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Free Hexadecimal & Decimal Codes HTML

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Free Hexadecimal & Decimal Codes HTML

Free Hexadecimal & Decimal Codes HTML. Projection of primary color lights on a screen shows secondary colors where two overlap; the combination of all three of red, green, and blue in appropriate intensities makes white.

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Free Hexadecimal & Decimal Codes HTML.

Free Hexadecimal & Decimal Codes HTML.
Projection of primary color lights on a screen shows secondary colors where two overlap; the combination of all three of red, green, and blue in appropriate intensities makes white.

The RGB color model is an additive color model in which red, green, and blue light are added together in various ways to reproduce a broad array of colors. The name of the model comes from the initials of the three additive primary colors, red, green, and blue.

The main purpose of the RGB color model is for the sensing, representation, and display of images in electronic systems, such as televisions and computers, though it has also been used in conventional photography. Before the electronic age, theRGB color model already had a solid theory behind it, based in human perception of colors.



FREE COLOR CODES

OFM-TV has developed a new hexadecimal HTML codes you can use for your OFM-TV page and all Webmasters or Social Network can also use it. This codes has been developed to advance the kingdom work. Please you can post your comments or messages in our GUEST BOOK.
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0hex = 0dec = 0oct 0 0 0 0
1hex = 1dec = 1oct 0 0 0 1
2hex = 2dec = 2oct 0 0 1 0
3hex = 3dec = 3oct 0 0 1 1
4hex = 4dec = 4oct 0 1 0 0
5hex = 5dec = 5oct 0 1 0 1
6hex = 6dec = 6oct 0 1 1 0
7hex = 7dec = 7oct 0 1 1 1
8hex = 8dec = 10oct 1 0 0 0
9hex = 9dec = 11oct 1 0 0 1
Ahex = 10dec = 12oct 1 0 1 0
Bhex = 11dec = 13oct 1 0 1 1
Chex = 12dec = 14oct 1 1 0 0
Dhex = 13dec = 15oct 1 1 0 1
Ehex = 14dec = 16oct 1 1 1 0
Fhex = 15dec = 17oct 1 1 1 1

In digital computing, hexadecimal is primarily used to represent bytes. Attempts to represent the 256 possible byte values by other means have led to problems. Directly representing each possible byte value with a single character representation runs into unprintable control characters in the ASCII character set. Even if a standard set of printable characters were devised for every byte value, neither users nor input hardware are equipped to handle 256 unique characters. Most hex editing software displays each byte as a single character, but unprintable characters are usually substituted with a period or blank.

 Representing hexadecimal


In situations where there is no context, a hexadecimal number might be ambiguous and confused with numbers expressed in other bases. There are several conventions for unambiguously expressing values. In mathematics, a subscript (itself written in decimal) is often used on each number explicitly giving the base: 15910 is decimal 159; 15916 is hexadecimal 159 which is equal to 34510. Some authors prefer a text subscript, such as 159decimal and 159hex.

In linear text systems, such as those used in most computer programming environments, a variety of methods have arisen:


  • In URLs, character codes are written as hexadecimal pairs prefixed with %: http://www.example.com/name%20with%20spaces where %20 is the space (blank) character, code 20 hex, or 32 decimal.
  • In XML and XHTML, characters can be expressed as hexadecimal using the notation . Color references are expressed in hex prefixed with #: #FFFFFF which gives white.

  • *nix (UNIX and related) shells, and likewise the C programming language, which was designed for UNIX (and the syntactical descendants of C use the prefix 0x: 0x5A3 for numeric constants. Character and string constants may express character codes in hexadecimal with the prefix \x followed by two hex digits: '\x1B' (specifies the Esc control character), "\x1B[0m\x1B[25;1H" is a string containing 11 characters (not including an implied trailing NUL).To output a value as hexadecimal with the printf function family, the format conversion code %X or %x is used.

  • In the Unicode standard, a character value is represented with U+ followed by the hex value: U+20AC is the Euro sign (€).
  • In MIME (e-mail extensions) quoted-printable encoding, characters that cannot be represented as literal ASCII characters are represented by their codes as two hexadecimal digits (in ASCII) prefixed by an equal to sign =, as in Espa=F1a to send "España" (Spain). (Hexadecimal F1, equal to decimal 241, is the code number for the lower case n with tilda in the ISO/IEC 8859-1 character set.)

  • In Intel-derived assembly languages, hexadecimal is indicated with a suffixed H or h: FFh or 05A3H. Some implementations require a leading zero when the first hexadecimal digit character is not a decimal digit: 0FFh
  • Other assembly languages (6502, AT&T, Motorola), Pascal, Delphi, some versions of BASIC (Commodore) and Forth use $ as a prefix: $5A3.

  • Some assembly languages (Microchip) use the notation H'ABCD' (for ABCD16).
  • Ada and VHDL enclose hexadecimal numerals in based "numeric quotes": 16#5A3#
  • Verilog represents hexadecimal constants in the form 8'hFF, where 8 is the number of bits in the value and FF is the hexadecimal constant.

  • Modula 2 and some other languages use # as a prefix: #05A3
  • The Smalltalk programming language uses the prefix 16r: 16r5A3
  • Postscript indicates hex with prefix 16#: 16#5A3. Binary data (such as image pixels) can be expressed as unprefixed consecutive hexadecimal pairs: AA213FD51B3801043FBC...

  • Common Lisp use the prefixes #x and #16r.
  • QuickBASIC, FreeBASIC and Visual Basic prefix hexadecimal numbers with &H: &H5A3

  • BBC BASIC and Locomotive BASIC use & for hex.
  • TI-89 and 92 series uses a 0h prefix: 0h5A3

  • Notations such as X'5A3' are sometimes seen, such as in PL/I. This is the most common format for hexadecimal on IBM mainframes (zSeries) and midrange computers (iSeries) running traditional OS's (zOS, zVSE, zVM, TPF, OS/400), and is used in Assembler, PL/1, Cobol, JCL, scripts, commands and other places. This format was common on other (and now obsolete) IBM systems as well.
  • Donald Knuth introduced the use of a particular typeface to represent a particular radix in his book The TeXbook. There, hexadecimal representations are written in a typewriter typeface: 5A3

The choice of the letters A through F to represent the digits above nine was not universal in the early history of computers. During the 1950s, some installations favored using the digits 0 through 5 with a macron character ("¯") to indicate the values 10-15. Users of Bendix G-15 computers used the letters U through Z. Bruce A. Martin of Brookhaven National Laboratory considered the choice of A-F "ridiculous" and in 1968 proposed in a letter to the editor of the ACM an entirely new set of symbols based on the bit locations, which did not gain
much acceptance.


 Verbal and digital representations

Not only are there no digits to represent the quantities from ten to fifteen—so letters are used as a substitute—but most Western European languages also lack a nomenclature to name hexadecimal numbers. "Thirteen" and "fourteen" are decimal-based, and even though English has names for several non-decimal powers: pair for the first binary power; score for the first vigesimal power; dozen, gross, and great gross for the first three duodecimal powers. However, no English name describes the hexadecimal powers (corresponding to the decimal values 16, 256, 4096, 65536, ...). Some people read hexadecimal numbers digit by digit like a phone number: 4DA is "four-dee-eh". However, the letter 'A' sounds similar to eight, 'C' sounds similar to three, and 'D' can easily be mistaken for the 'ty' suffix: Is it 4D or forty? Other people avoid confusion by using the NATO phonetic alphabet: 4DA is "four-delta-alpha". Similarly, some use the Joint Army/Navy Phonetic Alphabet ("four-dog-able"), or a similar ad hoc system.



Since four squared is sixteen, powers of four have an even easier relation:





4x value
40 1
41 4
42 10hex
43 40hex
44 100hex
45 400hex
46 1000hex
47 4000hex
48 10000hex

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OFM-TV has developed a new hexadecimal HTML codes you can use for your OFM-TV page and all Webmasters or Social Network can also use it. This codes has been developed to advance the kingdom work. Please you can post your comment or messages in our guest book.
Please CLICK HERE !

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