Hard-copy output of engineering drawings—Specification for the structure of control files
Some standard content:
ICS37.080
National Standard of the People's Republic of China
GB/T 19476---2004
Hard-copy output of engineering drawings-Specification for the stracture of control files(IS0 14985:1999.M0D)
2004-03-15 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Administration of Standardization of the People's Republic of China
2004-12-01 Implementation
GB/T 19476—2004
This standard modifies and adopts IS0 14985:1999 "Specification for the stracture of control files for hard-copy output of engineering drawings" (English version). The reasons for the modification and the differences between the two standards are: -- G13/T 1988-1998, GB/T 6159.1-2003, GB/T 6159.3-2003, GB/T6159.4:2003, GB/T6159.6-2003, GB/T6159.8-2003 are all modified international standards, GB/T6159.5-2000, GB/T6159.7-2000 and GB/T6159.22-2000 are all equivalent international standards; Chapter 5 and Chapter 7 of ISO14985, 1999 both have invitation and suspension sections. According to the requirements of GB/T1.1, these two suspension sections are modified to *5 in this standard. 1 Overview\ and \7.1 Overview", therefore, the original 5.1, 5.2, 5.3, 5.4, 5.5, 5.6 are changed to 5.2, 5.3, 5.4, 5.5.5.6, 5.7 respectively. Similarly, the original 7.1 and 7.2 are changed to 7.2 and 7.3! - Chinese annotations enclosed in brackets after the first English sentence; - For the convenience of Chinese users, this standard has added "English-Chinese terminology comparison table\. This standard has also made the following editorial changes: "This international standard" is changed to "this standard"; the foreword of the international standard is deleted.
Appendix A, Appendix B. Appendix C, Appendix D of this standard Appendix 1 and Appendix E are both informative appendices. This standard was proposed by the National Technical Committee for Standardization of Document Imaging Technology (SA/TC86) and is under the jurisdiction of the Sixth Branch of the National Technical Committee for Standardization of Document Imaging Technology. The drafters of this standard are Wu Zhuqing and Xiao Yun. This standard is published for the first time.
GB/T 19476--2004
This standard is formulated to simplify the output of hard copies of engineering drawings on various types of printers, microfilm plotters and other devices. Since electronic image files can be stored in different formats, such as TIFF, CALS and HPGL (see Appendix A for examples of standard image file types), and with the increase in the use of networked hard copy devices, many vendors have specified special headers or installation command strings in various ways, so such a standard is very necessary. This standard also aims to simplify the operation of adding new output devices to existing systems. This standard provides information on installing drawing control files, which include: (1) copying of image data files so that hard copies can be produced, and (2) pointers to the location of image data files so that the output device itself can retrieve the image data when the copy is produced. In either case, the original image data files are stored in the drawing database for future use. This standard also provides information on installing any job control files. This job control file can group multiple drawing control files together and process them as a single job. Using the job control file, multiple drawing stacks can be worked on simultaneously and can be titled with a title page if necessary. This standard also provides Chinese equivalents to the English drawing control files and job control files to facilitate the Chinese translation of hard copy engineering drawings produced on various types of printers, microfilm plotters and other output devices. 1 Scope Engineering drawing hard copy output Control file structure specification This standard specifies the structure of electronic image control files when outputting engineering drawings. This standard applies to different types of hard copy output devices. GB/T 19476--2004 Since different devices can have different characteristics depending on their complexity and specific use, this standard does not specify minimum requirements for hard copy output devices.
2 Normative References
The clauses in the following documents become the clauses of this standard through reference in this standard. For all referenced documents with dates, all subsequent amendments (excluding errors) or revisions are not applicable to this standard. However, the parties who reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For all referenced documents without dates, the latest versions are applicable to this standard. GB/T 1988—1998 Information technology - 7-bit code symbol set for information interchange (eGVJS0/EC646:1991) GB/T 6159.1:2003 Microfilming - Vocabulary - Part 1: General terms (ISO 6196·1:1993.MOI)) GB/T 6159.3—2003 Microfilming - Vocabulary - Part 3: Film processing (ISO 6196-3:1997.MOD) GR/T 6159.4—2003 Microfilming - Vocabulary - Part 4: Materials and packaging (ISO 6196-1:1998,MOD) GB/T 6159.5—2000
6106-5:1987)
Microfilming - Vocabulary - Part 5: Image quality, readability and inspection (CQV1S) GR/T 6159.6--2003
Micrographic technology
Part 6: Equipment (ISO6196-6: 1992, M0D) Vocabulary
GB/T 6159.7. 2000
Micrographic technology
GB/T 6159.82003
Micrographic technology
Vocabulary: Part I: Computer-aided micrographic technology (ISO6196-7: Part 8: Application (ISO6196-8: 1998.M0D) GB/T 6159.222000 Micrographic technology
Vocabulary Part II: Image layout and recording methods (ISO61962: 19933
3 Terms and definitions
GB/T 6159.1-2003, GB/T 6159.3-2003, GB/T 6139.4-2003, GB/T 6159.5-2600. GB/T 6159.6-2003, C: R/T 6155.7..-2000, GR/T 6153.8-2003, G13/T 6159.22-2000 The following terms and definitions are applicable to this standard.
Xaxis
The horizontal axis of the image when the image is viewed in the correct orientation. 3.2
Yaxis
The vertical axis of the image when the image is viewed in the correct orientation. 3.3
plot control fileplot control fileThe file that controls the hard copy plotting device to produce drawings. GB/T 19476—2004
Job control file
File that controls the continuous generation of drawings by hard copy drawing equipment. 4 Structure of drawing control file
4.1 Format
The format of drawing control file is shown in Table 1. The language of drawing control file structure and text options should be English, and the file should be in ASCII text format. Text strings can be in any language. 4.2 General requirements
The drawing control file should meet the following requirements
The drawing control file should start with the segment key code CPILO)TCONTROL.FILEHEAI>FRI (drawing control file header) and end with the segment closing chain code ENDOFFLOTCONTROLFU.End of FHFADERT (Drawing Control File Header End):
b) Each group of settings following a segment key should begin with a correction key: The group key is enclosed in square brackets: IMAGFFIIF (image file), DRAWINGOUTPUTJ (drawing output) CPENS) (drawing pen), [ANNOTATION (attributes), [MEDIA (media) and [FINISHINGJ (finishing): The header structure should indicate whether the several settings following each group key are mandatory or optional; different entries in the file header should be separated by carriage returns and/or line feeds: d)
e) Field identifiers should be terminated by an equal sign ("\);) Blank lines and spaces should be ignored unless they are enclosed in quotes; except for text used in annotations Data processing outside the string should be insensitive to letters or lowercase letters. g)
1:) If the first valid character of a line is a semicolon, it should be considered a comment line. Comments should only appear between the start segment key and the end segment key:
When the data in the plot file produces any type of conflict, the plotter should generate the best drawing instead of reporting an error. 4.3 Options
The following are some formatting options:
) Only uppercase and lowercase letters can be used: h) To improve readability, blank lines and spaces are inserted. Spaces between words can be omitted. c) Any standard function group can include additional parameters unique to individual plotters; d) Additional groups unique to individual plotters can be added after the last standard group and segment key [ENL)OFPI.OTCOIN-TROI. FHEADER: between,
4.4 Types of variables
Four types of variables should be used in the control file: a) Integer variables: Integers with or without signs; Numeric variables -3- represent numbers with scales. When defined with the UNITS (unit) entry, this number has units. Numeric variables b)
can represent decimal numbers;
c) Text option variables - a text option selected in the allowed options, no quotation marks are required: d Text variables - text used by the output device. The text string should be placed in quotation marks and should be sensitive to spaces and lowercase letters.
5 Field Identifier Group
5.1 Overview
After the CPLOTCONTROIL.FIIEHEADER) segmentation key, the first entry should be UNITS, specified with a length unit GB/T 19476--2004
unit, such as MILLIMEIRES (millimeters) or INCHES (inches), for raster files, the unit is PELS (pixels). If the UNFI'S entry is missing, MILLIMETRES will be used by default. 5.2 Image Field Properties [IMAGEFILE]
The parameters that should be used in the image attribute group are as follows: a. Image File Name ---- Specifies the address of the image data obtained from the plotter. Its format is suitable for the data file storage system. It can be a data path and file name. If the data is to be attached to the drawing control file, this item can be omitted;
b) Image File Type Image File Type - Specifies the file type containing the image data. If the image file contains or implies some or all of the parameters allowed in the image file attribute group, it can be omitted in the drawing control file header. If these parameters are also specified in the drawing control file header, then these parameters of the image file are overwritten. If the parameters are neither in the image file nor in the drawing control file header, the specified default values should be used. (Some examples of standard image file types are listed in Appendix A);
c) Byte Fill Order----Specifies whether the data fill order starts with the most significant bit (MSB) or the least significant bit (1SB):
Image file size lmagc FileSizc—Specifies the size of the complete image file expressed in bytes, including the image file header;
Image file end sequence ImageFileEnd Sequence specifies the end of an image file sent in a continuous data transmission method, for example, using a parallel port. The sequence should be expressed in hexadecimal notation separated by commas; f) Image Data Offset (ffset-specifies the number of bytes to skip from the beginning of the image file (following the segment key _ENL)(FPL(TCONTROI.FH.FHEADFRJ and the carriage or line feed symbol connected to it) to the first data byte. Many image files have their own headers, which must be skipped when searching for the beginning of the data: Image Width-specifies the number of pixels in the image along its scan line direction; g
h) Image Length ImageLength-specifies the number of raster rows in the raster image; Input Resolution IrputResolution specifies the number of dots per inch. If default: 200D()TSPERi
INCH (200 dots/inch) should be assumed;
Original Drawing Size Qriginal Drawing Size - Specifies the size of the drawing in code, such as A or A4. Dimensions and lengths may also be used instead: Original Drawing Orientation - Specifies the orientation of the original drawing, either LANDSCAPE (horizontal) or PORTRAIT (portrait); l) Origin: Specifies the origin of the coordinate system used by the image data. Acceptable values are: CENTRE, TOP LEFT, BOITOM LEFF, TOP RIGHT, and BOITOM RIGHT. 5.3 DRAWING OUTPUT The following parameters apply to the Drawing Output property group: a) Plot Size - The size of the output drawing defined by the drawing size code. If desired, the word FIT can be entered to automatically adjust the drawing to the appropriate size for the current MEDIA. If ORIGINAL is entered, the output size will be the same as the input drawing size. b) Width - defines the output drawing width with units. It only works when the plot size (Plot Sizc) is not given.
) Length - defines the output drawing length with units. It only works when the plot size (Plut Sizc) is not given. d) X scale XScale - when the horizontal axis scales of the output drawing and the input drawing are different, the horizontal axis scale of the output drawing is defined as the percentage of the horizontal axis scale of the output drawing and the horizontal axis scale of the input drawing; e) Y scale YScale.. When the vertical axis scales of the output drawing and the input drawing are different, the vertical axis scale of the output drawing is defined as the percentage of the vertical axis scale of the output drawing and the vertical axis scale of the input drawing; Microfilm reduction ratio Microfilm Reduction Ratio - defines the reduction ratio of the drawing image reproduced on the microfilm relative to the size of the input drawing: g) Orientation - defines whether the output drawing is LANDSCAPE or PORTRAIT; h) Rotation Rotation defines the angle (positive or negative) at which the output drawing is rotated relative to the input drawing. Counterclockwise rotation is positive;
i) X offset XOffset - defines the unit deviation or displacement between the output pattern and the default printing position in the X direction; j) Y offset Y Offset---.-Defines the unit deviation or displacement between the output pattern and the default printing position in the Y direction: k) Mirror axis Mirror·Specifies the axis around which the output pattern rotates 180°; 1) Photometric - - Converts the photometric symbol of the image data from black to white. If it is set to 1NVERT (reverse), reverse, that is, from white to black;
m) Quality Quality defines the quality mode of the output. Acceptable values are DRAFT, INKSAVER, NORMAL, HIGH, ARCHIVE, ENHANCED and PRESENTATION t
n) Color Colaur -
Determines whether color drawing is required. Indicated by YES or NO. 5.4 Drawing properties (PEN(n>)
Pen properties should start with a pen number keyword to indicate whether it is a single pen or a series of pens. The pen number keyword can represent a single pen, such as PEN21 (pen No. 2), or a series of pens such as 1CPEN2,37-10.123 (pen No. 2, 37-10, 12). In each pen definition, the input items are as follows: a) Width - specifies the width of the pen, the unit is PELS, MILLIMETERS or INCHES b) Color Calour - specifies the color of the pen! c) Patternl--.---Specifies the pen pattern number: d) Line End Line End - specifies the termination method of the line in the vector diagram, e) Line Connection I.lineJain--~-Specifies the connection method of the line in the vector diagram: f) Transparency Transparency - specifies the transparency of the pipe, 5.5 Annotation properties ANNOTATIONJ
Annotation properties specify how to add information to the output drawing that is not in the input drawing. The annotation properties are as follows: a) Label: Specifies the text to be added to the output drawing. b) Position: Specifies whether the annotation should be placed outside the drawing corresponding to the drawn image at the TOP, LEFT, RIGHT, or ROTTOM position. c) Alignment: Specifies whether the annotation should be arranged in the LEFT, CENTER, RIGHT, or JUSTIFEE appropriate position in the above specified positions. Settings: Specifies the number of points of the text;
d) Size Size
e) Font Fatnl Specifies the font of the text; f
Overlay—Specifies that the text will overwrite the content of the input drawing (); If it is specified that the drawing medium is not moved after drawing, the subsequently drawn image will overwrite the current image (OVERPLOTNEXT); Overlay Type (verlayType-.-A string used by some devices with different overlay type selections; g)
Hallcrith Punch-A character string used by microfilm card plotters to define data and punched on the card. This string contains characters corresponding to the film window area, usually composed of empty squares: i) Hollerith Print-A character string used by microfilm card plotters to define data and printed on the card.
5.6 Media Attributes CMEDIAJ
The MEDIA parameter specifies the type of media on which the pattern should be output on a device with multiple options. a) Type Type\-Specifies the type of media, such as FILM, PAPER, POLYESTER or MANUAIL:
b) Size Size--Specifies the size of the page output media;
Width--Specifies the width of the page or roll media if no size is given;
d) Length Length--Specifies the length of the page or roll media if no size is given;
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f) Saver mm--Specifies the start of the media saving mode, flexibly changing the position and orientation of the pattern to achieve the best utilization of the media. This can be done in different ways, depending on the plotter; g)
Copy Count - Specifies the number of copies to be made from the current drawing. If the image file itself includes the copy count, the total number of copies shall be the product of the current copy count and the copy count of the image file. 5. 7 Finishing [EFINISHING]
The finishing attribute specifies the way the output drawing is processed after it has been transferred to the output medium: Folding specifies whether the drawing should be folded: a)
b) Fold Type - Specifies the way it should be folded c) Punch Type - Specifies the way it should be folded if punching is required for binding; d) Rolling - Automatically rolls the drawing; e) Banner Page generates a title before the current drawing f) Banner Text Line (n) BannerTextLine (n>—Specifies the last line of text printed on the title page l. 6 Multiple Selections
Some situations limit the file's entry date to select one from two or more options. The "Entry Type" column in Table 1 lists the parameters as text options. Table 2 lists the options for the entry type and gives the assumed default values for the default entry options. 7 Set of drawings
7.1 Overview
If only one set of drawings is needed, the wearer needs to generate multiple sets of drawings by continuously generating drawing control files. All of the above drawing control files are necessary. In order to generate a set of distributed drawings, some output devices can use distribution technology or sorting technology. In order to support these features, a packaging file needs to be defined, namely the "job control file\(job control The file shall include a number of drawing control files, each file being associated with a given drawing in a set of drawings; it shall also include information on the layout and binding of these sets of drawings.
Table 3 describes the job control file and its structure. The syntax and variable types of the file are the same as those specified in 4.2 and 4.4 of the drawing control file. The job control file header shall begin with the segmentation key JOBCONTR(I.FII.FI (job control file) and end with the segmentation key LEND OF JOB CONTROL FILEI (job control file end policy). After the end segmentation key, one or more drawing control file headers shall follow. For examples of job control files, see Appendix D. 7. 2 Job control file attributes
a) Number of Files~Specifies the number of drawing control files used to generate or collate drawings; b) Collation arranges the specified drawings in order into sets; c) Set CopyCountSpecifies the number of copies of the drawing generated by the specified file. Note that in this setting, some drawing control files can themselves define multiple copies of individual drawings. In this case, the total number of sets of copies generated should be the product of the number of copies generated by the drawing control file, the number of copies of the image file, and the number of sets of copies set in this attribute; d) Set Order
Sets the processing order of drawing control files in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in increasing order of drawing size or output drawings by drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text Line5 Annotation Attributes ANNOTATION
Annotation attributes specify the way to add information to the output drawing that is not in the input drawing. The annotation attributes are as follows: a) Label: Specifies the text to be added to the output drawing b) Position: Specifies whether the annotation should be placed outside the drawing corresponding to the drawn image at the TOP, LEFT, RIGHT, or ROTTOM position: c) Alignment: Specifies whether the annotation should be placed in the above specified positions at the LEFT, CENTER, RIGHT, or JUST (FIE) position Settings: Specifies the number of points of the text;
d) Size Size
e) Font Fatnl Specifies the font of the text; f
Overlay—Specifies that the text will overwrite the content of the input drawing (); If it is specified that the drawing medium is not moved after drawing, the subsequently drawn image will overwrite the current image (OVERPLOTNEXT); Overlay Type (verlayType-.-A string used by some devices with different overlay type selections; g)
Hallcrith Punch-A character string used by microfilm card plotters to define data and punched on the card. This string contains characters corresponding to the film window area, usually composed of empty squares: i) Hollerith Print-A character string used by microfilm card plotters to define data and printed on the card.
5.6 Media Attributes CMEDIAJ
The MEDIA parameter specifies the type of media on which the pattern should be output on a device with multiple options. a) Type Type\-Specifies the type of media, such as FILM, PAPER, POLYESTER or MANUAIL:
b) Size Size--Specifies the size of the page output media;
Width--Specifies the width of the page or roll media if no size is given;
d) Length Length--Specifies the length of the page or roll media if no size is given;
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f) Saver mm--Specifies the start of the media saving mode, flexibly changing the position and orientation of the pattern to achieve the best utilization of the media. This can be done in different ways, depending on the plotter; g)
Copy Count - Specifies the number of copies to be made from the current drawing. If the image file itself includes the copy count, the total number of copies shall be the product of the current copy count and the copy count of the image file. 5. 7 Finishing [EFINISHING]
The finishing attribute specifies the way the output drawing is processed after it has been transferred to the output medium: Folding specifies whether the drawing should be folded: a)
b) Fold Type - Specifies the way it should be folded c) Punch Type - Specifies the way it should be folded if punching is required for binding; d) Rolling - Automatically rolls the drawing; e) Banner Page generates a title before the current drawing f) Banner Text Line (n) BannerTextLine (n>—Specifies the last line of text printed on the title page l. 6 Multiple Selections
Some situations limit the file's entry date to select one from two or more options. The "Entry Type" column in Table 1 lists the parameters as text options. Table 2 lists the options for the entry type and gives the assumed default values for the default entry options. 7 Set of drawings
7.1 Overview
If only one set of drawings is needed, the wearer needs to generate multiple sets of drawings by continuously generating drawing control files. All of the above drawing control files are necessary. In order to generate a set of distributed drawings, some output devices can use distribution technology or sorting technology. In order to support these features, a packaging file needs to be defined, namely the "job control file\(job control The file shall include a number of drawing control files, each file being associated with a given drawing in a set of drawings; it shall also include information on the layout and binding of these sets of drawings.
Table 3 describes the job control file and its structure. The syntax and variable types of the file are the same as those specified in 4.2 and 4.4 of the drawing control file. The job control file header shall begin with the segmentation key JOBCONTR(I.FII.FI (job control file) and end with the segmentation key LEND OF JOB CONTROL FILEI (job control file end policy). After the end segmentation key, one or more drawing control file headers shall follow. For examples of job control files, see Appendix D. 7. 2 Job control file attributes
a) Number of Files~Specifies the number of drawing control files used to generate or collate drawings; b) Collation arranges the specified drawings in order into sets; c) Set CopyCountSpecifies the number of copies of the drawing generated by the specified file. Note that in this setting, some drawing control files can themselves define multiple copies of individual drawings. In this case, the total number of sets of copies generated should be the product of the number of copies generated by the drawing control file, the number of copies of the image file, and the number of sets set in this attribute; d) Set Order
Sets the processing order of drawing control files in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in increasing order of drawing size or output drawings by drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text Line5 Annotation Attributes ANNOTATION
Annotation attributes specify the way to add information to the output drawing that is not in the input drawing. Annotation attributes are as follows: a) Label: Specifies the text to be added to the output drawing b) Position: Specifies whether the annotation should be placed outside the drawing corresponding to the drawn image at the TOP, LEFT, RIGHT, or ROTTOM position: c) Alignment: Specifies whether the annotation should be placed in the above specified positions at the LEFT, CENTER, RIGHT, or JUST (FIE) position Settings: Specifies the number of points of the text;
d) Size Size
e) Font Fatnl Specifies the font of the text; f
Overlay—Specifies that the text will overwrite the content of the input drawing (); If it is specified that the drawing medium is not moved after drawing, the subsequently drawn image will overwrite the current image (OVERPLOTNEXT); Overlay Type (verlayType-.-A string used by some devices with different overlay type selections; g)
Hallcrith Punch-A character string used by microfilm card plotters to define data and punched on the card. This string contains characters corresponding to the film window area, usually composed of empty squares: i) Hollerith Print-A character string used by microfilm card plotters to define data and printed on the card.
5.6 Media Attributes CMEDIAJ
The MEDIA parameter specifies the type of media on which the pattern should be output on a device with multiple options. a) Type Type\-Specifies the type of media, such as FILM, PAPER, POLYESTER or MANUAIL:
b) Size Size--Specifies the size of the page output media;
Width--Specifies the width of the page or roll media if no size is given;
d) Length Length--Specifies the length of the page or roll media if no size is given;
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f) Saver mm--Specifies the start of the media saving mode, flexibly changing the position and orientation of the pattern to achieve the best utilization of the media. This can be done in different ways, depending on the plotter; g)
Copy Count - Specifies the number of copies to be made from the current drawing. If the image file itself includes the copy count, the total number of copies shall be the product of the current copy count and the copy count of the image file. 5. 7 Finishing [EFINISHING]
The finishing attribute specifies the way the output drawing is processed after it has been transferred to the output medium: Folding specifies whether the drawing should be folded: a)
b) Fold Type - Specifies the way it should be folded c) Punch Type - Specifies the way it should be folded if punching is required for binding; d) Rolling - Automatically rolls the drawing; e) Banner Page generates a title before the current drawing f) Banner Text Line (n) BannerTextLine (n>—Specifies the last line of text printed on the title page l. 6 Multiple Selections
Some situations limit the file's entry date to select one from two or more options. The "Entry Type" column in Table 1 lists the parameters as text options. Table 2 lists the options for the entry type and gives the assumed default values for the default entry options. 7 Set of drawings
7.1 Overview
If only one set of drawings is needed, the wearer needs to generate multiple sets of drawings by continuously generating drawing control files. All of the above drawing control files are necessary. In order to generate a set of distributed drawings, some output devices can use distribution technology or sorting technology. In order to support these features, a packaging file needs to be defined, namely the "job control file\(job control The file shall include a number of drawing control files, each file being associated with a given drawing in a set of drawings; it shall also include information on the layout and binding of these sets of drawings.
Table 3 describes the job control file and its structure. The syntax and variable types of the file are the same as those specified in 4.2 and 4.4 of the drawing control file. The job control file header shall begin with the segmentation key JOBCONTR(I.FII.FI (job control file) and end with the segmentation key LEND OF JOB CONTROL FILEI (job control file end policy). After the end segmentation key, one or more drawing control file headers shall follow. For examples of job control files, see Appendix D. 7. 2 Job control file attributes
a) Number of Files~Specifies the number of drawing control files used to generate or collate drawings; b) Collation arranges the specified drawings in order into sets; c) Set CopyCountSpecifies the number of copies of the drawing generated by the specified file. Note that in this setting, some drawing control files can themselves define multiple copies of individual drawings. In this case, the total number of sets of copies generated should be the product of the number of copies generated by the drawing control file, the number of copies of the image file, and the number of sets of copies set in this attribute; d) Set Order
Sets the processing order of drawing control files in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in increasing order of drawing size or output drawings by drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text LinePOLYESTER or MANUAIL:
b) Size—Specifies the size of the output media; Width—Specifies the width of the media for a page or roll if no size is given; d) Length—Specifies the length of the media for a page or roll if no size is given; Cul—Specifies the mode of the automatic cutter; e)
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f) Saver—Specifies the start of the media saving mode, flexibly changing the position and orientation of the pattern to achieve the best utilization of the media. This can be achieved in different ways, depending on the plotter; g)
Copy Count—Specifies the number of copies to be made from the current pattern. If the image file itself includes the copy count, the total number of copies should be the product of the current copy count (Copyount) and the copy count of the image file. 5. 7 Finishing [EFINISHING]
The finishing attribute specifies the way the output image is processed after it has been transferred to the output medium: Folding specifies whether the image should be folded: a) bZxz.net
b) Fold Type - specifies the way it should be folded c) Punch Type - specifies the way it should be punched if it is required for binding; d) Rolling - the image is automatically rolled; e) Banner Page generates a title before the current drawing f) Banner Text Line (n) BannerTextLine (n>—Specifies the last line of text printed on the title page l. 6 Multiple Selections
Some situations limit the file's entry date to select one from two or more options. The "Entry Type" column in Table 1 lists the parameters as text options. Table 2 lists the options for the entry type and gives the assumed default values for the default entry options. 7 Set of drawings
7.1 Overview
If only one set of drawings is needed, the wearer needs to generate multiple sets of drawings by continuously generating drawing control files. All of the above drawing control files are necessary. In order to generate a set of distributed drawings, some output devices can use distribution technology or sorting technology. In order to support these features, a packaging file needs to be defined, namely the "job control file\(job control The file shall include a number of drawing control files, each file being associated with a given drawing in a set of drawings; it shall also include information on the layout and binding of these sets of drawings.
Table 3 describes the job control file and its structure. The syntax and variable types of the file are the same as those specified in 4.2 and 4.4 of the drawing control file. The job control file header shall begin with the segmentation key JOBCONTR(I.FII.FI (job control file) and end with the segmentation key LEND OF JOB CONTROL FILEI (job control file end policy). After the end segmentation key, one or more drawing control file headers shall follow. For examples of job control files, see Appendix D. 7. 2 Job control file attributes
a) Number of Files~Specifies the number of drawing control files used to generate or collate drawings; b) Collation arranges the specified drawings in order into sets; c) Set CopyCountSpecifies the number of copies of the drawing generated by the specified file. Note that in this setting, some drawing control files can themselves define multiple copies of individual drawings. In this case, the total number of sets of copies generated should be the product of the number of copies generated by the drawing control file, the number of copies of the image file, and the number of sets of copies set in this attribute; d) Set Order
Sets the processing order of drawing control files in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in increasing order of drawing size or output drawings by drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text LinePOLYESTER or MANUAIL:
b) Size—Specifies the size of the output media; Width—Specifies the width of the media for a page or roll if no size is given; d) Length—Specifies the length of the media for a page or roll if no size is given; Cul—Specifies the mode of the automatic cutter; e)
GB/T19476—2004
f) Saver—Specifies the start of the media saving mode, flexibly changing the position and orientation of the pattern to achieve the best utilization of the media. This can be achieved in different ways, depending on the plotter; g)
Copy Count—Specifies the number of copies to be made from the current pattern. If the image file itself includes the copy count, the total number of copies should be the product of the current copy count (Copyount) and the copy count of the image file. 5. 7 Finishing [EFINISHING]
The finishing attribute specifies the way the output image is processed after it has been transferred to the output medium: Folding specifies whether the image should be folded: a)
b) Fold Type - specifies the way it should be folded c) Punch Type - specifies the way it should be punched if it is required for binding; d) Rolling - the image is automatically rolled; e) Banner Page generates a title before the current drawing f) Banner Text Line (n) BannerTextLine (n>—Specifies the last line of text printed on the title page l. 6 Multiple Selections
Some situations limit the file's entry date to select one from two or more options. The "Entry Type" column in Table 1 lists the parameters as text options. Table 2 lists the options for the entry type and gives the assumed default values for the default entry options. 7 Set of drawings
7.1 Overview
If only one set of drawings is needed, the wearer needs to generate multiple sets of drawings by continuously generating drawing control files. All of the above drawing control files are necessary. In order to generate a set of distributed drawings, some output devices can use distribution technology or sorting technology. In order to support these features, a packaging file needs to be defined, namely the "job control file\(job control The file shall include a number of drawing control files, each file being associated with a given drawing in a set of drawings; it shall also include information on the layout and binding of these sets of drawings.
Table 3 describes the job control file and its structure. The syntax and variable types of the file are the same as those specified in 4.2 and 4.4 of the drawing control file. The job control file header shall begin with the segmentation key JOBCONTR(I.FII.FI (job control file) and end with the segmentation key LEND OF JOB CONTROL FILEI (job control file end policy). After the end segmentation key, one or more drawing control file headers shall follow. For examples of job control files, see Appendix D. 7. 2 Job control file attributes
a) Number of Files~Specifies the number of drawing control files used to generate or collate drawings; b) Collation arranges the specified drawings in order into sets; c) Set CopyCountSpecifies the number of copies of the drawing generated by the specified file. Note that in this setting, some drawing control files can themselves define multiple copies of individual drawings. In this case, the total number of sets of copies generated should be the product of the number of copies generated by the drawing control file, the number of copies of the image file, and the number of sets of copies set in this attribute; d) Set Order
Sets the processing order of drawing control files in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in increasing order of drawing size or output drawings by drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text LineIn this case, the total number of sets of duplicate drawings generated shall be the product of the number of copies generated by the drawing control document, the number of copies of the image file and the number of duplicate sets set in this attribute; d) Set Order
Sets the processing order of drawing control documents in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in the increasing order of the drawing size or the output drawings will be processed by the drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text LineIn this case, the total number of sets of duplicate drawings generated shall be the product of the number of copies generated by the drawing control document, the number of copies of the image file and the number of duplicate sets set in this attribute; d) Set Order
Sets the processing order of drawing control documents in a set. When this parameter is set to SIZE (size) or MEDIA, the drawing files will be processed in the increasing order of the drawing size or the output drawings will be processed by the drawing media type. If Coliatin (order) is set (on), this order will be maintained in each set sorting. If the set order is not specified, the drawing will be drawn according to the color sequence of the drawing file: GB/T 19476--2004
Job title pageJoh Brnncr Pagc-
-Print the job title page with the specified text:-Indicates the starting point of the parameter table that defines the output format of 'n sets (N) (SET(N)J—
Title mediumBannerMedia-——Specifies the medium of the title page of this set of drawings: Title sizeBanter Size~Specifies the size of the medium of the title page of this set of drawings; Title text sizeBannerTextSizc:\Specifies the size of the current title page text; Title text fontBanner Text Font——Specifies the font of the title text of this set; Title text line (n)Banner Text Line
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