diff --git a/barcode-cards/aztec-family/_index.md b/barcode-cards/aztec-family/_index.md index 55b58954..3f58bb40 100644 --- a/barcode-cards/aztec-family/_index.md +++ b/barcode-cards/aztec-family/_index.md @@ -24,7 +24,7 @@ Aztec Code was developed in 1995 by Andrew Longacre and Robert Hussey at Welch A

-{{% alert color="primary" %}}You can find the detailed description of classes and properties that are used in ***Aspose.BarCode for .NET*** for QR Code generation and recognition: +{{% alert color="primary" %}}You can find the detailed description of classes and properties that are used in ***Aspose.BarCode for .NET*** for Aztec Code generation and recognition: - [**Aztec Code in Aspose.BarCode for .NET**](/barcode/net/aztec-barcode/) {{% /alert %}} diff --git a/barcode-cards/aztec-family/aztec-compact-card/_index.md b/barcode-cards/aztec-family/aztec-compact-card/_index.md index d9bf6fff..db4ec074 100644 --- a/barcode-cards/aztec-family/aztec-compact-card/_index.md +++ b/barcode-cards/aztec-family/aztec-compact-card/_index.md @@ -19,7 +19,7 @@ Aztect Compact Code is a version of Aztec Code that allows creating smaller barc This symbology supports all 255 ASCII characters (digits 0-9, text, and binary data). ### **Structure** -A compact Aztec Code symbol has two white and two black finder pattern rings (in addition to the center square), one to four data layers, and no reference grid. The core symbol, always square and at the exact center of an Aztec Code symbol, consists of a finder pattern, orientation patterns, and a mode message. This core covers an 11x11 module area in compact symbols. It is called the core symbol as it must be successfully detected and decoded before decoding can proceed into the surrounding data fields. Compact Aztec Code symbols, which are of limited size, have no reference grid structure. Because Aztec Runes are read from the inside out, no quiet zone is required. +A compact Aztec Code symbol has two white and two black finder pattern rings (in addition to the center square), one to four data layers, and no reference grid. The core symbol, always square and at the exact center of an Aztec Code symbol, consists of a finder pattern, orientation patterns, and a mode message. This core covers an 11x11 module area in compact symbols. It is called the core symbol as it must be successfully detected and decoded before decoding can proceed into the surrounding data fields. Compact Aztec Code symbols, which are of limited size, have no reference grid structure. Because Aztec Codes are read from the inside out, no quiet zone is required.
Read more diff --git a/barcode-cards/code128-card/_index.md b/barcode-cards/code128-card/_index.md index 92807400..8440b428 100644 --- a/barcode-cards/code128-card/_index.md +++ b/barcode-cards/code128-card/_index.md @@ -56,7 +56,7 @@ There are 108 possible 11-unit wide symbols, and the code uses all possible symb
### **Size Dimentions** -The recommended minimum symbol height for manual scanning is 5.0 mm or 15 percent of the symbol width (excluding quiet zones), whichever is greater. The quiet zones must be at least 10X wide, where "X" is the current X dimension. The most basic unit of measure within a barcode is the x-dimension and is equivalent to the width of the most narrow bar or space within the barcode. Each character is 11 x-dimensions wide (except for the STOP character which is 13 wide). The minimum size of the x-dimension is 0.0075 inches. The overall length of a barcode varies because the number of DATA characters may vary. +The recommended minimum symbol height for manual scanning is 5.0 mm or 15 percent of the symbol width (excluding quiet zones), whichever is greater. The quiet zones must be at least 10X wide, where "X" is the current X dimensionCreate 'What is x-dimension?' page and add link to it here<-->. Each character is 11 x-dimensions wide (except for the STOP character which is 13 wide). The minimum size of the x-dimension is 0.0075 inches. The overall length of a barcode varies because the number of data characters may vary. ### **Encoding Capacity and Data Density** Code 128 is a variable length code, which in principle can encode an arbitrary length of data. The practical content limit for Code 128 is at 30 characters (large cap and small cap letters) or a maximum of 60 digits (purely numeric code). Code-128 can be very compact due to the "double-density compression" of data, when two numbers are written into one barcode modulus, which makes encoding long strings of digits much more efficient. @@ -68,7 +68,7 @@ Code 128 requires adding a mandatory check digit to detect errors. Chechsum calc ## **Advantanges and Limitations** For 1D barcodes, Code 128 is generally the most compact (able to encode the most data in the smallest physical space). The amount of data is variable allowing the user to encode as much or as little data as is needed. And finally, it maintains a high level of data integrity with parity bits to verify each character and a check character to verify the data package as a whole. -As CODE 128 uses 4 types of bar size, printers with high print quality are required. CODE 128 is not suitable for printing with dot matrix printers and FA ink-jet printers and for flexographic printing on corrugated cardboards. +As Code 128 uses 4 types of bar size, printers with high print quality are required. CODE 128 is not suitable for printing with dot matrix printers and FA ink-jet printers and for flexographic printing on corrugated cardboards. ## **Aspose Samples for Code 128 Generation and Recognition** ### **Code 128 Generation Code Samples** diff --git a/barcode-cards/code39-card/_index.md b/barcode-cards/code39-card/_index.md index b4822c11..d4835949 100644 --- a/barcode-cards/code39-card/_index.md +++ b/barcode-cards/code39-card/_index.md @@ -33,8 +33,8 @@ The symbol comprises the following elements: - Intercharacter spaces (one module wide) that separate characters within the symbol ### **Size Dimentions** -The recommended minimum symbol height for manual scanning is 5.0 mm or 15 percent of the symbol width (excluding quiet zones), whichever is greater. The quiet zones must be at least 10X wide, where "X" is the current X dimension. -Code 39 can be to produced in different proportions: 2:1 and 3:1. This is the proportion between the thin and the thick lines of the code. As higher the proportion, the wider is the printed barcode with same contents, but even better is readability. ActiveBarcode always used the proportion 3:1. +The recommended minimum symbol height for manual scanning is 5.0 mm or 15 percent of the symbol width (excluding quiet zones), whichever is greater. The quiet zones must be at least 10X wide, where "X" is the current X dimensionCreate 'What is x-dimension?' page and add link to it here<-->. +Code 39 can be to produced in different proportions: 2:1 and 3:1. This is the proportion between the thin and the thick lines of the code. As higher the proportion, the wider is the printed barcode with same contents, but even better is readability. ### **Encoding Capacity and Data Density** Code 39 barcodes are variable length and usually store from 20 to 23 alphanumerical symbols. diff --git a/barcode-cards/data-matrix-card/_index.md b/barcode-cards/data-matrix-card/_index.md index 59f4e2ef..eb75eea5 100644 --- a/barcode-cards/data-matrix-card/_index.md +++ b/barcode-cards/data-matrix-card/_index.md @@ -50,6 +50,7 @@ Data Matrix requires a one-module-wide quiet zone on all sides.
Read more +DataMatrix barcodes include the following elements: Data regions that contain square modules in an array Quiet zone: Surrounds the symbol on all four sides and the minimum quiet zone is originally equal to X. Finder pattern: Located between the data region and quiet zone. And its width should be the value of X. diff --git a/barcode-cards/databar-family/databar-truncated-card/_index.md b/barcode-cards/databar-family/databar-truncated-card/_index.md index a084a9cc..571abc84 100644 --- a/barcode-cards/databar-family/databar-truncated-card/_index.md +++ b/barcode-cards/databar-family/databar-truncated-card/_index.md @@ -13,7 +13,7 @@ url: /databar-truncated-card/ - **GS1 DataBar Stacked** is a GS1 DataBar Omnidirectional symbol that is reduced in height and split into two rows with a separator pattern between them. It is identical to GS1 DataBar Stacked Omnidirectional except that the total height is reduced to as low as 13 modules. -encodes a 14-digit numeric data stream. It supports the encodation of the Global Coupon Number (GCN) and the following Global Trade Item Numbers (GTINs): GTIN-8, GTIN-12, GTIN-13, and GTIN-14. If the GCN or GTIN has fewer than 14 characters, leading zeros are appended to the left of the data so that a total of 14 characters is encoded. +GS1 DataBar Stacked encodes a 14-digit numeric data stream. It supports the encodation of the Global Coupon Number (GCN) and the following Global Trade Item Numbers (GTINs): GTIN-8, GTIN-12, GTIN-13, and GTIN-14. If the GCN or GTIN has fewer than 14 characters, leading zeros are appended to the left of the data so that a total of 14 characters is encoded. Due to the compact size, these barcode types are mainly used in the health care industry. diff --git a/barcode-cards/pdf417-family/pdf417-micro-card/_index.md b/barcode-cards/pdf417-family/pdf417-micro-card/_index.md index 15f6c67d..07a60f2a 100644 --- a/barcode-cards/pdf417-family/pdf417-micro-card/_index.md +++ b/barcode-cards/pdf417-family/pdf417-micro-card/_index.md @@ -51,7 +51,7 @@ The symbol comprises the following elements per row: - Closing quiet zone ### **Size Dimentions** -Micro PDF417 symbol dimensions depend on the amount of data that is entered. The height of any Micro PDF417 symbol can range from 4 to 44 rows, and the row height can range from 1X to 10X, where "X" is the current X dimension. The width of a symbol can range from 40X to 101X. A minimum quiet zone of 1X is required on all sides. +Micro PDF417 symbol dimensions depend on the amount of data that is entered. The height of any Micro PDF417 symbol can range from 4 to 44 rows, and the row height can range from 1X to 10X, where "X" is the current X dimensionCreate 'What is x-dimension?' page and add link to it here<-->. The width of a symbol can range from 40X to 101X. A minimum quiet zone of 1X is required on all sides. ### **Encoding Capacity and Data Density** Micro PDF417 is capable of encoding at most 150 bytes of data or 266 alphanumeric characters or 366 numerical digits in configurations including up to 4 columns and 44 rows.