classes-Com-Tecnick-Barcode-Type-Square-Aztec-Data

It appears that you are using AdBlocking software. The cost of running this website is covered by advertisements. If you like it please feel free to a small amount of money to secure the future of this website.
​

Data

in package

Com\Tecnick\Barcode\Type\Square\Aztec\Data

Data for Aztec Barcode type class

Tags
since
2023-10-13
category

Library

author

Nicola Asuni info@tecnick.com

copyright

2023-2023 Nicola Asuni - Tecnick.com LTD

license

http://www.gnu.org/copyleft/lesser.html GNU-LGPL v3 (see LICENSE.TXT)

link
https://github.com/tecnickcom/tc-lib-barcode

Table of Contents

Constants

CHAR_ENC  = [ // MODE_UPPER (initial mode) 0 => [ 32 => 1, // ' ' (SP) 65 => 2, // 'A' 66 => 3, // 'B' 67 => 4, // 'C' 68 => 5, // 'D' 69 => 6, // 'E' 70 => 7, // 'F' 71 => 8, // 'G' 72 => 9, // 'H' 73 => 10, // 'I' 74 => 11, // 'J' 75 => 12, // 'K' 76 => 13, // 'L' 77 => 14, // 'M' 78 => 15, // 'N' 79 => 16, // 'O' 80 => 17, // 'P' 81 => 18, // 'Q' 82 => 19, // 'R' 83 => 20, // 'S' 84 => 21, // 'T' 85 => 22, // 'U' 86 => 23, // 'V' 87 => 24, // 'W' 88 => 25, // 'X' 89 => 26, // 'Y' 90 => 27, ], // MODE_LOWER 1 => [ 32 => 1, // ' ' (SP) 97 => 2, // 'a' 98 => 3, // 'b' 99 => 4, // 'c' 100 => 5, // 'd' 101 => 6, // 'e' 102 => 7, // 'f' 103 => 8, // 'g' 104 => 9, // 'h' 105 => 10, // 'i' 106 => 11, // 'j' 107 => 12, // 'k' 108 => 13, // 'l' 109 => 14, // 'm' 110 => 15, // 'n' 111 => 16, // 'o' 112 => 17, // 'p' 113 => 18, // 'q' 114 => 19, // 'r' 115 => 20, // 's' 116 => 21, // 't' 117 => 22, // 'u' 118 => 23, // 'v' 119 => 24, // 'w' 120 => 25, // 'x' 121 => 26, // 'y' 122 => 27, ], // MODE_DIGIT 2 => [ 32 => 1, // ' ' (SP) 44 => 12, // ',' 46 => 13, // '.' 48 => 2, // '0' 49 => 3, // '1' 50 => 4, // '2' 51 => 5, // '3' 52 => 6, // '4' 53 => 7, // '5' 54 => 8, // '6' 55 => 9, // '7' 56 => 10, // '8' 57 => 11, ], // MODE_MIXED 3 => [ 1 => 2, // '^A' (SOH) 2 => 3, // '^B' (STX) 3 => 4, // '^C' (ETX) 4 => 5, // '^D' (EOT) 5 => 6, // '^E' (ENQ) 6 => 7, // '^F' (ACK) 7 => 8, // '^G' (BEL) 8 => 9, // '^H' (BS) 9 => 10, // '^I' (HT) 10 => 11, // '^J' (LF) 11 => 12, // '^K' (VT) 12 => 13, // '^L' (FF) 13 => 14, // '^M' (CR) 27 => 15, // '^[' (ESC) 28 => 16, // '^\' (FS) 29 => 17, // '^]' (GS) 30 => 18, // '^^' (RS) 31 => 19, // '^_' (US) 64 => 20, // '@' 92 => 21, // '\' 94 => 22, // '^' 95 => 23, // '_' 96 => 24, // '`' 124 => 25, // '|' 126 => 26, // '~' 127 => 27, ], // MODE_PUNCT 4 => [ 13 => 1, // '\r' (CR) 33 => 6, // '!' 34 => 7, // '"' 35 => 8, // '#' 36 => 9, // '$' 37 => 10, // '%' 38 => 11, // '&' 39 => 12, // ''' 40 => 13, // '(' 41 => 14, // ')' 42 => 15, // '*' 43 => 16, // '+' 44 => 17, // ',' 45 => 18, // '-' 46 => 19, // '.' 47 => 20, // '/' 58 => 21, // ':' 59 => 22, // ';' 60 => 23, // '<' 61 => 24, // '=' 62 => 25, // '>' 63 => 26, // '?' 91 => 27, // '[' 93 => 28, // ']' 123 => 29, // '{' 125 => 30, ], // MODE_BINARY (all 8-bit values are valid) 5 => [], ]
Code character encoding for each mode.
CHAR_MODES  = [ 1 => 3, // '^A' (SOH) 2 => 3, // '^B' (STX) 3 => 3, // '^C' (ETX) 4 => 3, // '^D' (EOT) 5 => 3, // '^E' (ENQ) 6 => 3, // '^F' (ACK) 7 => 3, // '^G' (BEL) 8 => 3, // '^H' (BS) 9 => 3, // '^I' (HT) 10 => 3, // '^J' (LF) 11 => 3, // '^K' (VT) 12 => 3, // '^L' (FF) 13 => 3, // '^M' (CR) [3,4] 27 => 3, // '^[' (ESC) 28 => 3, // '^\' (FS) 29 => 3, // '^]' (GS) 30 => 3, // '^^' (RS) 31 => 3, // '^_' (US) 32 => 0, // ' ' [0,1,2] 33 => 4, // '!' 34 => 4, // '"' 35 => 4, // '#' 36 => 4, // '$' 37 => 4, // '%' 38 => 4, // '&' 39 => 4, // ''' 40 => 4, // '(' 41 => 4, // ')' 42 => 4, // '*' 43 => 4, // '+'f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`' 97 => 1, // 'a' 98 => 1, // 'b' 99 => 1, // 'c' 100 => 1, // 'd' 101 => 1, // 'e' 102 => 1, // 'f' 103 => 1, // 'g' 104 => 1, // 'h' 105 => 1, // 'i' 106 => 1, // 'j' 107 => 1, // 'k' 108 => 1, // 'l' 109 => 1, // 'm' 110 => 1, // 'n' 111 => 1, // 'o' 112 => 1, // 'p' 113 => 1, // 'q' 114 => 1, // 'r' 115 => 1, // 's' 116 => 1, // 't' 117 => 1, // 'u' 118 => 1, // 'v' 119 => 1, // 'w' 120 => 1, // 'x' 121 => 1, // 'y' 122 => 1, // 'z' 123 => 4, // '{' 124 => 3, // '|' 125 => 4, // '}' 126 => 3, // '~' 127 => 3, ]
Map character ASCII codes to their non-binary mode.
ECI  = [ 0 => 'FNC1', // Function 1 character 2 => 'Cp437', // Code page 437 3 => 'ISO-8859-1', // ISO/IEC 8859-1 - Latin-1 (Default encoding) 4 => 'ISO-8859-2', // ISO/IEC 8859-2 - Latin-2 5 => 'ISO-8859-3', // ISO/IEC 8859-3 - Latin-3 6 => 'ISO-8859-4', // ISO/IEC 8859-4 - Latin-4 7 => 'ISO-8859-5', // ISO/IEC 8859-5 - Latin/Cyrillic 8 => 'ISO-8859-6', // ISO/IEC 8859-6 - Latin/Arabic 9 => 'ISO-8859-7', // ISO/IEC 8859-7 - Latin/Greek 10 => 'ISO-8859-8', // ISO/IEC 8859-8 - Latin/Hebrew 11 => 'ISO-8859-9', // ISO/IEC 8859-9 - Latin-5 12 => 'ISO-8859-10', // ISO/IEC 8859-10 - Latin-6 13 => 'ISO-8859-11', // ISO/IEC 8859-11 - Latin/Thai 15 => 'ISO-8859-13', // ISO/IEC 8859-13 - Latin-7 16 => 'ISO-8859-14', // ISO/IEC 8859-14 - Latin-8 (Celtic) 17 => 'ISO-8859-15', // ISO/IEC 8859-15 - Latin-9 18 => 'ISO-8859-16', // ISO/IEC 8859-16 - Latin-10 20 => 'Shift JIS', // 21 => 'Cp1250', // Windows-1250 - Superset of Latin-2 22 => 'Cp1251', // Windows-1251 - Latin/Cyrillic 23 => 'Cp1252', // Windows-1252 - Superset of Latin-1 24 => 'Cp1256', // Windows-1256 - Arabic 25 => 'UTF-16BE', // UnicodeBig, UnicodeBigUnmarked 26 => 'UTF-8', // 27 => 'US-ASCII', // 28 => 'Big5', // 29 => 'GB18030', // GB2312, EUC_CN, GBK 30 => 'EUC-KR', ]
Extended Channel Interpretation (ECI) codes.
LATCH_MAP  = [ // MODE_UPPER 0 => [ 1 => [[5, 28]], // -> LOWER 2 => [[5, 30]], // -> DIGIT 3 => [[5, 29]], // -> MIXED 4 => [[5, 29], [5, 30]], ], // MODE_LOWER 1 => [ 0 => [[5, 30], [4, 14]], // -> DIGIT -> UPPER 2 => [[5, 30]], // -> DIGIT 3 => [[5, 29]], // -> MIXED 4 => [[5, 29], [5, 30]], ], // MODE_DIGIT 2 => [ 0 => [[4, 14]], // -> UPPER 1 => [[4, 14], [5, 28]], // -> UPPER -> LOWER 3 => [[4, 14], [5, 29]], // -> UPPER -> MIXED 4 => [[4, 14], [5, 29], [5, 30]], ], // MODE_MIXED 3 => [ 0 => [[5, 29]], // -> UPPER 1 => [[5, 28]], // -> LOWER 2 => [[5, 29], [5, 30]], // -> UPPER -> DIGIT 4 => [[5, 30]], ], // MODE_PUNCT 4 => [ 0 => [[5, 31]], // -> UPPER 1 => [[5, 31], [5, 28]], // -> UPPER -> LOWER 2 => [[5, 31], [5, 30]], // -> UPPER -> DIGIT 3 => [[5, 31], [5, 29]], ], ]
Latch map for changing character encoding mode.
MODE_BINARY  = 5
Code character encoding mode for binary.
MODE_BITS  = [ 5, // 0 = MODE_UPPER 5, // 1 = MODE_LOWER 4, // 2 = MODE_DIGIT 5, // 3 = MODE_MIXED 5, // 4 = MODE_PUNCT 8, ]
Number of bits for each character encoding mode.
MODE_DIGIT  = 2
Code character encoding mode for digits.
MODE_LOWER  = 1
Code character encoding mode for lowercase letters.
MODE_MIXED  = 3
Code character encoding mode for mixed cases.
MODE_PUNCT  = 4
Code character encoding mode for punctuation.
MODE_UPPER  = 0
Code character encoding mode for uppercase letters.
SHIFT_MAP  = [ // MODE_UPPER 0 => [ 1 => [], 2 => [], 3 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_LOWER 1 => [ 0 => [[5, 28]], // -> UPPER 2 => [], 3 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_DIGIT 2 => [ 0 => [[4, 15]], // -> UPPER 1 => [], 3 => [], 4 => [[4, 0]], // -> PUNCT 5 => [[4, 14], [5, 31]], ], // MODE_MIXED 3 => [ 0 => [], 1 => [], 2 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_PUNCT 4 => [0 => [], 1 => [], 2 => [], 3 => [], 5 => [[5, 31], [5, 31]]], ]
Shift map for changing character encoding mode.
SIZE_COMPACT  = [1 => [15, 17, 6, 102, 13, 12, 6], 2 => [19, 40, 6, 240, 40, 33, 19], 3 => [23, 51, 8, 408, 70, 57, 33], 4 => [27, 76, 8, 608, 110, 89, 53]]
Size and capacities of Aztec Compact Code symbols by number of layers.
SIZE_FULL  = [1 => [19, 21, 6, 126, 18, 15, 8], 2 => [23, 48, 6, 288, 49, 40, 24], 3 => [27, 60, 8, 480, 84, 68, 40], 4 => [31, 88, 8, 704, 128, 104, 62], 5 => [37, 120, 8, 960, 178, 144, 87], 6 => [41, 156, 8, 1248, 232, 187, 114], 7 => [45, 196, 8, 1568, 294, 236, 145], 8 => [49, 240, 8, 1920, 362, 291, 179], 9 => [53, 230, 10, 2300, 433, 348, 214], 10 => [57, 272, 10, 2720, 516, 414, 256], 11 => [61, 316, 10, 3160, 601, 482, 298], 12 => [67, 364, 10, 3640, 691, 554, 343], 13 => [71, 416, 10, 4160, 793, 636, 394], 14 => [75, 470, 10, 4700, 896, 718, 446], 15 => [79, 528, 10, 5280, 1008, 808, 502], 16 => [83, 588, 10, 5880, 1123, 900, 559], 17 => [87, 652, 10, 6520, 1246, 998, 621], 18 => [91, 720, 10, 7200, 1378, 1104, 687], 19 => [95, 790, 10, 7900, 1511, 1210, 753], 20 => [101, 864, 10, 8640, 1653, 1324, 824], 21 => [105, 940, 10, 9400, 1801, 1442, 898], 22 => [109, 1020, 10, 10200, 1956, 1566, 976], 23 => [113, 920, 12, 11040, 2116, 1694, 1056], 24 => [117, 992, 12, 11904, 2281, 1826, 1138], 25 => [121, 1066, 12, 12792, 2452, 1963, 1224], 26 => [125, 1144, 12, 13728, 2632, 2107, 1314], 27 => [131, 1224, 12, 14688, 2818, 2256, 1407], 28 => [135, 1306, 12, 15672, 3007, 2407, 1501], 29 => [139, 1392, 12, 16704, 3205, 2565, 1600], 30 => [143, 1480, 12, 17760, 3409, 2728, 1702], 31 => [147, 1570, 12, 18840, 3616, 2894, 1806], 32 => [151, 1664, 12, 19968, 3832, 3067, 1914]]
Size and capacities of Aztec Full-range Code symbols by number of layers.

Constants

CHAR_ENC

Code character encoding for each mode.

public array<int, array<int, int>> CHAR_ENC = [ // MODE_UPPER (initial mode) 0 => [ 32 => 1, // ' ' (SP) 65 => 2, // 'A' 66 => 3, // 'B' 67 => 4, // 'C' 68 => 5, // 'D' 69 => 6, // 'E' 70 => 7, // 'F' 71 => 8, // 'G' 72 => 9, // 'H' 73 => 10, // 'I' 74 => 11, // 'J' 75 => 12, // 'K' 76 => 13, // 'L' 77 => 14, // 'M' 78 => 15, // 'N' 79 => 16, // 'O' 80 => 17, // 'P' 81 => 18, // 'Q' 82 => 19, // 'R' 83 => 20, // 'S' 84 => 21, // 'T' 85 => 22, // 'U' 86 => 23, // 'V' 87 => 24, // 'W' 88 => 25, // 'X' 89 => 26, // 'Y' 90 => 27, ], // MODE_LOWER 1 => [ 32 => 1, // ' ' (SP) 97 => 2, // 'a' 98 => 3, // 'b' 99 => 4, // 'c' 100 => 5, // 'd' 101 => 6, // 'e' 102 => 7, // 'f' 103 => 8, // 'g' 104 => 9, // 'h' 105 => 10, // 'i' 106 => 11, // 'j' 107 => 12, // 'k' 108 => 13, // 'l' 109 => 14, // 'm' 110 => 15, // 'n' 111 => 16, // 'o' 112 => 17, // 'p' 113 => 18, // 'q' 114 => 19, // 'r' 115 => 20, // 's' 116 => 21, // 't' 117 => 22, // 'u' 118 => 23, // 'v' 119 => 24, // 'w' 120 => 25, // 'x' 121 => 26, // 'y' 122 => 27, ], // MODE_DIGIT 2 => [ 32 => 1, // ' ' (SP) 44 => 12, // ',' 46 => 13, // '.' 48 => 2, // '0' 49 => 3, // '1' 50 => 4, // '2' 51 => 5, // '3' 52 => 6, // '4' 53 => 7, // '5' 54 => 8, // '6' 55 => 9, // '7' 56 => 10, // '8' 57 => 11, ], // MODE_MIXED 3 => [ 1 => 2, // '^A' (SOH) 2 => 3, // '^B' (STX) 3 => 4, // '^C' (ETX) 4 => 5, // '^D' (EOT) 5 => 6, // '^E' (ENQ) 6 => 7, // '^F' (ACK) 7 => 8, // '^G' (BEL) 8 => 9, // '^H' (BS) 9 => 10, // '^I' (HT) 10 => 11, // '^J' (LF) 11 => 12, // '^K' (VT) 12 => 13, // '^L' (FF) 13 => 14, // '^M' (CR) 27 => 15, // '^[' (ESC) 28 => 16, // '^\' (FS) 29 => 17, // '^]' (GS) 30 => 18, // '^^' (RS) 31 => 19, // '^_' (US) 64 => 20, // '@' 92 => 21, // '\' 94 => 22, // '^' 95 => 23, // '_' 96 => 24, // '`' 124 => 25, // '|' 126 => 26, // '~' 127 => 27, ], // MODE_PUNCT 4 => [ 13 => 1, // '\r' (CR) 33 => 6, // '!' 34 => 7, // '"' 35 => 8, // '#' 36 => 9, // '$' 37 => 10, // '%' 38 => 11, // '&' 39 => 12, // ''' 40 => 13, // '(' 41 => 14, // ')' 42 => 15, // '*' 43 => 16, // '+' 44 => 17, // ',' 45 => 18, // '-' 46 => 19, // '.' 47 => 20, // '/' 58 => 21, // ':' 59 => 22, // ';' 60 => 23, // '<' 61 => 24, // '=' 62 => 25, // '>' 63 => 26, // '?' 91 => 27, // '[' 93 => 28, // ']' 123 => 29, // '{' 125 => 30, ], // MODE_BINARY (all 8-bit values are valid) 5 => [], ]

CHAR_MODES

Map character ASCII codes to their non-binary mode.

public array<int, int> CHAR_MODES = [ 1 => 3, // '^A' (SOH) 2 => 3, // '^B' (STX) 3 => 3, // '^C' (ETX) 4 => 3, // '^D' (EOT) 5 => 3, // '^E' (ENQ) 6 => 3, // '^F' (ACK) 7 => 3, // '^G' (BEL) 8 => 3, // '^H' (BS) 9 => 3, // '^I' (HT) 10 => 3, // '^J' (LF) 11 => 3, // '^K' (VT) 12 => 3, // '^L' (FF) 13 => 3, // '^M' (CR) [3,4] 27 => 3, // '^[' (ESC) 28 => 3, // '^\' (FS) 29 => 3, // '^]' (GS) 30 => 3, // '^^' (RS) 31 => 3, // '^_' (US) 32 => 0, // ' ' [0,1,2] 33 => 4, // '!' 34 => 4, // '"' 35 => 4, // '#' 36 => 4, // '$' 37 => 4, // '%' 38 => 4, // '&' 39 => 4, // ''' 40 => 4, // '(' 41 => 4, // ')' 42 => 4, // '*' 43 => 4, // '+'f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`' 97 => 1, // 'a' 98 => 1, // 'b' 99 => 1, // 'c' 100 => 1, // 'd' 101 => 1, // 'e' 102 => 1, // 'f' 103 => 1, // 'g' 104 => 1, // 'h' 105 => 1, // 'i' 106 => 1, // 'j' 107 => 1, // 'k' 108 => 1, // 'l' 109 => 1, // 'm' 110 => 1, // 'n' 111 => 1, // 'o' 112 => 1, // 'p' 113 => 1, // 'q' 114 => 1, // 'r' 115 => 1, // 's' 116 => 1, // 't' 117 => 1, // 'u' 118 => 1, // 'v' 119 => 1, // 'w' 120 => 1, // 'x' 121 => 1, // 'y' 122 => 1, // 'z' 123 => 4, // '{' 124 => 3, // '|' 125 => 4, // '}' 126 => 3, // '~' 127 => 3, ]

Exceptions are:

  • the space ' ' character (32) that maps for modes 0,1,2.
  • the carriage return '\r' character (13) that maps for modes 3,4.
  • the comma ',' and dot '.' characters (44,46) that map for modes 2,4.

ECI

Extended Channel Interpretation (ECI) codes.

public array<int, string> ECI = [ 0 => 'FNC1', // Function 1 character 2 => 'Cp437', // Code page 437 3 => 'ISO-8859-1', // ISO/IEC 8859-1 - Latin-1 (Default encoding) 4 => 'ISO-8859-2', // ISO/IEC 8859-2 - Latin-2 5 => 'ISO-8859-3', // ISO/IEC 8859-3 - Latin-3 6 => 'ISO-8859-4', // ISO/IEC 8859-4 - Latin-4 7 => 'ISO-8859-5', // ISO/IEC 8859-5 - Latin/Cyrillic 8 => 'ISO-8859-6', // ISO/IEC 8859-6 - Latin/Arabic 9 => 'ISO-8859-7', // ISO/IEC 8859-7 - Latin/Greek 10 => 'ISO-8859-8', // ISO/IEC 8859-8 - Latin/Hebrew 11 => 'ISO-8859-9', // ISO/IEC 8859-9 - Latin-5 12 => 'ISO-8859-10', // ISO/IEC 8859-10 - Latin-6 13 => 'ISO-8859-11', // ISO/IEC 8859-11 - Latin/Thai 15 => 'ISO-8859-13', // ISO/IEC 8859-13 - Latin-7 16 => 'ISO-8859-14', // ISO/IEC 8859-14 - Latin-8 (Celtic) 17 => 'ISO-8859-15', // ISO/IEC 8859-15 - Latin-9 18 => 'ISO-8859-16', // ISO/IEC 8859-16 - Latin-10 20 => 'Shift JIS', // 21 => 'Cp1250', // Windows-1250 - Superset of Latin-2 22 => 'Cp1251', // Windows-1251 - Latin/Cyrillic 23 => 'Cp1252', // Windows-1252 - Superset of Latin-1 24 => 'Cp1256', // Windows-1256 - Arabic 25 => 'UTF-16BE', // UnicodeBig, UnicodeBigUnmarked 26 => 'UTF-8', // 27 => 'US-ASCII', // 28 => 'Big5', // 29 => 'GB18030', // GB2312, EUC_CN, GBK 30 => 'EUC-KR', ]

LATCH_MAP

Latch map for changing character encoding mode.

public array<int, array<int, array<string|int, array{: int, : int}>>> LATCH_MAP = [ // MODE_UPPER 0 => [ 1 => [[5, 28]], // -> LOWER 2 => [[5, 30]], // -> DIGIT 3 => [[5, 29]], // -> MIXED 4 => [[5, 29], [5, 30]], ], // MODE_LOWER 1 => [ 0 => [[5, 30], [4, 14]], // -> DIGIT -> UPPER 2 => [[5, 30]], // -> DIGIT 3 => [[5, 29]], // -> MIXED 4 => [[5, 29], [5, 30]], ], // MODE_DIGIT 2 => [ 0 => [[4, 14]], // -> UPPER 1 => [[4, 14], [5, 28]], // -> UPPER -> LOWER 3 => [[4, 14], [5, 29]], // -> UPPER -> MIXED 4 => [[4, 14], [5, 29], [5, 30]], ], // MODE_MIXED 3 => [ 0 => [[5, 29]], // -> UPPER 1 => [[5, 28]], // -> LOWER 2 => [[5, 29], [5, 30]], // -> UPPER -> DIGIT 4 => [[5, 30]], ], // MODE_PUNCT 4 => [ 0 => [[5, 31]], // -> UPPER 1 => [[5, 31], [5, 28]], // -> UPPER -> LOWER 2 => [[5, 31], [5, 30]], // -> UPPER -> DIGIT 3 => [[5, 31], [5, 29]], ], ]

Numbers represent: [number of bits to change, latch code value].

MODE_BINARY

Code character encoding mode for binary.

public int MODE_BINARY = 5

MODE_BITS

Number of bits for each character encoding mode.

public array<string|int, int> MODE_BITS = [ 5, // 0 = MODE_UPPER 5, // 1 = MODE_LOWER 4, // 2 = MODE_DIGIT 5, // 3 = MODE_MIXED 5, // 4 = MODE_PUNCT 8, ]

MODE_DIGIT

Code character encoding mode for digits.

public int MODE_DIGIT = 2

MODE_LOWER

Code character encoding mode for lowercase letters.

public int MODE_LOWER = 1

MODE_MIXED

Code character encoding mode for mixed cases.

public int MODE_MIXED = 3

MODE_PUNCT

Code character encoding mode for punctuation.

public int MODE_PUNCT = 4

MODE_UPPER

Code character encoding mode for uppercase letters.

public int MODE_UPPER = 0

SHIFT_MAP

Shift map for changing character encoding mode.

public array<int, array<int, array<string|int, array{: int, : int}>>> SHIFT_MAP = [ // MODE_UPPER 0 => [ 1 => [], 2 => [], 3 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_LOWER 1 => [ 0 => [[5, 28]], // -> UPPER 2 => [], 3 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_DIGIT 2 => [ 0 => [[4, 15]], // -> UPPER 1 => [], 3 => [], 4 => [[4, 0]], // -> PUNCT 5 => [[4, 14], [5, 31]], ], // MODE_MIXED 3 => [ 0 => [], 1 => [], 2 => [], 4 => [[5, 0]], // -> PUNCT 5 => [[5, 31]], ], // MODE_PUNCT 4 => [0 => [], 1 => [], 2 => [], 3 => [], 5 => [[5, 31], [5, 31]]], ]

Numbers represent: [number of bits to change, shift code value].

SIZE_COMPACT

Size and capacities of Aztec Compact Code symbols by number of layers.

public array<int, array{: int, : int, : int, : int, : int, : int, : int}> SIZE_COMPACT = [1 => [15, 17, 6, 102, 13, 12, 6], 2 => [19, 40, 6, 240, 40, 33, 19], 3 => [23, 51, 8, 408, 70, 57, 33], 4 => [27, 76, 8, 608, 110, 89, 53]]

The array entries are:

  • 0: symbol x size;
  • 1: codeword count;
  • 2: codeword size;
  • 3: symbol bit capacity;
  • 4: symbol data digits capacity;
  • 5: symbol data text capacity;
  • 6: symbol data bytes capacity.

SIZE_FULL

Size and capacities of Aztec Full-range Code symbols by number of layers.

public array<int, array{: int, : int, : int, : int, : int, : int, : int}> SIZE_FULL = [1 => [19, 21, 6, 126, 18, 15, 8], 2 => [23, 48, 6, 288, 49, 40, 24], 3 => [27, 60, 8, 480, 84, 68, 40], 4 => [31, 88, 8, 704, 128, 104, 62], 5 => [37, 120, 8, 960, 178, 144, 87], 6 => [41, 156, 8, 1248, 232, 187, 114], 7 => [45, 196, 8, 1568, 294, 236, 145], 8 => [49, 240, 8, 1920, 362, 291, 179], 9 => [53, 230, 10, 2300, 433, 348, 214], 10 => [57, 272, 10, 2720, 516, 414, 256], 11 => [61, 316, 10, 3160, 601, 482, 298], 12 => [67, 364, 10, 3640, 691, 554, 343], 13 => [71, 416, 10, 4160, 793, 636, 394], 14 => [75, 470, 10, 4700, 896, 718, 446], 15 => [79, 528, 10, 5280, 1008, 808, 502], 16 => [83, 588, 10, 5880, 1123, 900, 559], 17 => [87, 652, 10, 6520, 1246, 998, 621], 18 => [91, 720, 10, 7200, 1378, 1104, 687], 19 => [95, 790, 10, 7900, 1511, 1210, 753], 20 => [101, 864, 10, 8640, 1653, 1324, 824], 21 => [105, 940, 10, 9400, 1801, 1442, 898], 22 => [109, 1020, 10, 10200, 1956, 1566, 976], 23 => [113, 920, 12, 11040, 2116, 1694, 1056], 24 => [117, 992, 12, 11904, 2281, 1826, 1138], 25 => [121, 1066, 12, 12792, 2452, 1963, 1224], 26 => [125, 1144, 12, 13728, 2632, 2107, 1314], 27 => [131, 1224, 12, 14688, 2818, 2256, 1407], 28 => [135, 1306, 12, 15672, 3007, 2407, 1501], 29 => [139, 1392, 12, 16704, 3205, 2565, 1600], 30 => [143, 1480, 12, 17760, 3409, 2728, 1702], 31 => [147, 1570, 12, 18840, 3616, 2894, 1806], 32 => [151, 1664, 12, 19968, 3832, 3067, 1914]]

The array entries are:

  • 0: symbol x size;
  • 1: codeword count;
  • 2: codeword size;
  • 3: symbol bit capacity;
  • 4: symbol data digits capacity;
  • 5: symbol data text capacity;
  • 6: symbol data bytes capacity.










On this page











​







 








​















© 2004-2024 –
Nicola Asuni - Tecnick.com - All rights
reserved.


about - disclaimer -
privacy