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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 Members:
- Action (admin)
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( 'строка' )
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/