print("welcome to aryans calculator") print("input your numbers in the script") print("---------------------------------") -- Add values below number1 = 10 -- number you want numbers to get added to number2 = 10 -- how much numbers you want to add to print("Addition awenser is:", number1+number2) print("------------------------") -- subtract values below number3 = 10 --number you want to subtract numbers from number4 = 5 -- amount of numbers you want to subtract from the above number print("Subtraction awenser is:", number3-number4)
-- Get all lines from a file, return nil if the file does not exist or retutn the sum of all the lines if it exist function findclosest(coord,x,y) for i=1, ncoord do for j=1, ncoord do if end end end function lines_from(file) coord = {} i = 1 for line in io.lines(file) do coord[i] = {} x,y = line:match("(%d+),%s(%d+)") coord[x][y] = i i = i + 1 end ncoord = i - 1 for i=1, ncoord do for j=1, ncoord do if not coord[x][y] then findclosest(coord,x,y) end end end end lines_from(stdin)
--local "modem_message", local_address, remote_address, port, distance, "nanomachines", command, ...messages=event.pull(5,"modem_message") local computer=require("computer") local component=require("component") local term=require("term") local event=require("event") local m=component.modem local gpu=component.gpu local input_state,file_data={} local tic,sai,start,user_input=1,1,1,1 local username,nick="" os.execute("cls") function main() aquire_user_data() initialize() print_gui() while start==1 do print_menu() user_input=request_input("n",0,tic) if user_input==0 then print_gui() print_options() user_input=request_input("n",0,9) check_command(user_input) else toggle_input(user_input) computer.pullSignal(1) end end end --initialize function aquire_user_data() while true do os.execute("cls") io.write("username: ") username=request_input("s",1,30) nick=username username="/usr/nanomech_data/"..username..".txt" local f=io.open(username,"r") if f==nil then print("No user found. Create a new user?(y/n) : ") local check=request_input("s",1,1) if check=="y" then local data="" for i=1,25 do data=data.."."..i.."XXXXX" end f=io.open(username,"w") f:write(data) f:close() file_data=txt2table(data) return end else local data=f:read() io.close(f) file_data=txt2table(data) return end end end function initialize() os.execute("cls") gpu.set(10,10,"Welcome "..nick.."!") m.open(1) m.broadcast(1,"nanomachines","setResponsePort",1) local _=event.pull(5,"modem_message") gpu.set(10,12,"Loading...") tic,sai=check_input_info() init_inputs() end function init_inputs() gpu.set(10,13,"|") gpu.set((3*tic)+10,13,"|") term.setCursor(11,13) for i=1,tic do send_command("getInput",i) local _, _, _, _, _, header, _, _, state = event.pull(5,"modem_message") io.write("|||") input_state[i]=state end end function check_input_info() send_command("getTotalInputCount") local _, _, _, _, _, _, command, total_input_count=event.pull(5,"modem_message") send_command("getSafeActiveInputs") local _, _, _, _, _, _, command, safe_active_inputs=event.pull(5,"modem_message") return total_input_count,safe_active_inputs end --gui function print_gui() os.execute("cls") gpu.set(57,1,"Available inputs : "..tic) gpu.set(57,2,"Safe active inputs: "..sai) for i=1,25 do gpu.set(56,i,"|") end for i=1,tic do if i<10 then gpu.set(61,i+2,i..". ") else gpu.set(60,i+2,i..". ") end if input_state[i]==true then gpu.setForeground(0x00FF00) elseif input_state[i]==false then gpu.setForeground(0xFF0000) end gpu.set(64,i+2,file_data[i]) gpu.setForeground(0xFFFFFF) end end function print_menu() clear_screen() term.setCursor(1,1) print("Enter 0 for other options") print("Enter input number to toggle") io.write("Command: ") end function print_options() clear_screen() term.setCursor(1,1) print("1. Check remaining power") print("2. Rename input") print("3. Reset all input names") print("4. Save user data") print("\n9. Back") print("0. Close app") io.write("Command: ") end --operations function toggle_input(input_no) if input_state[input_no]==false then input_state[input_no]=true send_command("setInput",input_no,true) gpu.setForeground(0x00FF00) elseif input_state[input_no]==true then input_state[input_no]=false send_command("setInput",input_no,false) gpu.setForeground(0xFF0000) end gpu.set(64,input_no+2,file_data[input_no]) gpu.setForeground(0xFFFFFF) end function check_command(comnum) if comnum==1 then print("Sending signal...") send_command("getPowerState") local _, _, _, _, _, header, _, current_power, max_power = event.pull(5,"modem_message") print((current_power*100/max_power).."%") print("Press enter to continue. . .\n") io.read("*l") return elseif comnum==2 then io.write("Enter the input number: ") local n=request_input("n",1,tic) io.write("Enter new name (1-15 letters): ") local newname=request_input("s",1,15) file_data[n]=newname print_gui() return elseif comnum==3 then file_data=reset_input_names() print_gui() return elseif comnum==4 then save_data(file_data) return elseif comnum==9 then return elseif comnum==0 then save_data(file_data) start=0 os.execute("cls") return else return end end --mini functions function request_input(t,mn,mx) while true do local usr_input=io.read("*l") if t=="n" then usr_input=tonumber(usr_input) if input_check(t,usr_input,mn,mx) then return usr_input else error_input_msg() end elseif t=="s" then usr_input=tostring(usr_input) if input_check(t,usr_input,mn,mx) then return usr_input else error_input_msg() end end end end function error_input_msg() print("Fuk You! Enter a proper input!!!") computer.pullSignal(1) print(". ") computer.pullSignal(1) print(". ") computer.pullSignal(1) io.write("Try again: ") end function input_check(t,n,mn,mx) if t=="n" then if n~=nil then return (type(n)=="number") and (math.floor(n)==n) and n<=mx and n>=mn else return false end elseif t=="s" then if n~=nil then return (type(n)=="string") and (string.len(n)<=mx) and (string.len(n)>=mn) else return false end end end function send_command(command,...) m.broadcast(1,"nanomachines",command,...) end function clear_screen() gpu.fill(1,1,55,25," ") end function txt2table(x) local t={} for section in string.gmatch(x,"%.%d*%a+") do local i=string.match(section,"%d+") i=tonumber(i) local name=string.match(section,"%a+") t[i]=tostring(name) end return t end function table2txt(x) local t="" for i,name in ipairs(x) do name=tostring(name) t=t.."."..i..name end return t end function reset_input_names() local x={} for i=1,25 do x[i]="XXXXX" end return x end function save_data(x) local data="" data=table2txt(x) local f=io.open(username,"w") f:flush() f:write(data) f:close() end main()
--LUA Script - precede every function and global member with lowercase name of script + '_main' -- player converse function converse_init(e) texttinme=0 stage=0 fin=0 end function converse_main(e) playerDist=GetPlayerDistance(e) if playerDist <100 then if g-KeypressE==1 and GetTimer(e)>texttime nd fin==0 then texttime=GetTimer(e)+1000 stage=stage+1 end if stage==1 then TextCenteronx(50,50,3,"Hello.") end if stage==2 then TextCenteronx(50,50,3," like urtles.") end if stage==3 then TextCenteronx(50,50,3," Bibble.") end if stage==4 then fin"1 end end if playerDist>100 then fin=0 stage=0 end end
local tom_dist_coefficient = { --ASECNA International coefficient derived from weight/distance multiplied by unit_rate { 14001, { -- MTOM upper limit (exclusive) {750000, 0}, -- distance upper limit (exclusive), coefficient {2000000, 0}, -- ... {3500000, 0}, -- ... {math.huge, 0} -- ... } }, { 20001, { {750000, 1}, {2000000, 5}, {3500000, 12}, {math.huge, 20} } }, { 50001, { {750000, 1.2}, {2000000, 6}, {3500000, 14.4}, {math.huge, 24}} }, { 90001, { {750000, 1.4}, {2000000, 7}, {3500000, 16.8}, {math.huge, 28}} }, { 140001, { {750000, 1.6}, {2000000, 8}, {3500000, 19.2}, {math.huge, 32}} }, { 200001, { {750000, 1.8}, {2000000, 9}, {3500000, 21.6}, {math.huge, 36}} }, { 270001, { {750000, 2}, {2000000, 10}, {3500000, 24}, {math.huge, 40}} }, { 350001, { {750000, 2.15}, {2000000, 10.75}, {3500000, 25.8}, {math.huge, 43}} }, { 440001, { {750000, 2.3}, {2000000, 11.5}, {3500000, 27.6}, {math.huge, 46}} }, { 540001, { {750000, 2.45}, {2000000, 12.25}, {3500000, 29.4}, {math.huge, 49}} }, { math.huge, { -- greater 540Tonnes {750000, 2.6}, {2000000, 13}, {3500000, 31.2}, {math.huge, 52}} } } -- find the first entry in an array of pairs, where pair[1] > value function upper_bound(value, table) for index, item in ipairs(table) do if item[1] > value then return item[2] end end end -- find the matching coefficient for a given mass and distance function coefficient(tom, dist) return upper_bound(dist, upper_bound(tom, tom_dist_coefficient)) end local lib = {}; lib.distance_method = Distance_method.great_circle; function lib:calculate(flight_context, route_context, distance) return self:estimate(flight_context, distance); end function lib:estimate(flight_context, distance) if flight_context:origin_icao_code == NZAA then return 10000 else return self.unit_rate * coefficient(flight_context.mtom, distance); end end return lib;
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local KG2LBS = 2.20462262185 local ROUND = 100 local USE_POUNDS = true local PRECISION = 1 / (USE_POUNDS == true and KG2LBS or 1) * ROUND function ceil_to_prescision(value) return math.ceil(value / PRECISION) * PRECISION end local FUEL = {} function FUEL:new(value) local self = {} self.value = ceil_to_prescision(value) function self:print() print(self.value, USE_POUNDS and (self.value * KG2LBS) or "") end return self end print(PRECISION) local F1 = FUEL:new(776.3344) F1:print() local F2 = FUEL:new(F1.value) F2:print() local F3 = FUEL:new(F2.value) F3:print()
-- isa Object = { clone = function (self, ...) local obj = {} obj.__index = obj.__index or obj setmetatable(obj, self.mt or self) if obj.init then obj:init(...) end return obj end, isA = function (self, obj) return getmetatable(self) == (obj.mt or obj) or getmetatable(self):isA(obj) end } Object.__index = Object
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