Home modified by RinOS

RinOS — Tue, 18 Apr 2017 08:33:22 -0000
--- v1
+++ v2
@@ -1,8 +1,960 @@
-Welcome to your wiki!
-
-This is the default page, edit it as you see fit. To add a new page simply reference it within brackets, e.g.: [SamplePage].
-
-The wiki uses [Markdown](/p/nppcalc/wiki/markdown_syntax/) syntax.
-
+Notepad++ plugin. NppCalc - plugin for evaluates the expressions in the Notepad++
+
+NppCalc used to work with math, trigonometry, statistics, combinatorics, arrays, sets, bits, strings, dates, color, image, measurement, file and folder, RS-232, TCP/IP, encoding, encryption, hashing, compression, etc, Over 400 functions.
+
+Q: How does this work?
+A: Just type function name and press Enter!
+
+[[project_screenshots]]
 [[members limit=20]]
 [[download_button]]
+
+ENTER - calculate
+
+Basic
+   +   addition
+   -   subtraction
+   *   multiplication
+   /   division
+   ^   power
+   +>  concatenation
+
+Assignment
+   :=  assignment
+   +=  addition assignment
+   -=  subtraction assignment
+   *=  multiplication assignment
+   /=  division assignment
+
+Compare
+   =   equal to
+   >   greater than
+   >=  greater than or equal to
+   <   less than
+   <=  less than or equal to
+   <>  not equal to
+
+Separator of the integer and the fractional part of the numbers
+   . ( dot )
+Separator function
+   ; ( semicolon )
+Separator function parameters
+   , ( comma )
+String data enclosed in single quotes
+   a := 'abcde'
+
+
+Create array
+   a := ( 1, 2, 3 )
+Access to array element
+   a[0]
+Set value to array element
+   a[0] := 5
+
+Object in the set
+   '1' IN ( '1', '2', '3' )
+String is an array of characters
+   a := 'abcde'
+   a[0]
+Break a string into an array by delimiter
+   a := Split( '1;2;3;4', ';' )
+Join array elements with a glue string
+   Join( ( 1, 2, 3, 'a' ), CRLF )
+   Join( ( 1, 2, 3, 'a' ), CRLF, True )
+Sorting array in ascending
+   Sort( ( 4, 2, 1, 3 ) )
+Sorting array in descending
+   RSort( ( 4, 2, 1, 3 ) )
+Create an array containing a range of elements
+   Range( start, end, step )
+   Range( 0, 10, 2 )
+Index of the first found element in the array
+   IndexOf( 3, ( 1, 2, 3, 4 ) )
+Count elements of the array
+   CountOf( 3, ( 1, 2, 3, 4, 3 ) )
+
+Cast to integer
+   Int( '10.9' )
+Cast to float
+   Float( '10.9' )
+Cast to string
+   Str( 10 )
+Cast to boolean
+   Bool( 10.9 )
+Cast to null value
+   Empty( 10.9 )
+
+Add text to the output buffer
+   Echo( 2 )
+
+Select by condition
+   IF ( condition, a, b )
+   IF ( 1 > 2, echo( true ), echo( false ) )
+
+   IF ( condition, a, b, condition, a, b )
+   IF ( 1 > 2, echo( true ), echo( false ), 2 > 1, echo( true ), echo( false ) )
+
+Loop repeats instruction as long as the condition is met
+   For( i := 0, i < 10, Inc( i ), Echo( i ) )
+   i := 0; While( i < 10, Inc( i ); Echo( i ) )
+   i := 0; Repeat( Inc( i ); Echo( i ), i = 10 )
+   array := ( 1, 2, 3 ); Foreach( elem, array, Echo( elem ) )
+
+Ends execution of the current loop
+   Break
+Skip the rest of the current loop iteration
+   Continue
+
+
+Evaluates npp code from string
+   Eval( 'MsgBox( 2^8, ''test'' )' )
+Evaluates npp code from file ( shared variables )
+   EvalFromFile( filename )
+
+Logical
+   True
+   False
+Empty value
+   Null
+Number pi
+   Pi
+Base of the natural logarithm
+   e
+Catalans constant
+   Catalan
+Euler constant
+   Euler
+Golden ratio
+   GoldenRatio
+Speed of light ( m/s )
+   Light
+Speed of sound ( m/s )
+   Sound
+Gravitational acceleration ( m/s )
+   Gravity
+Carriage return
+   CR
+Line feed
+   LF
+Carriage return and Line feed
+   CRLF
+
+
+Hexadecimal number
+   0xAF
+Octal number
+   0t777
+Binary number
+   0b100101
+Character
+   #65
+
+
+Increments the value by the relevant value
+   Inc( 5, [1] )
+Exponentiation
+   2^3
+Squaring
+   Sqr( 20 )
+Square root
+   Sqrt( 9 )
+Nth root
+   SqrN( 27, 3 )
+Integer division
+   100 div 3
+Modulo
+   100 mod 3
+Percent
+   Per( 200, 10 )
+Absolute value
+   Abs( -20 )
+Returns e raised to the specified power
+   Exp( 2 )
+Natural logarithm
+   Ln( 10 )
+Decimal logarithm
+   Lg( 10 )
+Binary logarithm
+   Log2( 2 )
+Logarithm of the specified base
+   LogN( 5 [base] , 1 )
+Factorial of a number
+   Factorial( 5 )
+Fibonacci numbers
+   Fibonacci( 10 )
+Number of figures in number
+   Digits( 123456 )
+A number is even
+   Even( 4 )
+A number is odd
+   Odd( 4 )
+Number is prime
+   IsPrime( 7 )
+Next prime number
+   NextPrime( 7 )
+Prev prime number
+   PrevPrime( 11 )
+Random prime number
+   RandomPrime( 1000 )
+Least common multiple
+   LCM( 27, 18 )
+Greatest common divisor
+   GCD( 27, 18 )
+Uniform polynomial of one variable
+   Poly( 5, ( 1, 2, 3, 4 ) )
+Average array values
+   Avg( ( 1, 2, 3, 4 ) )
+Sum of values in an array
+   Sum( ( 1, 2, 3, 4 ) )
+Sum of squares in an array
+   SumOfSquares( ( 1, 2, 3, 4 ) )
+Greatest value in an array
+   Max( ( 1, 2, 3, 4 ) )
+Smallest value in an array
+   Min( ( 1, 2, 3, 4 ) )
+Standard deviation
+   StdDev( ( 1, 2, 3, 4 ) )
+Population standard deviation
+   PopnStdDev( ( 1, 2, 3, 4 ) )
+Variance
+   Variance( ( 1, 2, 3, 4 ) )
+Population variance
+   PopnVariance( ( 1, 2, 3, 4 ) )
+Total variance
+   TotalVariance( ( 1, 2, 3, 4 ) )
+The Euclidean L2-norm
+   Norm( ( 1, 2, 3, 4 ) )
+
+
+Sine
+   Sin( 1 )
+Arcsine
+   ArcSin( 1 )
+Hyperbolic sine
+   SinH( 1 )
+Hyperbolic arcsine
+   ArcSinH( 1 )
+
+Cosine
+   Cos( 1 )
+Arccosine
+   ArcCos( 1 )
+Hyperbolic cosine
+   CosH( 1 )
+Hyperbolic arccosine
+   ArcCosH( 1 )
+
+Tangent
+   Tan( 1 )
+Arctangent
+   ArcTan( 1 )
+Arctangent ( Y/X )
+   ArcTan2( y, x )
+Hyperbolic tangent
+   TanH( 1 )
+Hyperbolic arctangent
+   ArcTanH( 0 )
+
+Cotangent
+   Cot( 1 )
+Arccotangent
+   ArcCot( 1 )
+Hyperbolic cotangent
+   CotH( 1 )
+Hyperbolic arccotangent
+   ArcCotH( 10 )
+
+Secant
+   Sec( 1 )
+Arcsecant
+   ArcSec( 1 )
+Hyperbolic secant
+   SecH( 1 )
+Hyperbolic arcsecant
+   ArcSecH( 1 )
+
+Cosecant
+   Csc( 1 )
+Arccosecant
+   ArcCsc( 1 )
+Hyperbolic cosecant
+   CscH( 1 )
+Hyperbolic arccosecant
+   ArcCscH( 1 )
+
+Calculates the length of the hypotenuse
+   Hypot( 3, 4 )
+
+Converts radians to degrees
+   RadToDeg( 1 )
+Converts radians to grads
+   RadToGrad( 1 )
+Converts radians to cycles
+   RadToCycle( 1 )
+Converts degrees to radians
+   DegToRad( 1 )
+Converts degrees to grads
+   DegToGrad( 1 )
+Converts degrees to cycles
+   DegToCycle( 1 )
+Converts grads to radians
+   GradToRad( 1 )
+Converts grads to degrees
+   GradToDeg( 1 )
+Converts grads to cycles
+   GradToCycle( 1 )
+Converts cycles to radians
+   CycleToRad( 1 )
+Converts cycles to degrees
+   CycleToDeg( 1 )
+Converts cycles to grads
+   CycleToGrad( 1 )
+
+* For trigonometric functions argument in radians
+
+
+Character code
+   Ord( 'A' )
+Character
+   Chr( 65 )
+Length string/array
+   Len( 'ABC' )
+Index of the first occurrence of a substring within a string
+   Pos( 'bc', 'abcde' )
+Index of the first occurrence of a substring within a string, beginning the search at offset
+   PosEx( 'bc', 'abcdebc', 3 )
+Getting a substring between two string
+   StrPart( 'ab', 'bc', 'abcdebc' )
+Compare
+   CompareStr( 'ABC', 'abc' )
+   CompareText( 'ABC', 'abc' )
+Change case
+   UpperCase( 'Abc' )
+   LowerCase( 'Abc' )
+Remove spaces
+   Trim( ' ABC ' )
+   TrimLeft( ' ABC' )
+   TrimRight( 'ABC ' )
+Replaces all occurrences of a substring within a string
+   StrReplace( 'abcabc', 'b', 'B' )
+Return part of a string
+   SubStr( 'ABCD', 2, 2 )
+Reversed string
+   StrRev( 'abcd' )
+Pad a string from right
+   RightPad( 'abcd', 6, '-' )
+Pad a string from left
+   LeftPad( 'abcd', 6, '-' )
+Alphabet
+   Alphabet( ' ', ['ru'] )
+Wraps a string to a given number of characters using a string break character
+   WordWrap( 'string string', 6 )
+Convert from html to plain text
+   HtmlToPlain( htmldata )
+Soundex key of a string
+   Soundex( 'abcd' )
+Levenshtein distance between two strings
+   Levenshtein( 'abcd', 'abdc' )
+Insert a substring between characters strings
+   Sparse( 'abcdef', '-', 3 )
+Shuffle string characters
+   Shuffle( 'abcdef' )
+Calculate the entropy of the string
+   Entropy( 'abcdef', [detail = true] )
+
+
+A unique 128-bit identifier
+   GUID()
+
+
+Truncates a real number to an integer
+   Trunc( 10.9 )
+Fractional part
+   Frac( 10.9 )
+Rounded to the integer number
+   Round( 10.6 )
+Rounded value to a specified power of ten
+   RoundTo( 10.653, -1 )
+Rounds variables up toward positive infinity
+   Ceil( 10.5 )
+Rounds variables toward negative infinity
+   Floor( 10.5 )
+Hexadecimal number
+   Hex( 1000 )
+Octal number
+   Oct( 100 )
+Binary number
+   Bin( 20 )
+Roman numeral
+   Roman( 15 )
+   RomanToDec( 'XVIII' )
+Format
+   FormatFloat( '0.00', 1.2345 )
+   Bytes( 102434435 )
+Convert to any number system ( from 2 to 36 )
+   DecToBase( 200, 16 )
+   BaseToDec( 'C8', 16 )
+
+
+Current date
+   Date( ['d', 'M', 'y'] )
+   Date( 'd' )
+
+Current time
+   Time( ['h', 'm', 's'] )
+   Time( 's' )
+
+Current date and time
+   Now( ['d', 'M', 'y', 'h', 'm', 's'] )
+   Now( 'y' )
+
+Retrieves the number of milliseconds that have elapsed since the system was started
+   GetTickCount()
+
+Date shifted by a specified number
+   IncSecond( date(), 30 )
+   IncMinute( date(), 30 )
+   IncHour( date(), 12 )
+   IncDay( date(), 7 )
+   IncWeek( date(), 1 )
+   IncMonth( date(), 12 )
+   IncYear( date(), 10 )
+
+*Second parameter defaults to 1
+**If the parameter is negative then there is a decrease
+
+Part of the value of a date
+   SecondOf( now() )
+   MinuteOf( now() )
+   HourOf( now() )
+   DayOf( now() )
+   WeekOf( now() )
+   MonthOf( now() )
+   YearOf( now() )
+
+Difference between dates
+   SecondsBetween( date(), date() + 1 )
+   MinutesBetween( date(), date() + 1 )
+   HoursBetween( date(), date() + 1 )
+   DaysBetween( date(), date() + 1 )
+   WeeksBetween( date(), date() + 7 )
+   MonthsBetween( date(), date() + 31 )
+   YearsBetween( date(), date() + 366 )
+   DateBetween( date(), date() + 1.11, ['ru'] )
+
+Weeks in year
+   WeeksInYear( now() )
+Days in year
+   DaysInYear( now() )
+Days in month
+   DaysInMonth( now() )
+
+Index number for the date/time
+   MonthOfTheYear( now() )
+   WeekOfTheYear( now() )
+   DayOfTheYear( now() )
+   HourOfTheYear( now() )
+   MinuteOfTheYear( now() )
+   SecondOfTheYear( now() )
+   MilliSecondOfTheYear( now() )
+
+   WeekOfTheMonth( now() )
+   DayOfTheMonth( now() )
+   HourOfTheMonth( now() )
+   MinuteOfTheMonth( now() )
+   SecondOfTheMonth( now() )
+   MilliSecondOfTheMonth( now() )
+
+   DayOfTheWeek( now() )
+   HourOfTheWeek( now() )
+   MinuteOfTheWeek( now() )
+   SecondOfTheWeek( now() )
+   MilliSecondOfTheWeek( now() )
+
+   HourOfTheDay( now() )
+   MinuteOfTheDay( now() )
+   SecondOfTheDay( now() )
+   MilliSecondOfTheDay( now() )
+
+   MinuteOfTheHour( now() )
+   SecondOfTheHour( now() )
+   MilliSecondOfTheHour( now() )
+
+   SecondOfTheMinute( now() )
+   MilliSecondOfTheMinute( now() )
+
+   MilliSecondOfTheSecond( now() )
+
+Compare date
+   SameDateTime( date(), time() )
+   SameDate( date(), date() )
+   SameTime( now(), time() )
+
+Is leap year
+   IsLeapYear( 2012 )
+
+Age of the person by date
+   Age( '01.01.1965', [now()] )
+
+Horoscope
+   Horoscope( '01.01.1965', ['ru'] )
+
+Formatting dates
+   UnixTime( Now() )
+   TimeUnix( '@1111111111' )
+
+   FormatDateTime( 'dd.MM.yyyy hh:mm:ss', now() )
+
+
+The distance between the geographic coordinates in meters
+   VincentyDistance( latitude1, longitude1, latitude2, longitude2 )
+   VincentyDistance( 55.7537, 37.6199, 40.7145, -74.0071 )
+
+Euclidean distance
+   EuclideanDistance( (100, 100), (200, 200) )
+
+
+Check bits
+   isBitSet( 500, 3 )
+Enable bit
+   BitOn( 500, 3 )
+Disable bit
+   BitOff( 508, 3 )
+Invert bit
+   BitToggle( 500, 3 )
+Bitwise "AND"
+   10 and 50
+Bitwise "OR"
+   10 or 50
+Bitwise "XOR"
+   10 xor 50
+Bitwise shift left
+   10 shl 1
+Bitwise shift right
+   10 shr 1
+Negative
+   not True
+
+
+Random number generator
+   Rnd( 100 )
+Random string generator
+   RndP( 12, ['char map'] )
+Random numbers with Gaussian distribution about the mean
+   RandG( mean, stddev )
+Random number from a given range
+   RandomRange( 10, 100 )
+Random picked from the array
+   RandomFrom( ( 1, 2, 3, 4 ) )
+
+
+Beep
+   Beep( freq, duration )
+Plays a sound
+   PlaySound( filename, false [async] )
+Wait n milliseconds ( break ctrl-break )
+   Wait( 5000 )
+Dialog box with a message
+   MsgBox( 'message', 'caption' )
+Start program
+   Exec( 'filename', ['parameters'], ['directory'] )
+
+
+Open com-port
+   handle := OpenComPort( 1 )
+Set baud rate
+   BaudRate( handle, 9600 )
+
+Connect to a TCP/IP
+   handle := TcpClient( 'host / ip', port, [Timeout=1000] )
+
+Write data
+   WriteData( handle, 'data' )
+Read data
+   ReadData( handle, count )
+Read all data
+   ReadAll( handle )
+Close connection
+   Close( handle )
+
+
+Sending messages users registered in the working group
+   NetSend( 'host / ip', 'message' )
+
+Checking the connections TCP/IP
+   Ping( 'host / ip' )
+
+
+Function names correspond to encoding algorithm. _E - encoding, _D - decoding
+   Base64_E( 'string' )
+   Base64_D( 'c3RyaW5n' )
+   Morse_E( 'string', 'eng' ['rus'] )
+   Morse_D( '... - .-. .. -. --.', 'eng' ['rus'] )
+   UUE_E( 'string' )
+   UUE_D( '&<W1R:6YG' )="" +="" XXE_E(="" 'string'="" )="" +="" XXE_D(="" '4QrFmOKtb'="" )="" +="" URL_E(="" 'строка'="" )="" +="" URL_D(="" '%F1%F2%F0%EE%EA%E0'="" )="" +="" +="" StrToHex(="" 'string'="" )="" +="" HexToStr(="" '737472696E67'="" )="" +="" +="" AnsiToUtf8(="" 'строка'="" )="" +="" Utf8ToAnsi(="" 'СЃС‚СЂРѕРєР°'="" )="" +="" +="" AnsiToOem(="" 'строка'="" )="" +="" OemToAnsi(="" 'бва®Є '="" )="" +="" +Function="" names="" correspond="" to="" encryption="" algorithms.="" _E="" -="" encrypt,="" _D="" -="" decrypt="" +="" Blowfish_E(="" 'string',="" 'key'="" )="" +="" Blowfish_D(="" HexToStr(="" 'D6F0DF7489EC'="" ),="" 'key'="" )="" +="" Twofish_E(="" 'string',="" 'key'="" )="" +="" Twofish_D(="" HexToStr(="" '7E9CBE8F9B06'="" ),="" 'key'="" )="" +="" Cast128_E(="" 'string',="" 'key'="" )="" +="" Cast128_D(="" HexToStr(="" '216212CDDE4B'="" ),="" 'key'="" )="" +="" Cast256_E(="" 'string',="" 'key'="" )="" +="" Cast256_D(="" HexToStr(="" '05791D1DAD20'="" ),="" 'key'="" )="" +="" DES_E(="" 'string',="" 'key'="" )="" +="" DES_D(="" HexToStr(="" '6FAE586796A6'="" ),="" 'key'="" )="" +="" DES3_E(="" 'string',="" 'key'="" )="" +="" DES3_D(="" HexToStr(="" '2951EBBAC9FD'="" ),="" 'key'="" )="" +="" Ice_E(="" 'string',="" 'key'="" )="" +="" Ice_D(="" HexToStr(="" '84C91E3A8077'="" ),="" 'key'="" )="" +="" Ice2_E(="" 'string',="" 'key'="" )="" +="" Ice2_D(="" HexToStr(="" 'A328DA587437'="" ),="" 'key'="" )="" +="" ThinIce_E(="" 'string',="" 'key'="" )="" +="" ThinIce_D(="" HexToStr(="" '41A405D7254E'="" ),="" 'key'="" )="" +="" IDEA_E(="" 'string',="" 'key'="" )="" +="" IDEA_D(="" HexToStr(="" 'CA102AED6B57'="" ),="" 'key'="" )="" +="" MARS_E(="" 'string',="" 'key'="" )="" +="" MARS_D(="" HexToStr(="" 'C96B02CCFC78'="" ),="" 'key'="" )="" +="" Misty1_E(="" 'string',="" 'key'="" )="" +="" Misty1_D(="" HexToStr(="" '38ADC95AA8C0'="" ),="" 'key'="" )="" +="" RC2_E(="" 'string',="" 'key'="" )="" +="" RC2_D(="" HexToStr(="" '436053FA3B04'="" ),="" 'key'="" )="" +="" RC4_E(="" 'string',="" 'key'="" )="" +="" RC4_D(="" HexToStr(="" 'A236F9BAFB0A'="" ),="" 'key'="" )="" +="" RC5_E(="" 'string',="" 'key'="" )="" +="" RC5_D(="" HexToStr(="" 'EB9AC33B9AFB'="" ),="" 'key'="" )="" +="" RC6_E(="" 'string',="" 'key'="" )="" +="" RC6_D(="" HexToStr(="" '24A465DE92F2'="" ),="" 'key'="" )="" +="" Rijndael_E(="" 'string',="" 'key'="" )="" +="" Rijndael_D(="" HexToStr(="" '1FF3E7BB38EE'="" ),="" 'key'="" )="" +="" Serpent_E(="" 'string',="" 'key'="" )="" +="" Serpent_D(="" HexToStr(="" '79C40F945083'="" ),="" 'key'="" )="" +="" TEA_E(="" 'string',="" 'key'="" )="" +="" TEA_D(="" HexToStr(="" 'EB2858E82879'="" ),="" 'key'="" )="" +="" XOR_E(="" 'string',="" 'key'="" )="" +="" XOR_D(="" HexToStr(="" '18110B020B1E'="" ),="" 'key'="" )="" +="" +Function="" names="" correspond="" to="" algorithm="" of="" data="" compression.="" _P="" -="" pack,="" _U="" -="" unpack="" +="" RLE_P(="" 'ssssss'="" )="" +="" RLE_U(="" HexToStr(="" '1973'="" )="" )="" +="" Huffman_P(="" 'ssssss'="" )="" +="" Huffman_U(="" HexToStr(="" '06000000E700'="" )="" )="" +="" ArithmeticCoding_P(="" 'ssssss'="" )="" +="" ArithmeticCoding_U(="" HexToStr(="" '8B7E9FE80000'="" )="" )="" +="" LZO_P(="" 'ssssss'="" )="" +="" LZO_U(="" HexToStr(="" '060017737373737373'="" )="" )="" +="" LZW_P(="" 'ssssss'="" )="" +="" LZW_U(="" HexToStr(="" '801CE0503808'="" )="" )="" +="" LZSS_P(="" 'ssssss'="" )="" +="" LZSS_U(="" HexToStr(="" '0173EEF2'="" )="" )="" +="" LZ77_P(="" 'ssssss'="" )="" +="" LZ77_U(="" HexToStr(="" '0600000002730200'="" )="" )="" +="" LZMA_P(="" 'ssssss'="" )="" +="" LZMA_U(="" HexToStr(="" '5D0000400006000000000000000039E97C000000'="" )="" )="" +="" Deflate_P(="" 'ssssss'="" )="" +="" Deflate_U(="" HexToStr(="" '78DA2B2E060100097502B3'="" )="" )="" +="" +Function="" names="" correspond="" to="" hash="" algorithm="" +="" CRC32(="" 'string'="" )="" +="" CRC32B(="" 'string'="" )="" +="" MD2(="" 'string'="" )="" +="" MD4(="" 'string'="" )="" +="" MD5(="" 'string'="" )="" +="" SHA1(="" 'string'="" )="" +="" SHA256(="" 'string'="" )="" +="" SHA384(="" 'string'="" )="" +="" SHA512(="" 'string'="" )="" +="" Haval128(="" 'string'="" )="" +="" Haval160(="" 'string'="" )="" +="" Haval192(="" 'string'="" )="" +="" Haval224(="" 'string'="" )="" +="" Haval256(="" 'string'="" )="" +="" Gost(="" 'string'="" )="" +="" Tiger128(="" 'string'="" )="" +="" Tiger160(="" 'string'="" )="" +="" Tiger192(="" 'string'="" )="" +="" RipeMD128(="" 'string'="" )="" +="" RipeMD160(="" 'string'="" )="" +="" Adler32(="" 'string'="" )="" +="" +="" +Get="" all="" the="" possible="" permutations="" +="" Permutation(="" 'a',="" 'b',="" 'c'="" )="" +Get="" all="" the="" arrangement="" of="" N="" by="" M="" +="" Arrangement(="" 2,="" 'a',="" 'b',="" 'c'="" )="" +Get="" all="" the="" possible="" arrangement="" +="" FullArrangement(="" 'a',="" 'b',="" 'c'="" )="" +Get="" all="" the="" combination="" of="" N="" by="" M="" +="" Combination(="" 2,="" 'a',="" 'b',="" 'c'="" )="" +Get="" all="" the="" possible="" combination="" +="" FullCombination(="" 'a',="" 'b',="" 'c'="" )="" +="" +="" +Copy="" to="" clipboard="" +="" ClipPut(="" 'string'="" )="" +Paste="" from="" clipboard="" +="" ClipGet()="" +="" +="" +Get="" rectangle="" area="" of="" the="" screen="" +="" GetRect()="" +="" +Make="" a="" screenshot="" +="" Screenshot(="" 'screen'="" )="" +="" Screenshot(="" 'area',="" GetRect()="" )="" +="" Screenshot(="" 'window'="" )="" +="" Screenshot(="" 'client'="" )="" +="" +View="" images="" +="" Preview(="" filename="" imagedata="" color="" )="" +Convert="" the="" image="" to="" Windows="" Bitmap="" +="" BMP(="" filename="" imagedata="" )="" +Convert="" the="" image="" to="" JPEG="" +="" JPG(="" filename="" imagedata="" )="" +Convert="" the="" image="" to="" Portable="" network="" graphic="" +="" PNG(="" filename="" imagedata="" )="" +Convert="" the="" image="" to="" Graphics="" interchange="" format="" +="" GIF(="" filename="" imagedata="" )="" +Convert="" the="" image="" to="" Truevision="" +="" TGA(="" filename="" imagedata="" )="" +="" +="" +Font="" selection="" dialog="" +="" FontDialog()="" +="" +Color="" selection="" dialog="" +="" ColorDialog()="" +="" ColorDialog(="" 0x00DEADFF="" )="" +="" +Get="" pixel="" color="" in="" any="" window="" +="" PickColor()="" +="" +Get="" a="" color="" from="" the="" color="" model:="" red,="" green,="" blue="" +="" RGB(="" 255,="" 173,="" 222="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" red,="" green,="" blue="" +="" ColorToRGB(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" hue,="" saturation,="" lightness="" +="" HSL(="" 324.1,="" 360.5,="" 302.6="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" hue,="" saturation,="" lightness="" +="" ColorToHSL(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" win240="" hue,="" saturation,="" lightness="" +="" WinHSL240(="" 216.1,="" 240.5,="" 201.9="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" win240="" hue,="" saturation,="" lightness="" +="" ColorToWinHSL240(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" win255="" hue,="" saturation,="" lightness="" +="" WinHSL255(="" 195.4,="" 255.5,="" 214.5="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" win255="" hue,="" saturation,="" lightness="" +="" ColorToWinHSL255(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" cyan,="" magenta,="" yellow="" +="" CMY(="" 0,="" 82,="" 33="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" cyan,="" magenta,="" yellow="" +="" ColorToCMY(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" cyan,="" magenta,="" yellow,="" black="" +="" CMYK(="" 0,="" 32.2,="" 12.9,="" 0="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" cyan,="" magenta,="" yellow,="" black="" +="" ColorToCMYK(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" luma,="" 2="" chrominance="" +="" YUV(="" 190.5,="" 137.4,="" 160.5="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" luma,="" 2="" chrominance="" +="" ColorToYUV(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" hue,="" saturation,="" value="" +="" HSV(="" 324.1,="" 32.2,="" 100="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" hue,="" saturation,="" value="" +="" ColorToHSV(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" luma,="" in="" phase,="" quadrature="" +="" YIQ(="" 203.1,="" 161.1,="" 160.6="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" luma,="" in="" phase,="" quadrature="" +="" ColorToYIQ(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" luma,="" blue-difference,="" red-difference="" +="" YCbCr(="" 203.1,="" 160.4,="" 137.4="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" luma,="" blue-difference,="" red-difference="" +="" ColorToYCbCr(="" 0x00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" CIE="" XYZ="" +="" XYZ(="" 69.4,="" 56.4,="" 76.3="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" CIE="" XYZ="" +="" ColorToXYZ(="" 0X00DEADFF="" )="" +="" +Get="" a="" color="" from="" the="" color="" model:="" CIE="" LAB="" +="" LAB(="" 79.9,="" 37,="" -12.4="" )="" +Split="" the="" color="" into="" its="" component="" colors:="" CIE="" LAB="" +="" ColorToLAB(="" 0x00DEADFF="" )="" +="" +Compare="" colors="" +="" CompareColors(="" 0x00DEADFF,="" 0x00DEADFE="" )="" +Get="" average="" color="" +="" GetAvgColor(="" 0x00FF0000,="" 0x00000000="" )="" +Get="" color="" with="" transparency="" +="" TransparencyColor(="" color,="" background,="" value="" [0..100]="" )="" +="" TransparencyColor(="" 0x000000FF,="" 0x0000FFFF,="" 20="" )="" +Invert="" color="" +="" InvertColor(="" 0x00DEADFF="" )="" +Gamma-correction="" +="" GammaCorrection(="" 0x00DEADFF,="" 1.5="" )="" +Convert="" to="" gray="" +="" ColorToGray(="" 0x00DEADFF="" )="" +Wavelength="" to="" color,="" [380..780]="" nanometers="" +="" WavelengthToColor(="" 580="" )="" +Frequency="" to="" color,="" [384..788]="" terahertz="" +="" FrequencyToColor(="" 640="" )="" +="" +="" +Set="" color="" input="" output="" format="" +="" 'colorref':="" '0x00DEADFF'="" colorref="" +="" 'html':="" '#FFADDE'="" html="" color="" +="" 'css':="" 'rgb(="" 255,="" 173,="" 222="" )'="" css="" color="" +="" 'delphi':="" '$00DEADFF'="" delphi="" color="" +="" 'bgrdec':="" '(="" 222,="" 173,="" 255="" )'="" bgr="" decimal="" +="" 'bgrnum':="" '14593535'="" bgr="" number="" +="" +="" SetColorFmt(="" 'colorref'="" )="" +="" SetColorFmt(="" 'html="" css="" bgrnum'="" )="" +="" +Get="" color="" input="" output="" format="" +="" GetColorFmt()="" +="" +="" +Directory="" selection="" dialog="" +="" FolderDialog()="" +="" FolderDialog(="" 'C:\'="" )="" +File="" open="" dialog="" +="" OpenDialog()="" +="" OpenDialog(="" 'C:\',="" 'text="" file|*.txt'="" )="" +File="" save="" dialog="" +="" SaveDialog()="" +="" SaveDialog(="" 'C:\',="" 'text="" file|*.txt'="" )="" +Read="" from="" file="" +="" LoadFromFile(="" filename="" )="" +Write="" to="" file.="" mode:="" 'a'="" -="" append,="" 'w'="" -="" rewrite="" +="" SaveToFile(="" data,="" filename,="" mode="" )="" +Correct="" invalid="" characters="" in="" the="" file="" name="" +="" FixFileName(="" filename="" )="" +Copy="" a="" directory="" or="" file="" +="" Copy(="" oldname,="" newname="" )="" +Rename="" a="" directory="" or="" file="" +="" Move(="" oldname,="" newname="" )="" +Remove="" a="" directory="" or="" file="" +="" Remove(="" filename="" )="" +Check="" whether="" a="" particular="" file="" exists="" in="" the="" file="" system="" +="" FileExists(="" filename="" )="" +Check="" whether="" a="" directory="" exists="" in="" the="" file="" system="" +="" DirectoryExists(="" pathname="" )="" +Find="" all="" files="" that="" match="" the="" file="" mask="" +="" FindFile(="" 'c:\',="" '*.*',="" false="" [subfolder]="" )="" +Extract="" the="" path="" from="" a="" filename="" +="" ExtractFilePath(="" filename="" )="" +Extract="" the="" drive="" part="" from="" a="" filename="" +="" ExtractFileDrive(="" filename="" )="" +Extract="" the="" filename="" part="" from="" a="" full="" path="" filename="" +="" ExtractFileName(="" filename="" )="" +Return="" the="" extension="" from="" a="" filename="" +="" ExtractFileExt(="" filename="" )="" +Change="" the="" extension="" of="" a="" filename="" +="" ChangeFileExt(="" filename,="" ext="" )="" +Get="" date="" time="" of="" the="" last="" file="" change="" +="" FileAge(="" filename="" )="" +Return="" the="" current="" working="" directory="" of="" the="" application="" +="" GetCurrentDir()="" +Set="" the="" current="" directory="" of="" the="" application="" +="" SetCurrentDir(="" path="" )="" +Create="" a="" new="" directory="" +="" CreateDir(="" path="" )="" +Create="" a="" chain="" of="" directories="" +="" ForceCreateDir(="" path="" )="" +="" +="" +Conversion="" from="" one="" unit="" of="" measurement="" to="" another="" +="" Convert(="" 1,="" 'kilometers',="" 'meters'="" )="" +="" Convert(="" 0,="" 'kelvin',="" 'celsius'="" )="" +="" Convert(="" 1,="" 'millennia',="" 'years'="" )="" +="" Convert(="" 1,="" 'ukpints',="" 'liters'="" )="" +="" +Distance="" +="" 'Micromicrons',="" 'Angstroms',="" 'Millimicrons',="" 'Microns',="" +="" 'Millimeters',="" 'Centimeters',="" 'Decimeters',="" 'Meters',="" +="" 'Decameters',="" 'Hectometers',="" 'Kilometers',="" 'Megameters',="" +="" 'Gigameters',="" 'Inches',="" 'Feet',="" 'Yards',="" 'LightYears',="" +="" 'NauticalMiles',="" 'AstronomicalUnits',="" 'Points',="" 'Miles',="" +="" 'Parsecs',="" 'Cubits',="" 'Fathoms',="" 'Furlongs',="" 'Chains',="" +="" 'Paces',="" 'Rods',="" 'Links',="" 'Picas',="" 'Hands'="" +="" +Area="" +="" 'SquareMillimeters',="" 'SquareCentimeters',="" 'Ares',="" +="" 'SquareDecimeters',="" 'SquareMeters',="" 'SquareDecameters',="" +="" 'SquareHectometers',="" 'SquareKilometers',="" 'SquareInches',="" +="" 'SquareFeet',="" 'SquareYards',="" 'SquareMiles',="" 'Acres',="" +="" 'Centares',="" 'Hectares',="" 'SquareRods'="" +="" +Volume="" +="" 'CubicMillimeters',="" 'CubicCentimeters',="" 'CubicDecimeters',="" +="" 'CubicMeters',="" 'CubicDecameters',="" 'CubicHectometers',="" +="" 'CubicKilometers',="" 'CubicInches',="" 'CubicFeet',="" 'CubicYards',="" +="" 'CubicMiles',="" 'MilliLiters',="" 'CentiLiters',="" 'DeciLiters',="" +="" 'Liters',="" 'DecaLiters',="" 'HectoLiters',="" 'KiloLiters',="" 'Cords',="" +="" 'AcreFeet',="" 'AcreInches',="" 'CordFeet',="" 'Decisteres',="" 'Steres',="" +="" 'Decasteres',="" 'FluidGallons',="" 'FluidQuarts',="" 'FluidPints',="" +="" 'FluidCups',="" 'FluidGills',="" 'FluidOunces',="" 'FluidTablespoons',="" +="" 'FluidTeaspoons',="" 'DryGallons',="" 'DryQuarts',="" 'DryPints',="" +="" 'DryPecks',="" 'DryBuckets',="" 'DryBushels',="" 'UKGallons',="" 'UKGill',="" +="" 'UKQuarts',="" 'UKPints',="" 'UKOunces',="" 'UKPecks',="" 'UKPottle',="" +="" 'UKBuckets',="" 'UKBushels'="" +="" +Weight="" +="" 'Nanograms',="" 'Micrograms',="" 'Milligrams',="" 'Centigrams',="" 'Grams',="" +="" 'Decigrams',="" 'Decagrams',="" 'Hectograms',="" 'Kilograms',="" 'MetricTons',="" +="" 'Drams',="" 'Grains',="" 'Tons',="" 'LongTons',="" 'Ounces',="" 'Pounds',="" 'Stones'="" +="" +Temperature="" +="" 'Celsius',="" 'Kelvin',="" 'Fahrenheit',="" 'Rankine',="" 'Reaumur'="" +="" +Time="" +="" 'MilliSeconds',="" 'Seconds',="" 'Minutes',="" 'Hours',="" 'Days',="" 'Weeks',="" +="" 'Fortnights',="" 'Months',="" 'Years',="" 'Decades',="" 'Centuries',="" +="" 'Millennia',="" 'DateTime',="" 'JulianDate',="" 'ModifiedJulianDate'="" +="" +="" +Set="" default="" language="" +="" SetDefaultLang(="" 'en'="" ['ru']="" )="" +Get="" default="" language="" +="" GetDefaultLang()="" +="" +Set="" the="" maximum="" loop="" time="" (="" ms="" )="" +="" SetMaxLoopTime(="" 30000="" )="" +Get="" the="" maximum="" loop="" time="" (="" ms="" )="" +="" GetMaxLoopTime()="" +="" +="" +Example="" +="" +Print="" the="" ANSI="" table="" with="" the="" codes="" +="" for(="" i="" :="0," i="" <="" 256,="" inc(="" i="" ),="" echo(="" chr(="" i="" )="" +="" '="" -="" '="" +="" str(="" i="" )="" )="" )="" +="" +Take="" a="" screenshot="" of="" the="" screen="" and="" copy="" to="" clipboard="" +="" ClipPut(="" Screenshot(="" 'area',="" GetRect()="" )="" )="" +="" +="" +Author:="" RinOS="" +https:="" sourceforge.net="" projects="" nppcalc="" <="" pre="">
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