Files

nolog.src withlog.src
nolog.src
  • //List | Map
  • max = function(Values)
  • if typeof(Values) == "list" then return Values[0:].sort[-1]
  • Items = Values.values
  • return Values.indexes[Items.indexOf(max(Items))]
  • end function
  • maximum=@max
  • //List | Map
  • min = function(Values)
  • if typeof(Values) == "list" then return Values[0:].sort[0]
  • Items = Values.values
  • return Values.indexes[Items.indexOf(min(Items))]
  • end function
  • minimum=@min
  • //List + any
  • removeItem = function(Values, item)
  • if Values.indexOf(item) == null then return false
  • Values.remove(Values.indexOf(item))
  • return true
  • if Values.indexOf(item) == null then return Values
  • return Values[:Values.indexOf(item) - 1] + Values[Values.indexOf(item):]
  • end function
  • remi = @removeItem
  • remItem = @removeItem
  • //List + any
  • removeAllItem = function(Values, item)
  • if Values.indexOf(item) == null then return false
  • if Values.indexOf(item) == null then return Values
  • while true
  • remi(Values, item)
  • NValues = Values[0:]
  • while NValues.indexOf(item) != null
  • NValues.remove(NValues.indexOf(item))
  • end while
  • return true
  • return NValues
  • end function
  • remItems = @removeAllItem
  • remAllItem = @removeAllItem
  • //List | Map
  • count = function(Values, item)
  • if typeof(Values) == "map" then return str(Values[item]).len
  • x = 0
  • for i in Values
  • if i == item then x = x + 1
  • end for
  • return x
  • return Values.len - removeAllItem(Values, item).len
  • end function
  • //List
  • removeDuplicates = function(Values)
  • Items = []
  • for item in Values
  • if Items.indexOf(item) == null then Items.push(item)
  • end for
  • for item in Items
  • if count(Values, item) > 1 then remi(Values, item)
  • end for
  • return Items
  • end function
  • remDups = @removeDuplicates
  • remDuplicates = @removeDuplicates
  • //List
  • mean = function(Values)
  • return sum(Values) / Values.len
  • end function
  • average=@mean
  • //List
  • median = function(Values)
  • if Values.len % 2 == 0 then
  • x = Values.len / 2
  • return sum(Values[0:].sort[x:x+1]) / 2
  • end if
  • return Values[0:].sort[floor(round(Values.len / 2))]
  • end function
  • middle=@median
  • //List
  • mode = function(Values)
  • Items = Values[0:]
  • remDups(Items)
  • Counts = []
  • for item in Items
  • Counts.push(count(Items, item))
  • end for
  • return Items[Counts.indexOf(max(Counts))]
  • end function
  • most=@mean
  • //Number | String(number)
  • factors = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • Temp = []
  • for i in range(1, floor(sqrt(number)) + 1)
  • if number % i == 0 then Temp.push([i, floor(number / i)])
  • end for
  • Factors = []
  • for pair in Temp
  • for item in pair
  • Factors.push(item)
  • end for
  • end for
  • remDups(Factors)
  • return Factors.sort
  • end function
  • //List
  • greatestCommonFactor = function(Values)
  • Items = Values[0:]
  • for i in range(Items.len - 1)
  • Items[i] = factors(Items[i])
  • end for
  • FactorAmounts = []
  • for item in Items
  • FactorAmounts.push(item.len)
  • end for
  • smallest = Items[FactorAmounts.indexOf(min(FactorAmounts))]
  • Items.remove(Items.indexOf(smallest))
  • Data = []
  • for small in smallest
  • Temp = []
  • for item in Items
  • if not item.indexOf(small) == null then Temp.push(true)
  • end for
  • if count(Temp, true) == Items.len then Data.push(small)
  • end for
  • return max(Data)
  • end function
  • GCF = @greatestCommonFactor
  • //Number | String(number)
  • decimalToPercent = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • return number * 100
  • end function
  • DTP = @decimalToPercent
  • //Number | String(number)
  • percentToDecimal = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • return number / 100
  • end function
  • PTD = @percentToDecimal
  • //Number | String(number)
  • percentToMultiplier = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • return toDecimal(number) + 1
  • end function
  • PTM = @percentToMultiplier
  • //Number | String(number)
  • multiplierToPercent = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • return toPercent(number - 1)
  • end function
  • MTP = @multiplierToPercent
  • //Number | String(number)
  • decimalToFraction = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • number = str(number).split("\.")
  • if number.len == 0 then return number[0]
  • denominator = 10 ^ number[1].len
  • numerator = number[1].to_int + (number[0].to_int * denominator)
  • factor = GCF([numerator, denominator])
  • numerator = floor(numerator / factor)
  • denominator = floor(denominator / factor)
  • return numerator + "/" + denominator
  • end function
  • DTF = @decimalToFraction
  • //Number | String(number) + Number | String(number)
  • baseConvert = function(number, base)
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(base) == "string" then base = base.to_int
  • digits = []
  • while number > 0
  • digits.push(floor(number % base))
  • number = floor(number / base)
  • end while
  • digits.reverse
  • return digits
  • end function
  • //Number | String(number)
  • hex = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • dectohex = function(decimal)
  • if decimal < 10 then return decimal else return {10:"A",11:"B",12:"C",13:"D",14:"E",15:"F"}[decimal]
  • end function
  • hexnumber = baseConvert(number, 16)
  • for i in range(hexnumber.len - 1)
  • hexnumber[i] = dectohex(hexnumber[i])
  • end for
  • return hexnumber.join("")
  • end function
  • //Number | String(number)
  • bin = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • binnumber = baseConvert(number, 2)
  • return binnumber.join("")
  • end function
  • //Number | String(number)
  • oct = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • octnumber = baseConvert(number, 8)
  • return octnumber.join("")
  • end function
  • //String
  • capitalize = function(string)
  • return string[0].upper + string[1:]
  • end function
  • cap = @capitalize
  • //Function + List
  • //This function will take a function as the first parameter and then apply that function to all items in the list.
  • //Note that to pass a function, you put @ before it... so applyFunction(@sqrt, list).
  • applyFunction = function(func, Values)
  • for i in range(Values.len - 1)
  • Values[i] = func(Values[i])
  • end for
  • end function
  • //String + Number | String(number) + String
  • rfill = function(string, amount, filler)
  • if typeof(amount) == "string" then amount = amount.to_int
  • amount = max([0, amount - string.len])
  • if amount > 0 then string = string + filler * amount
  • return string
  • end function
  • //String + Number | String(number) + String
  • lfill = function(string, amount, filler = "0")
  • if typeof(amount) == "string" then amount = amount.to_int
  • amount = max([0, amount - string.len])
  • if amount > 0 then string = filler * amount + string
  • return string
  • end function
  • //Number | String(number)
  • isPrime = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • if number == 1 then return false
  • return factors(number).len == 2
  • end function
  • //Number | String(number)
  • factorsPrime = function(number)
  • if typeof(number) == "string" then number = number.to_int
  • Factors = [1]
  • while not isPrime(number)
  • number = floor(number / Factors[-1])
  • for i in factors(number)
  • if isPrime(i) then
  • Factors.push(i)
  • break
  • end if
  • end for
  • end while
  • return Factors[1:]
  • end function
  • factorsp = @factorsPrime
  • //String + List
  • format = function(string, Values)
  • x = 0
  • while not string.indexOf("{}") == null
  • i = string.indexOf("{}")
  • string = string[0:i] + Variables[x] + string[i + 2:]
  • x = x + 1
  • end while
  • return string
  • end function
  • f = @format
withlog.src
  • //Error Printing Functions
  • error = function(error, message)
  • exit("<color=red>Runtime Error: " + error + " Error: " + message)
  • end function
  • hasItem = function(Values, item)
  • if Values.indexOf(item) == null then return false
  • return true
  • end function
  • isValidType = function(func, item, variableName, valids)
  • if not typeof(valids) == "list" then valids = [valids]
  • if not hasItem(valids, typeof(item)) then error("Type", "the " + func + "() function only accepts type(s) of '" + valids.join("', '") + "' for " + variableName + " (" + typeof(item) + ")")
  • end function
  • //List | Map
  • max = function(Values)
  • isValidType("max", Values, "Values", ["list","map"])
  • if typeof(Values) == "list" then return Values[0:].sort[-1]
  • Items = Values.values
  • return Values.indexes[Items.indexOf(max(Items))]
  • end function
  • maximum=@max
  • //List | Map
  • min = function(Values)
  • isValidType("min", Values, "Values", ["list","map"])
  • if typeof(Values) == "list" then return Values[0:].sort[0]
  • Items = Values.values
  • return Values.indexes[Items.indexOf(min(Items))]
  • end function
  • minimum=@min
  • //List + any
  • removeItem = function(Values, item)
  • isValidType("removeItem", Values, "Values", "list")
  • if Values.indexOf(item) == null then return false
  • Values.remove(Values.indexOf(item))
  • return true
  • if Values.indexOf(item) == null then return Values
  • return Values[:Values.indexOf(item) - 1] + Values[Values.indexOf(item):]
  • end function
  • remi = @removeItem
  • remItem = @removeItem
  • //List + any
  • removeAllItem = function(Values, item)
  • isValidType("removeAllItem", Values, "Values", "list")
  • if Values.indexOf(item) == null then return false
  • if Values.indexOf(item) == null then return Values
  • while true
  • remi(Values, item)
  • NValues = Values[0:]
  • while NValues.indexOf(item) != null
  • NValues.remove(NValues.indexOf(item))
  • end while
  • return true
  • return NValues
  • end function
  • remItems = @removeAllItem
  • remAllItem = @removeAllItem
  • //List | Map
  • count = function(Values, item)
  • isValidType("count", Values, "Values", ["list","map"])
  • if typeof(Values) == "map" then return str(Values[item]).len
  • x = 0
  • for i in Values
  • if i == item then x = x + 1
  • end for
  • return x
  • return Values.len - removeAllItem(Values, item).len
  • end function
  • //List
  • removeDuplicates = function(Values)
  • isValidType("removeDuplicates", Values, "Values", "list")
  • Items = []
  • for item in Values
  • if Items.indexOf(item) == null then Items.push(item)
  • end for
  • for item in Items
  • if count(Values, item) > 1 then remi(Values, item)
  • end for
  • return Items
  • end function
  • remDups = @removeDuplicates
  • remDuplicates = @removeDuplicates
  • //List
  • mean = function(Values)
  • isValidType("average", Values, "Values", "list")
  • return sum(Values) / Values.len
  • end function
  • average=@mean
  • //List
  • median = function(Values)
  • isValidType("median", Values, "Values", "list")
  • if Values.len % 2 == 0 then
  • x = Values.len / 2
  • return sum(Values[0:].sort[x:x+1]) / 2
  • end if
  • return Values[0:].sort[floor(round(Values.len / 2))]
  • end function
  • middle=@median
  • //List
  • mode = function(Values)
  • isValidType("mode", Values, "Values", "list")
  • Items = Values[0:]
  • remDups(Items)
  • Counts = []
  • for item in Items
  • Counts.push(count(Items, item))
  • end for
  • return Items[Counts.indexOf(max(Counts))]
  • end function
  • most=@mean
  • //Number | String(number)
  • factors = function(number)
  • isValidType("factors", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • Temp = []
  • for i in range(1, floor(sqrt(number)) + 1)
  • if number % i == 0 then Temp.push([i, floor(number / i)])
  • end for
  • Factors = []
  • for pair in Temp
  • for item in pair
  • Factors.push(item)
  • end for
  • end for
  • remDups(Factors)
  • return Factors.sort
  • end function
  • //List
  • greatestCommonFactor = function(Values)
  • isValidType("greatestCommonFactor", Values, "Values", "list")
  • Items = Values[0:]
  • for i in range(Items.len - 1)
  • Items[i] = factors(Items[i])
  • end for
  • FactorAmounts = []
  • for item in Items
  • FactorAmounts.push(item.len)
  • end for
  • smallest = Items[FactorAmounts.indexOf(min(FactorAmounts))]
  • Items.remove(Items.indexOf(smallest))
  • Data = []
  • for small in smallest
  • Temp = []
  • for item in Items
  • if not item.indexOf(small) == null then Temp.push(true)
  • end for
  • if count(Temp, true) == Items.len then Data.push(small)
  • end for
  • return max(Data)
  • end function
  • GCF = @greatestCommonFactor
  • //Number | String(number)
  • decimalToPercent = function(number)
  • isValidType("decimalToPercent", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • return number * 100
  • end function
  • DTP = @decimalToPercent
  • //Number | String(number)
  • percentToDecimal = function(number)
  • isValidType("percentToDecimal", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • return number / 100
  • end function
  • PTD = @percentToDecimal
  • //Number | String(number)
  • percentToMultiplier = function(number)
  • isValidType("topercentToMultiplierPercent", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • return toDecimal(number) + 1
  • end function
  • PTM = @percentToMultiplier
  • //Number | String(number)
  • multiplierToPercent = function(number)
  • isValidType("multiplierToPercent", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • return toPercent(number - 1)
  • end function
  • MTP = @multiplierToPercent
  • //Number | String(number)
  • decimalToFraction = function(number)
  • isValidType("decimalToFraction", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • number = str(number).split("\.")
  • if number.len == 0 then return number[0]
  • denominator = 10 ^ number[1].len
  • numerator = number[1].to_int + (number[0].to_int * denominator)
  • factor = GCF([numerator, denominator])
  • numerator = floor(numerator / factor)
  • denominator = floor(denominator / factor)
  • return numerator + "/" + denominator
  • end function
  • DTF = @decimalToFraction
  • //Number | String(number) + Number | String(number)
  • baseConvert = function(number, base)
  • isValidType("baseConvert", number, "number", ["number","string"])
  • isValidType("baseConvert", base, "base", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • if typeof(base) == "string" then base = base.to_int
  • if typeof(base) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + base + ")")
  • digits = []
  • while number > 0
  • digits.push(floor(number % base))
  • number = floor(number / base)
  • end while
  • digits.reverse
  • return digits
  • end function
  • //Number | String(number)
  • hex = function(number)
  • isValidType("hex", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • dectohex = function(decimal)
  • if decimal < 10 then return decimal else return {10:"A",11:"B",12:"C",13:"D",14:"E",15:"F"}[decimal]
  • end function
  • hexnumber = baseConvert(number, 16)
  • for i in range(hexnumber.len - 1)
  • hexnumber[i] = dectohex(hexnumber[i])
  • end for
  • return hexnumber.join("")
  • end function
  • //Number | String(number)
  • bin = function(number)
  • isValidType("bin", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • binnumber = baseConvert(number, 2)
  • return binnumber.join("")
  • end function
  • //Number | String(number)
  • oct = function(number)
  • isValidType("oct", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • octnumber = baseConvert(number, 8)
  • return octnumber.join("")
  • end function
  • //String
  • capitalize = function(string)
  • isValidType("capitalize", string, "string", "string")
  • return string[0].upper + string[1:]
  • end function
  • cap = @capitalize
  • //Function + List
  • //This function will take a function as the first parameter and then apply that function to all items in the list.
  • //Note that to pass a function, you put @ before it... so applyFunction(@sqrt, list).
  • applyFunction = function(func, Values)
  • isValidType("applyFunction", Values, "Values", "list")
  • for i in range(Values.len - 1)
  • Values[i] = func(Values[i])
  • end for
  • end function
  • //String + Number | String(number) + String
  • rfill = function(string, amount, filler)
  • isValidType("rfill", string, "string", "string")
  • isValidType("rfill", amount, "amount", ["number","string"])
  • isValidType("rfill", filler, "filler", "string")
  • if typeof(amount) == "string" then amount = amount.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • amount = max([0, amount - string.len])
  • if amount > 0 then string = string + filler * amount
  • return string
  • end function
  • //String + Number | String(number) + String
  • lfill = function(string, amount, filler = "0")
  • isValidType("lfill", string, "string", "string")
  • isValidType("lfill", amount, "amount", ["number","string"])
  • isValidType("lfill", filler, "filler", "string")
  • if typeof(amount) == "string" then amount = amount.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • amount = max([0, amount - string.len])
  • if amount > 0 then string = filler * amount + string
  • return string
  • end function
  • //Number | String(number)
  • isPrime = function(number)
  • isValidType("isPrime", number, "number", ["number","string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • if number == 1 then return false
  • return factors(number).len == 2
  • end function
  • //Number | String(number)
  • factorsPrime = function(number)
  • isValidType("factorsPrime", number, "number", ["number", "string"])
  • if typeof(number) == "string" then number = number.to_int
  • if typeof(number) == "string" then error("Conversion", "Could not convert 'string' to 'number' (" + number + ")")
  • Factors = [1]
  • while not isPrime(number)
  • number = floor(number / Factors[-1])
  • for i in factors(number)
  • if isPrime(i) then
  • Factors.push(i)
  • break
  • end if
  • end for
  • end while
  • return Factors[1:]
  • end function
  • factorsp = @factorsPrime
  • //String + List
  • format = function(string, Values)
  • isValidType("format", string, "string", "string")
  • isValidType("format", Variables, "Variables", "list")
  • x = 0
  • while not string.indexOf("{}") == null
  • i = string.indexOf("{}")
  • string = string[0:i] + Variables[x] + string[i + 2:]
  • x = x + 1
  • end while
  • return string
  • end function
  • f = @format