WA"]]["ODsA"] = 0
  996.             else
  997.                 WGA[GOPL["WA"]]["ODsA"] = WGA[GOPL["WA"]]["ODsA"] - 1
  998.             end
  999.             ActiveODs = ActiveODs - 1
  1000.             GOPL["PipeFluid"] = "None"
  1001.         end
  1002.     end
  1003. end
  1004.  
  1005. function LandFill(a)
  1006.     local WGA = global.WaterGlobalArea
  1007.     WASize = #WGA[a]["WaterRepArea"]
  1008.     WAra = WGA[a]["WaterRepArea"]
  1009.     for b = #global.LandFill, 1, -1 do
  1010.         LFPosX = global.LandFill[b]["position"]["x"] + 0.5
  1011.         LFPosY = global.LandFill[b]["position"]["y"] + 0.5
  1012.         for c = 1, WASize, 1 do
  1013.             if WAra[c]["name"] ~= "landfill" then
  1014.                 WAPosX = WAra[c]["position"]["x"]
  1015.                 WAPosY = WAra[c]["position"]["y"]
  1016.                 if LFPosX == WAPosX then -- IF LandFill position x is equal to FluidArea position x
  1017.                     if LFPosY == WAPosY then -- IF LandFill position y is equal to FluidArea position y
  1018.                     global.WaterGlobalArea[a]["WaterRepArea"][c]["name"] = "landfill"
  1019.                     local FluidName = global.LandFill[b]["name"]
  1020.                     if FluidName == "water" or FluidName == "crude-oil" or FluidName == "water-green" or FluidName == "water-shallow" or FluidName == "water-mud" then
  1021.                         local ShallowAmount = settings.global["TileFluidAmount-Shallow"].value
  1022.                         global.WaterGlobalArea[a]["AmountWtr"] = WGA[a]["AmountWtr"] - (ShallowAmount * WGA[a]["AmountBonusValue"])
  1023.                     elseif FluidName == "deepwater" or FluidName == "crude-oil-deep" or FluidName == "deepwater-green" then
  1024.                         local DeepAmount = settings.global["TileFluidAmount-Deep"].value
  1025.                         global.WaterGlobalArea[a]["AmountWtr"] = WGA[a]["AmountWtr"] - (DeepAmount * WGA[a]["AmountBonusValue"])
  1026.                     end
  1027.                     table.remove(global.LandFill,#global.LandFill)
  1028.                     goto EscapeLFSearch
  1029.                     end
  1030.                 end
  1031.             end
  1032.             if a == #global.WaterGlobalArea and c == WASize then
  1033.                 table.remove(global.LandFill,#global.LandFill)
  1034.                 goto EscapeLFSearch
  1035.             end
  1036.         end
  1037.     ::EscapeLFSearch::
  1038.     end
  1039.     if #global.LandFill == 0 then
  1040.         local LandfillEnabled = settings.global["Alarms-Landfill Message"].value
  1041.         game.print(string.format("Landfill has reduced FluidArea %s, to %sL of %s.", WGA[a]["WtrName"], WGA[a]["AmountWtr"], WGA[a]["FluidType"]))
  1042.     end
  1043.     ::EscapeLFSearchNF::
  1044. end
  1045.  
  1046. function CheckActive()
  1047.     ActiveOPs = 0
  1048.     ActiveODs = 0
  1049.     if #global.OPLocate ~= 0 then
  1050.         for a = 1, #global.OPLocate, 1 do
  1051.             CheckOPActive(a)
  1052.         end
  1053.     end
  1054.     if #global.ODLocate ~= 0 then
  1055.         for a = 1, #global.ODLocate, 1 do
  1056.             CheckODActive(a)
  1057.             CheckDrainAssignedFluid(a)
  1058.         end
  1059.     end
  1060. end
  1061.  
  1062. function ScanOffshores()
  1063.     for a = #game.surfaces, 1, -1 do
  1064.         local Jacks = game.surfaces[a].find_entities_filtered{name= "pumpjack"}
  1065.         if #Jacks > 0 then
  1066.             for b = 1, #Jacks, 1 do
  1067.                 Jackentity = Jacks[b]
  1068.                 Jackposition = Jackentity.position 
  1069.                 Jacksurface = Jackentity.surface
  1070.                 global.FluidProducers[#global.FluidProducers+1] = {["entity"] = Jackentity, ["position"] = {["x"] = Jackposition.x , ["y"] = Jackposition.y}, ["surface"] = Jacksurface, ["FluidType"] = nil, ["LastAmount"] = 0}
  1071.             end
  1072.         end
  1073.         local Pumps = game.surfaces[a].find_entities_filtered{name= "offshore-pump"}
  1074.         if #Pumps > 0 then
  1075.             for b = 1, #Pumps, 1 do
  1076.                 Pumpentity = Pumps[b]
  1077.                 Pumpposition = Pumpentity.position                                                  -- Variable for e.Position
  1078.                 Pumpsurface = Pumpentity.surface                                                    -- Variable for e.Surface
  1079.                 Pumpdirection = Pumpentity.direction                                                -- Variable for OPentity.direction
  1080.                 global.OPLocate[#global.OPLocate+1] = {["entity"] = Pumpentity,["position"] = {["x"] = Pumpposition.x, ["y"] = Pumpposition.y},["surface"] = Pumpsurface,["direction"] = Pumpdirection,["tile"] = "water", ["Active"] = 0, ["WA"] = 0}
  1081.                 global.Type = 1
  1082.                 CorrectPump()
  1083.                 GlobalWaterArea()
  1084.                 global.Type = 0
  1085.             end
  1086.         end
  1087.     end
  1088.     global.Added = false
  1089. end
  1090.  
  1091. function PumpRereplace(a)
  1092.     local PRPV = settings.global["FluidArea-RereplacePumps"].value
  1093.     local PRP = 100 - PRPV
  1094.     local WGA = global.WaterGlobalArea
  1095.     if PRPV == 0 then
  1096.         --Do Nothing as Off
  1097.     else
  1098.         local FAP = WGA[a]["Percent"]
  1099.         if PRP >= FAP then
  1100.             for b = #global.OPLocate, 1, -1 do
  1101.            
  1102.                 ----------------------------------------- Dexy Edit ------------------------------------
  1103.                 if global.OPLocate[b]["entity"].valid == false then
  1104.                     return
  1105.                 end
  1106.                 ----------------------------------------------------------------------------------------
  1107.            
  1108.                 if global.OPLocate[b]["WA"] == a and global.OPLocate[b]["entity"].name == "offshore-pump-nofluid"then
  1109.                     local OP = global.OPLocate[b]
  1110.                     local OPD = OP["direction"]
  1111.                     local OPE = OP["entity"]
  1112.                     local OPP = OP["position"]
  1113.                     local OPS = OP["surface"]
  1114.                     OPE.destroy()
  1115.                     if WGA[a]["FluidType"] == "water" then
  1116.                         OPN = game.surfaces[OPS.name].create_entity{name="offshore-pump",position = OPP,direction = OPD,force = "player"}
  1117.                     elseif WGA[a]["FluidType"] == "crude-oil" then
  1118.                         OPN = game.surfaces[OPS.name].create_entity{name="offshore-crude-oil-pump",position = OPP,direction = OPD,force = "player"}
  1119.                     end
  1120.                     global.OPLocate[b]["entity"] = OPN
  1121.                     if global.OPLocate[b]["entity"] == nil then
  1122.                         if global.WaterGlobalArea[global.OPLocate[b]["WA"]]["OPs"] <= 0 then
  1123.                             global.WaterGlobalArea[global.OPLocate[b]["WA"]]["OPs"] = 0
  1124.                         else
  1125.                             global.WaterGlobalArea[global.OPLocate[b]["WA"]]["OPs"] = global.WaterGlobalArea[global.OPLocate[b]["WA"]]["OPs"] - 1
  1126.                         end
  1127.                         game.print(string.format("Water As A Resource: Offshore Pump Removed from %s, as Pipes have another fluid type.", global.WaterGlobalArea[global.OPLocate[b]["WA"]]["WtrName"]))
  1128.                         table.remove(global.OPLocate,b)
  1129.                         game.surfaces[OPS.name].spill_item_stack(OPP, {name="offshore-pump",count=1})
  1130.                     end
  1131.                 end
  1132.             end
  1133.         end
  1134.     end
  1135. end
  1136.  
  1137. function CheckWater ()
  1138.     local WGA = global.WaterGlobalArea
  1139.     fluidentities.CheckFluidProducers()
  1140.     if global.Added == true then
  1141.         ScanOffshores()
  1142.     end
  1143.     if #WGA ~= nil and global.Added ~= true then
  1144.         WaterFlow = math.ceil(game.forces["player"].fluid_production_statistics.get_input_count("water"))
  1145.         CrudeFlow = math.ceil(game.forces["player"].fluid_production_statistics.get_input_count("crude-oil"))
  1146.         CheckActive()
  1147.         for a = 1, #WGA, 1 do
  1148.             if WGA[a]["OPsA"] > 0 or WGA[a]["ODsA"] > 0 then
  1149.                 CheckDrainAssignedFluidUse(a)
  1150.                 CalcWaterUse(a)
  1151.                 AssignTiles(a)
  1152.             end
  1153.             if PercentChange <= 0 then
  1154.                 DepleatedWaterArea(a)
  1155.             elseif PercentChange > 0 then
  1156.                 AddedWaterArea(a)
  1157.                 PumpRereplace(a)
  1158.             end
  1159.             if WGA[a]["ODsA"] > 0 then
  1160.                 EmptyDrainPipes()
  1161.             end
  1162.         end
  1163.         LastWaterFlow = WaterFlow
  1164.         LastCrudeFlow = CrudeFlow
  1165.     end
  1166. end
  1167.  
  1168. -- SCRIPT EVENT FUNCTIONS --
  1169.  
  1170. function LandFillCheck(event)
  1171.     if event.item.valid == true then
  1172.         if event.item.name == "landfill" then
  1173.             local tiles = event.tiles
  1174.             local surface = event.surface_index
  1175.             for a = 1, #tiles, 1 do
  1176.                 global.LandFill[#global.LandFill+1] = {["name"] = tiles[a].old_tile.name, ["position"] = {["x"] = tiles[a]["position"].x, ["y"] = tiles[a]["position"].y},["surface"] = surface}
  1177.             end
  1178.         end
  1179.     end
  1180. end
  1181.  
  1182. function BuiltOffShore(event)                   -- Script Event On Built
  1183.     if event.created_entity.valid == true then
  1184.         if event.created_entity.name =="offshore-pump" then                                 -- If Offshore Pump Built
  1185.             OPentity = event.created_entity                                                 -- Variable for Event.created_entity
  1186.             OPposition = OPentity.position                                                  -- Variable for e.Position
  1187.             OPsurface = OPentity.surface                                                    -- Variable for e.Surface
  1188.             OPdirection = OPentity.direction                                                -- Variable for OPentity.direction
  1189.             tile = OPsurface.get_tile(OPposition.x,OPposition.y).name
  1190.             CorrectedFluid(tile)
  1191.             global.OPLocate[#global.OPLocate+1] = {["entity"] = OPentity,["position"] = {["x"] = OPposition.x, ["y"] = OPposition.y},["surface"] = OPsurface,["direction"] = OPdirection,["tile"] = correctedtile, ["Active"] = 0, ["WA"] = 0}
  1192.             global.Type = 1
  1193.             CorrectPump()
  1194.             GlobalWaterArea()
  1195.             global.Type = 0
  1196.         elseif event.created_entity.name =="offshore-drain" then
  1197.             ODentity = event.created_entity
  1198.             ODposition = ODentity.position
  1199.             ODsurface = ODentity.surface
  1200.             ODdirection = ODentity.direction
  1201.             tile = ODsurface.get_tile(ODposition.x,ODposition.y).name
  1202.             CorrectedFluid(tile)
  1203.             global.ODLocate[#global.ODLocate+1] = {["entity"] = ODentity,["position"] = {["x"] = ODposition.x, ["y"] = ODposition.y},["surface"] = ODsurface,["direction"] = ODdirection, ["tile"] = correctedtile, ["PipeFluid"] = nil, ["Active"] = 0, ["WA"] = 0}
  1204.             global.Type = 2
  1205.             GlobalWaterArea()
  1206.             global.Type = 0
  1207.         elseif event.created_entity.name =="pumpjack" then
  1208.             FPentity = event.created_entity
  1209.             FPposition = FPentity.position 
  1210.             FPsurface = FPentity.surface
  1211.             global.FluidProducers[#global.FluidProducers+1] = {["entity"] = FPentity, ["position"] = {["x"] = FPposition.x , ["y"] = FPposition.y}, ["surface"] = FPsurface, ["FluidType"] = nil, ["LastAmount"] = 0}
  1212.         else
  1213.             --game.print("Not Built A Offshore Pump")                                   -- If Not Offshore Pump then print Bad Times
  1214.         end
  1215.         global.Type = 0
  1216.     else
  1217.         game.print("Entity Creation Was Invalid - Not Added")
  1218.     end
  1219. end
  1220.  
  1221. function DestroyedOffShore(event)           -- Script Event On Player Mined
  1222.     if event.entity.name == "offshore-pump" or event.entity.name == "offshore-pump-nofluid" or event.entity.name == "offshore-crude-oil-pump" then                              -- If Offshore Pump No Fluid Mined
  1223.         --game.print("PICKED UP MY OFFSHORE PUMP")                                  -- Print My Offshore Pump
  1224.         DOentity = event.entity
  1225.         DOposition = DOentity.position
  1226.         global.Type = 1
  1227.         DestroyOffshore()
  1228.         global.Type = 0
  1229.     elseif event.entity.name == "offshore-drain" then
  1230.         DOentity = event.entity
  1231.         if DOentity.neighbours[1][1] and DOentity.neighbours[1][1].get_fluid_count() ~= 0 then
  1232.             DOentity.neighbours[1][1].fluidbox[1] = nil
  1233.         end
  1234.         DOposition = DOentity.position
  1235.         global.Type = 2
  1236.         DestroyOffshore()
  1237.         global.Type = 0
  1238.     elseif event.entity.name == "pumpjack" then
  1239.         DOentity = event.entity
  1240.         DOposition = DOentity.position
  1241.         global.Type = 3
  1242.         DestroyOffshore()
  1243.         global.Type = 0
  1244.     end
  1245. end
  1246.  
  1247. function DestroyOffshore()
  1248.     if global.Type == 1 then
  1249.         PTYPE = global.OPLocate
  1250.         PTYPEL = #global.OPLocate
  1251.     elseif global.Type == 2 then
  1252.         PTYPE = global.ODLocate
  1253.         PTYPEL = #global.ODLocate
  1254.     elseif global.Type == 3 then
  1255.         PTYPE = global.FluidProducers
  1256.         PTYPEL = #global.FluidProducers
  1257.     end
  1258.     local DOPosX = DOposition.x
  1259.     local DOPosY = DOposition.y
  1260.     for a = PTYPEL, 1, -1 do
  1261.         local OPosX = PTYPE[a]["position"]["x"]
  1262.         local OPosY = PTYPE[a]["position"]["y"]
  1263.         if DOPosX == OPosX then
  1264.             if DOPosY == OPosY then
  1265.                 if global.Type == 1 then
  1266.                     local WGA = PTYPE[a]["WA"]
  1267.                     if #global.WaterGlobalArea ~= 0 and WGA ~= 0 then
  1268.                         global.WaterGlobalArea[WGA]["OPs"] = global.WaterGlobalArea[WGA]["OPs"] - 1
  1269.                     end                
  1270.                     if PTYPE[a]["Active"] == 1 and WGA ~= 0 then
  1271.                         global.WaterGlobalArea[WGA]["OPsA"] = global.WaterGlobalArea[WGA]["OPsA"] - 1
  1272.                         ActiveOPs = ActiveOPs - 1
  1273.                     end
  1274.                 elseif global.Type == 2 then
  1275.                     local WGA = PTYPE[a]["WA"]
  1276.                     if #global.WaterGlobalArea ~= 0 and WGA ~= 0 then
  1277.                     global.WaterGlobalArea[WGA]["ODs"] = global.WaterGlobalArea[WGA]["ODs"] - 1
  1278.                     end                
  1279.                     if PTYPE[a]["Active"] == 1 and WGA ~= 0 then
  1280.                     global.WaterGlobalArea[WGA]["ODsA"] = global.WaterGlobalArea[WGA]["ODsA"] - 1
  1281.                     ActiveODs = ActiveODs - 1
  1282.                     end
  1283.                 end
  1284.                 table.remove(PTYPE,a)
  1285.             end
  1286.         end
  1287.     end
  1288. end
  1289.  
  1290. function UpdateMod(data)
  1291.     if data.mod_changes.WaterAsAResource then
  1292.         oldVer = data.mod_changes.WaterAsAResource.old_version
  1293.         if oldVer == nil then
  1294.             global.LastWaterFlow = math.ceil(game.forces["player"].fluid_production_statistics.get_input_count("water"))
  1295.             global.LastCrudeFlow = math.ceil(game.forces["player"].fluid_production_statistics.get_input_count("crude-oil"))
  1296.             global.InstallTick = game.tick
  1297.         else
  1298.             --game.print("Water As A Resource: Updating Mod Internals")
  1299.             Globals()
  1300.             LinkGlobals()
  1301.             if #global.WaterGlobalArea > 0 then
  1302.                 for a = 1, #global.WaterGlobalArea, 1 do
  1303.                     local Count = global.WaterGlobalArea[a]["ShallowWater"] + global.WaterGlobalArea[a]["DeepWater"]
  1304.                     if global.WaterGlobalArea[a]["WtrName"] == nil or global.WaterGlobalArea[a]["WtrName"] == "None" then
  1305.                         global.WaterGlobalArea[a]["WtrName"] = a
  1306.                     end
  1307.                     if global.WaterGlobalArea[a]["AmountBonusValue"] == nil or global.WaterGlobalArea[a]["AmountBonusValue"] == 0 then
  1308.                         if Count < 4 then
  1309.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 0.01
  1310.                         elseif Count == 4 then
  1311.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 0.5
  1312.                         elseif Count >4 and Count <= 200 then
  1313.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 1
  1314.                         elseif Count > 200 and Count <= 6000 then
  1315.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 1.5
  1316.                         elseif Count > 6000 and Count <= 60000 then
  1317.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 2
  1318.                         elseif Count > 60000 and Count <= 600000 then
  1319.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 2.5
  1320.                         else
  1321.                             global.WaterGlobalArea[a]["AmountBonusValue"] = 3
  1322.                         end
  1323.                     end
  1324.                     if global.WaterGlobalArea[a]["WtrUsed"] == nil then
  1325.                         global.WaterGlobalArea[a]["WtrUsed"] = (global.WaterGlobalArea[a]["AmountWtr"] * global.WaterGlobalArea[a]["Percent"]) / 100
  1326.                     end
  1327.                     if global.WaterGlobalArea[a]["OPsA"] == nil or global.WaterGlobalArea[a]["OPsA"] < 0 then
  1328.                         global.WaterGlobalArea[a]["OPsA"] = 0
  1329.                     end
  1330.                     if global.WaterGlobalArea[a]["WtrAdd"] == nil then
  1331.                         global.WaterGlobalArea[a]["WtrAdd"] = 0
  1332.                     end
  1333.                     if global.WaterGlobalArea[a]["ODsA"] == nil or global.WaterGlobalArea[a]["ODsA"] < 0 then
  1334.                         global.WaterGlobalArea[a]["ODsA"] = 0
  1335.                     end
  1336.                     if global.WaterGlobalArea[a]["ODs"] == nil then
  1337.                         global.WaterGlobalArea[a]["ODs"] = 0
  1338.                     end
  1339.                     if global.WaterGlobalArea[a]["PercentPrev"] == nil then
  1340.                         global.WaterGlobalArea[a]["PercentPrev"] = global.WaterGlobalArea[a]["Percent"]
  1341.                     end
  1342.                     if global.WaterGlobalArea[a]["Depleted"] == 1 then
  1343.                         global.WaterGlobalArea[a]["FluidType"] = "None"
  1344.                         global.WaterGlobalArea[a]["Percent"] = 100
  1345.                         global.WaterGlobalArea[a]["PercentPrev"] = 100
  1346.                         global.WaterGlobalArea[a]["WtrUsed"] = global.WaterGlobalArea[a]["AmountWtr"]
  1347.                     else
  1348.                         global.WaterGlobalArea[a]["FluidType"] = "water"
  1349.                         global.WaterGlobalArea[a]["Percent"] = 0
  1350.                         global.WaterGlobalArea[a]["PercentPrev"] = 0
  1351.                         global.WaterGlobalArea[a]["WtrUsed"] = 0
  1352.                     end
  1353.                     if global.WaterGlobalArea[a]["ToSearch"] == nil or global.WaterGlobalArea[a]["ToSearch"] == 0 then
  1354.                         global.WaterGlobalArea[a]["ToSearch"] = nil
  1355.                     end
  1356.                     if global.WaterGlobalArea[a]["HasSearched"] == nil or global.WaterGlobalArea[a]["HasSearched"] == 0 then
  1357.                         global.WaterGlobalArea[a]["HasSearched"] = nil
  1358.                     end
  1359.                     if global.WaterGlobalArea[a]["TilesSet"] == nil then
  1360.                         global.WaterGlobalArea[a]["TilesSet"] = "N"
  1361.                     end
  1362.                     if global.WaterGlobalArea[a]["Percent"] < 50 then
  1363.                         global.WaterGlobalArea[a]["Fired50"] = false
  1364.                         global.WaterGlobalArea[a]["Fired75"] = false
  1365.                         global.WaterGlobalArea[a]["Fired90"] = false
  1366.                         global.WaterGlobalArea[a]["Fired95"] = false
  1367.                         global.WaterGlobalArea[a]["Fired97"] = false
  1368.                         global.WaterGlobalArea[a]["Fired98"] = false
  1369.                         global.WaterGlobalArea[a]["Fired99"] = false
  1370.                     end
  1371.                     if global.WaterGlobalArea[a]["Percent"] >= 50 then
  1372.                         global.WaterGlobalArea[a]["Fired50"] = true
  1373.                     end
  1374.                     if global.WaterGlobalArea[a]["Percent"] >= 75 then
  1375.                         global.WaterGlobalArea[a]["Fired75"] = false
  1376.                     end
  1377.                     if global.WaterGlobalArea[a]["Percent"] >= 90 then
  1378.                         global.WaterGlobalArea[a]["Fired90"] = true
  1379.                     end
  1380.                     if global.WaterGlobalArea[a]["Percent"] >= 95 then
  1381.                         global.WaterGlobalArea[a]["Fired95"] = true
  1382.                     end
  1383.                     if global.WaterGlobalArea[a]["Percent"] >= 97 then
  1384.                         global.WaterGlobalArea[a]["Fired97"] = true
  1385.                     end
  1386.                     if global.WaterGlobalArea[a]["Percent"] >= 98 then
  1387.                         global.WaterGlobalArea[a]["Fired98"] = true
  1388.                     end
  1389.                     if global.WaterGlobalArea[a]["Percent"] >= 99 then
  1390.                         global.WaterGlobalArea[a]["Fired99"] = true
  1391.                     end
  1392.                     global.WaterGlobalArea[a]["BTF"] = Count
  1393.                     for b = 1, Count, 1 do
  1394.                         local tile = global.WaterGlobalArea[a]["WaterRepArea"][b]["name"]
  1395.                         if tile == "water" or tile == "deepwater" then
  1396.                             global.WaterGlobalArea[a]["FluidType"] = "water"
  1397.                         elseif tile == "crude-oil" or tile == "crude-oil-deep" then
  1398.                             global.WaterGlobalArea[a]["FluidType"] = "crude-oil"
  1399.                         elseif global.WaterGlobalArea[a]["FluidType"] == nil then
  1400.                             global.WaterGlobalArea[a]["FluidType"] = "None"
  1401.                         end
  1402.                        
  1403.                     end
  1404.                     if global.WaterGlobalArea[a]["LoopCount"] == nil then
  1405.                         global.WaterGlobalArea[a]["LoopCount"] = 0
  1406.                     end
  1407.                     if global.WaterGlobalArea[a]["RegenAmount"] == nil then
  1408.                         global.WaterGlobalArea[a]["RegenAmount"] = 0
  1409.                     end
  1410.                     if global.WaterGlobalArea[a]["Percent"] >= 80 and global.WaterGlobalArea[a]["Percent"] < 100 then
  1411.                         local TPP = math.floor((global.WaterGlobalArea[a]["ShallowWater"] + global.WaterGlobalArea[a]["DeepWater"]) / 20)
  1412.                         local PF = math.floor(global.WaterGlobalArea[a]["Percent"] - 80) / 0.1
  1413.                         local Tiles = TPP * (PF/100)
  1414.                         global.WaterGlobalArea[a]["BTF"] = global.WaterGlobalArea[a]["BTF"] - Tiles
  1415.                     else
  1416.                         global.WaterGlobalArea[a]["BTF"] = Count
  1417.                     end
  1418.                     for b = 1, #game.surfaces, 1 do
  1419.                         pos = global.WaterGlobalArea[a]["WaterRepArea"][1]["position"]
  1420.                         local tile = game.surfaces[b].get_tile(pos)
  1421.                         if tile.valid == true then
  1422.                             local tilename = tile.name
  1423.                             if tilename == "water" or tilename =="deepwater" or tilename=="crude-oil" or tilename=="crude-oil-deep" or tilename=="sand-3" or tilename=="dry-dirt" then
  1424.                                 global.WaterGlobalArea[a]["Surface"] = game.surfaces[b]
  1425.                             end
  1426.                         end
  1427.                         for c = Count, 1 , -1 do
  1428.                             posc = global.WaterGlobalArea[a]["WaterRepArea"][c]["position"]
  1429.                             local tile = game.surfaces[b].get_tile(posc)
  1430.                             if tile.valid == true then
  1431.                                 local tilename = tile.name
  1432.                                 if tilename == "water" or tilename =="deepwater" or tilename=="crude-oil" or tilename=="crude-oil-deep" then
  1433.                                     global.WaterGlobalArea[a]["WaterRepArea"][c]["OriginalName"] = tilename
  1434.                                 end
  1435.                             end
  1436.                         end
  1437.                     end
  1438.                 end
  1439.             end
  1440.             if #global.OPLocate > 0 then
  1441.                 for a = #global.OPLocate, 1, -1 do
  1442.                     if global.OPLocate[a]["WA"] == nil or global.OPLocate[a]["WA"] == 0 then
  1443.                         if global.OPLocate[a]["OPposition"] ~= nil then
  1444.                             OPTilePosX = global.OPLocate[a]["OPposition"]["x"]
  1445.                             OPTilePosY = global.OPLocate[a]["OPposition"]["y"]
  1446.                         else
  1447.                             OPTilePosX = global.OPLocate[a]["position"]["x"]
  1448.                             OPTilePosY = global.OPLocate[a]["position"]["y"]
  1449.                         end
  1450.                     for b = 1, #global.WaterGlobalArea, 1 do
  1451.                         CompTiles = global.WaterGlobalArea[b]["ShallowWater"] + global.WaterGlobalArea[b]["DeepWater"]
  1452.                         for c = CompTiles, 1, -1 do -- FOR EACH TILE in WATERAREA
  1453.                             WATilePosX = global.WaterGlobalArea[b]["WaterRepArea"][c]["position"]["x"]
  1454.                             WATilePosY = global.WaterGlobalArea[b]["WaterRepArea"][c]["position"]["y"]
  1455.                                 if WATilePosX == OPTilePosX then
  1456.                                     if WATilePosY == OPTilePosY then
  1457.                                         global.OPLocate[a]["WA"] = b
  1458.                                     end
  1459.                                 end
  1460.                             end
  1461.                         end
  1462.                     end
  1463.                     if global.OPLocate[a]["Active"] == nil then
  1464.                         global.OPLocate[a]["Active"] = 0
  1465.                     end
  1466.                     if global.OPLocate[a]["entity"] == nil then
  1467.                         global.OPLocate[a]["entity"] = global.OPLocate[a]["OPentity"]
  1468.                     end
  1469.                     if global.OPLocate[a]["position"] == nil then
  1470.                         global.OPLocate[a]["position"] = global.OPLocate[a]["OPposition"]
  1471.                     end
  1472.                     if global.OPLocate[a]["direction"] == nil then
  1473.                         global.OPLocate[a]["direction"] = global.OPLocate[a]["OPdirection"]
  1474.                     end
  1475.                     for b = 1, #global.WaterGlobalArea, 1 do
  1476.                         if global.OPLocate[a]["WA"] == b and global.WaterGlobalArea[b]["Depleted"] ~= 1 then
  1477.                             global.OPLocate[a]["tile"] = global.WaterGlobalArea[b]["FluidType"]
  1478.                         elseif global.OPLocate[a]["WA"] == b and global.WaterGlobalArea[b]["Depleted"] == 1 then
  1479.                             global.OPLocate[a]["tile"] = "None"
  1480.                         end
  1481.                     end
  1482.                     for b = 1, #game.surfaces, 1 do
  1483.                         pos = global.OPLocate[a]["position"]
  1484.                         local tile = game.surfaces[b].get_tile(pos)
  1485.                         if tile.valid == true then
  1486.                             local tilename = tile.name
  1487.                             if tilename == "water" or tilename =="deepwater" or tilename=="crude-oil" or tilename=="crude-oil-deep" or tilename=="sand-3" or tilename=="dry-dirt" then
  1488.                                 global.OPLocate[a]["surface"] = game.surfaces[b]
  1489.                             end
  1490.                         end
  1491.                     end
  1492.                     if global.OPLocate[a]["tile"] == "water" or global.OPLocate[a]["tile"] == "deepwater" then
  1493.                         local OPE = global.OPLocate[a]["entity"]
  1494.                         local OPD = global.OPLocate[a]["direction"]
  1495.                         local OPP = global.OPLocate[a]["position"]
  1496.                         local OPS = global.OPLocate[a]["surface"]
  1497.                         OPE.destroy()
  1498.                         local OPN = game.surfaces[OPS.name].create_entity{name="offshore-pump",position = OPP,direction = OPD,force = "player"}
  1499.                         global.OPLocate[a]["entity"] = OPN
  1500.                         if global.OPLocate[a]["entity"] == nil then
  1501.                             if global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] <= 0 then
  1502.                                 global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] = 0
  1503.                             else
  1504.                                 global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] = global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] - 1
  1505.                             end
  1506.                             table.remove(global.OPLocate,a)
  1507.                             game.surfaces[OPS.name].spill_item_stack(OPP, {name="offshore-pump",count=1})
  1508.                             game.print(string.format("Water As A Resource: Offshore Pump Removed from %s, as Fluid Mixing Not Allowed", global.WaterGlobalArea[global.OPLocate[a]["WA"]]["WtrName"]))
  1509.                         end
  1510.                     elseif global.OPLocate[a]["tile"] == "crude-oil" or global.OPLocate[a]["tile"] == "crude-oil-deep" then
  1511.                         local OPE2 = global.OPLocate[a]["entity"]
  1512.                         local OPD2 = global.OPLocate[a]["direction"]
  1513.                         local OPP2 = global.OPLocate[a]["position"]
  1514.                         local OPS2 = global.OPLocate[a]["surface"]
  1515.                         OPE2.destroy()
  1516.                         local OPN2 = game.surfaces[OPS2.name].create_entity{name="offshore-crude-oil-pump",position = OPP2,direction = OPD2,force = "player"}
  1517.                         global.OPLocate[a]["entity"] = OPN2
  1518.                         if global.OPLocate[a]["entity"] == nil then
  1519.                             if global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] <= 0 then
  1520.                                 global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] = 0
  1521.                             else
  1522.                                 global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] = global.WaterGlobalArea[global.OPLocate[a]["WA"]]["OPs"] - 1
  1523.                             end
  1524.                             table.remove(global.OPLocate,a)
  1525.                             game.surfaces[OPS2.name].spill_item_stack(OPP2, {name="offshore-pump",count=1})
  1526.                             game.print(string.format("Water As A Resource: Offshore Crude Oil Pump Removed from %s, as Fluid Mixing Not Allowed", global.WaterGlobalArea[global.OPLocate[a]["WA"]]["WtrName"]))
  1527.                         end
  1528.                     else
  1529.                         local OPE3 = global.OPLocate[a]["entity"]
  1530.                         local OPD3 = global.OPLocate[a]["direction"]
  1531.                         local OPP3 = global.OPLocate[a]["position"]
  1532.                         local OPS3 = global.OPLocate[a]["surface"]
  1533.                         OPE3.destroy()
  1534.                         local OPN3 = game.surfaces[OPS3.name].create_entity{name="offshore-pump-nofluid",position = OPP3,direction = OPD3,force = "player"}
  1535.                         global.OPLocate[a]["entity"] = OPN3
  1536.                     end
  1537.                 end
  1538.             end
  1539.             if #global.ODLocate > 0 then
  1540.                 for a = 1, #global.ODLocate, 1 do
  1541.                     for b = 1, #game.surfaces, 1 do
  1542.                         pos = global.ODLocate[a]["position"]
  1543.                         local tile = game.surfaces[b].get_tile(pos)
  1544.                         if tile.valid == true then
  1545.                             local tilename = tile.name
  1546.                             if tilename == "water" or tilename =="deepwater" or tilename=="crude-oil" or tilename=="crude-oil-deep" or tilename=="sand-3" or tilename=="dry-dirt" then
  1547.                                 global.ODLocate[a]["surface"] = game.surfaces[b]
  1548.                             end
  1549.                         end
  1550.                     end
  1551.                     local OPE4 = global.ODLocate[a]["entity"]
  1552.                     local OPD4 = global.ODLocate[a]["direction"]
  1553.                     local OPP4 = global.ODLocate[a]["position"]
  1554.                     local OPS4 = global.ODLocate[a]["surface"]
  1555.                     OPE4.destroy()
  1556.                     local OPN4 = game.surfaces[OPS4.name].create_entity{name='offshore-drain',position = OPP4, direction = OPD4, force = "player"}
  1557.                     global.ODLocate[a]["entity"] = OPN4
  1558.                     for b = 1, #global.WaterGlobalArea, 1 do
  1559.                         if global.ODLocate[a]["WA"] == b and global.WaterGlobalArea[b]["Depleted"] ~= 1 then
  1560.                             global.ODLocate[a]["tile"] = global.WaterGlobalArea[b]["FluidType"]
  1561.                             global.ODLocate[a]["PipeFluid"] = global.WaterGlobalArea[b]["FluidType"]
  1562.                         elseif global.ODLocate[a]["WA"] == b and global.WaterGlobalArea[b]["Depleted"] == 1 then
  1563.                             global.ODLocate[a]["tile"] = "None"
  1564.                             global.ODLocate[a]["PipeFluid"] = "None"
  1565.                         end
  1566.                     end
  1567.                 end
  1568.             end
  1569.             if #global.FluidProducers > 0 then
  1570.                 for b = 1, #game.surfaces, 1 do
  1571.                     local Pumps = game.surfaces[b].find_entities_filtered{name= "pumpjack"}
  1572.                     for a = 1, #Pumps, 1 do
  1573.                         global.FluidProducers[a]["entity"] = Pumps[a]
  1574.                         global.FluidProducers[a]["position"]["x"] = Pumps[a]["position"].x
  1575.                         global.FluidProducers[a]["position"]["y"] = Pumps[a]["position"].y
  1576.                         global.FluidProducers[a]["surface"] = Pumps[a].surface
  1577.                         global.FluidProducers[a]["FluidType"] = nil
  1578.                         global.FluidProducers[a]["LastAmount"] = 0
  1579.                     end
  1580.                 end
  1581.             end
  1582.         end
  1583.         global.Added = false
  1584.         global.NewInstall = false
  1585.     end
  1586. end
  1587.  
  1588.  
  1589. -- COMMAND FUNCTIONS --
  1590.  
  1591. function RestoreWater()
  1592.     local RWDisabled = settings.global["Disable-RestoreWater-Command"].value
  1593.     if RWDisabled == true then
  1594.         game.print("RestoreWater Command has been disabled in map settings.")
  1595.     else
  1596.         if global.WaterGlobalArea then
  1597.             for a = 1, #global.WaterGlobalArea, 1 do
  1598.                 if global.WaterGlobalArea[a]["Surface"].valid then -- Dexy Edit
  1599.                     local NoTiles = global.WaterGlobalArea[a]["ShallowWater"] + global.WaterGlobalArea[a]["DeepWater"]
  1600.                     if NoTiles ~= nil then -- Dexy Edit
  1601.                         for b = 1, NoTiles, 1 do
  1602.                             if global.WaterGlobalArea[a]["WaterRepArea"][b] ~= nil then -- Dexy Edit
  1603.                                 local TileName = global.WaterGlobalArea[a]["WaterRepArea"][b]["name"]
  1604.                                 if TileName == "sand-3" or TileName == "crude-oil" then
  1605.                                     global.WaterGlobalArea[a]["WaterRepArea"][b]["name"] = "water"
  1606.                                 elseif TileName == "dry-dirt" or TileName == "crude-oil-deep" then
  1607.                                     global.WaterGlobalArea[a]["WaterRepArea"][b]["name"] = "deepwater"
  1608.                                 else
  1609.                                     game.print("Not A Replaceable Tile")
  1610.                                 end
  1611.                             end
  1612.                         end
  1613.                     end
  1614.                 game.surfaces[global.WaterGlobalArea[a]["Surface"].name].set_tiles(global.WaterGlobalArea[a]["WaterRepArea"])
  1615.                 end
  1616.             end
  1617.         global.WaterGlobalArea = {}
  1618.         end
  1619.         if global.OPLocate then
  1620.             for a = 1, #global.OPLocate, 1 do
  1621.                 RepOP = global.OPLocate[a]["position"]
  1622.                 RepOPD = global.OPLocate[a]["direction"]
  1623.                 RepOPE = global.OPLocate[a]["entity"]
  1624.                 RepOPS = global.OPLocate[a]["surface"]
  1625.                 RepOPE.destroy()
  1626.                 if RepOPS.valid and game.surfaces[RepOPS.name] ~= nil and game.surfaces[RepOPS.name].valid then  -- Dexy edit
  1627.                     game.surfaces[RepOPS.name].create_entity{name="offshore-pump",position = RepOP,direction = RepOPD,force = "player"}
  1628.                 end
  1629.             end
  1630.         global.OPLocate = {}
  1631.         end
  1632.         if global.ODLocate then
  1633.             for a = 1, #global.ODLocate, 1 do
  1634.                 RepODE = global.ODLocate[a]["entity"]
  1635.                 RepODE.destroy()
  1636.             end
  1637.         global.ODLocate = {}
  1638.         end
  1639.         global.FluidProducers = {}
  1640.         global.PercentChange = 0
  1641.         global.WaterFlow = 0
  1642.         global.CrudeFlow = 0
  1643.         global.LastWaterFlow = 0
  1644.         global.LastCrudeFlow = 0
  1645.         game.print("FluidAreas Restored!")
  1646.     end
  1647. end
  1648.  
  1649. function Offshores()
  1650.     game.print("Offshore Pump(s) Location Info")
  1651.     if #global.OPLocate == 0 then
  1652.         game.print("No Offshore Pumps to show.")
  1653.     else
  1654.         for a = 1, #global.OPLocate, 1 do
  1655.         local FluidName = string.sub(global.OPLocate[a]["tile"],1,1):upper()..string.sub(global.OPLocate[a]["tile"],2)
  1656.         local SurfaceName = string.sub(global.OPLocate[a]["surface"].name,1,1):upper()..string.sub(global.OPLocate[a]["surface"].name,2)
  1657.         game.print(string.format("Offshore Pump Position: {%s, %s}, Pump Surface: %s, Fluid Type: %s, FluidArea: %s, Active: %s",global.OPLocate[a]["position"]["x"],global.OPLocate[a]["position"]["y"],SurfaceName, FluidName,global.OPLocate[a]["WA"], global.OPLocate[a]["Active"]))
  1658.         end
  1659.     end
  1660. end
  1661.  
  1662. function OffshoreDrains()
  1663.     game.print("Offshore Drain(s) Location Info")
  1664.     if #global.ODLocate == 0 then
  1665.         game.print("No Offshore Drains to show.")
  1666.     else
  1667.         for a = 1, #global.ODLocate, 1 do
  1668.             if global.ODLocate[a]["PipeFluid"] == nil then
  1669.                 FluidName = "None"
  1670.             else
  1671.                 FluidName = string.sub(global.ODLocate[a]["PipeFluid"],1,1):upper()..string.sub(global.ODLocate[a]["PipeFluid"],2)
  1672.             end
  1673.             local SurfaceName = string.sub(global.ODLocate[a]["surface"].name,1,1):upper()..string.sub(global.ODLocate[a]["surface"].name,2)
  1674.             game.print(string.format("Offshore Drain Position: {%s, %s}, Pipe Surface: %s , Pipe Fluid: %s, Fluid Area: %s, Active: %s",global.ODLocate[a]["position"]["x"],global.ODLocate[a]["position"]["y"],SurfaceName, FluidName, global.ODLocate[a]["WA"], global.ODLocate[a]["Active"]))
  1675.         end
  1676.     end
  1677. end
  1678.  
  1679. function WaterAreas()
  1680.     game.print("FluidArea(s) Info")
  1681.     if #global.WaterGlobalArea == 0 then
  1682.         game.print("No FluidAreas to show.")
  1683.     else
  1684.         for a = 1, #global.WaterGlobalArea, 1 do
  1685.             if #global.WaterGlobalArea[a]["WaterRepArea"] > 0 then -- == 0 When removed
  1686.                 local FluidName = string.sub(global.WaterGlobalArea[a]["FluidType"],1,1):upper()..string.sub(global.WaterGlobalArea[a]["FluidType"],2)
  1687.                 local FluidName2 = FluidName
  1688.                 if FluidName2 == "None" then
  1689.                     FluidName2 = "Fluid"
  1690.                 end
  1691.                 local SurfaceName = string.sub(global.WaterGlobalArea[a]["Surface"].name,1,1):upper()..string.sub(global.WaterGlobalArea[a]["Surface"].name,2)
  1692.                 game.print(string.format("%s, FluidArea Surface: %s, Fluid Type: %s, %s Amount: %.f, Regen %.2f, Tiles : Shallow: %.f / Deep: %.f, Percent Depleted: %.4f %%, Active: Pumps: %.f / Drains: %.f", global.WaterGlobalArea[a]["WtrName"],SurfaceName,FluidName,FluidName2, global.WaterGlobalArea[a]["AmountWtr"],global.WaterGlobalArea[a]["RegenAmount"],global.WaterGlobalArea[a]["ShallowWater"],global.WaterGlobalArea[a]["DeepWater"], global.WaterGlobalArea[a]["Percent"], global.WaterGlobalArea[a]["OPsA"], global.WaterGlobalArea[a]["ODsA"]))
  1693.             end
  1694.         end
  1695.     end
  1696. end
  1697.  
  1698. function PumpJacks()
  1699.     game.print("Pumpjack(s) Location Info")
  1700.     if #global.FluidProducers == 0 then
  1701.         game.print("No Pumpjacks to show.")
  1702.     else
  1703.         for a = 1, #global.FluidProducers, 1 do
  1704.         local SurfaceName = string.sub(global.FluidProducers[a]["surface"].name,1,1):upper()..string.sub(global.FluidProducers[a]["surface"].name,2)
  1705.         game.print(string.format("Pumpjack Position: {%s, %s}, Pumpjack Surface: %s",global.FluidProducers[a]["position"]["x"],global.FluidProducers[a]["position"]["y"],SurfaceName))
  1706.         end
  1707.     end
  1708. end
  1709.  
  1710. function ScenFunc()
  1711.     global.LandFill = {}
  1712.     global.InstallTick = 0
  1713. end
  1714.  
  1715. function WaaRSetup()
  1716.     Globals()
  1717.     LinkGlobals()
  1718. end
  1719.  
  1720. -- SCRIPT EVENTS --
  1721.  
  1722. script.on_init(WaaRSetup)
  1723. script.on_load(LinkGlobals)
  1724. script.on_nth_tick(60,EverySec)
  1725. script.on_event(defines.events.on_tick, EveryTick)
  1726. script.on_event({defines.events.on_built_entity,defines.events.on_robot_built_entity}, BuiltOffShore)
  1727. script.on_event({defines.events.on_player_mined_entity,defines.events.on_robot_mined_entity}, DestroyedOffShore)
  1728. script.on_event({defines.events.on_player_built_tile,defines.events.on_robot_built_tile}, LandFillCheck)
  1729. script.on_event({defines.events.on_game_created_from_scenario},ScenFunc)
  1730. script.on_configuration_changed(UpdateMod)
  1731. commands.add_command("RestoreWater", "Restores Water Areas & Clears GlobalTable",RestoreWater)
  1732. commands.add_command("Offshores", "Displays All The Offshore Pumps Built", Offshores)
  1733. commands.add_command("OffshoreDrains", "Displays All The Offshore Drains Built", OffshoreDrains)
  1734. commands.add_command("WaterAreas", "Displays All The WaterAreas Built", WaterAreas)
  1735. commands.add_command("Pumpjacks", "Displays All The Pumpjacks Built", PumpJacks)
  1736. commands.add_command("RemoveAllDrainedArea", "Remove all drained area", RemoveAllDrainedArea)
Add Comment
Please, Sign In to add comment
Public Pastes
We use cookies for various purposes including analytics. By continuing to use Pastebin, you agree to our use of cookies as described in the Cookies Policy.  OK, I Understand
Not a member of Pastebin yet?
Sign Up, it unlocks many cool features!