CN111324314B - Vertical printing typesetting method and system - Google Patents

Vertical printing typesetting method and system Download PDF

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Publication number
CN111324314B
CN111324314B CN202010072505.4A CN202010072505A CN111324314B CN 111324314 B CN111324314 B CN 111324314B CN 202010072505 A CN202010072505 A CN 202010072505A CN 111324314 B CN111324314 B CN 111324314B
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order
typesetting
typeset
pictures
template
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CN111324314A (en
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郭志强
王猛
文静
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Shandong Chenxi Intelligent Technology Co ltd
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Shandong Chenxi Intelligent Technology Co ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/12—Digital output to print unit, e.g. line printer, chain printer
    • G06F3/1201—Dedicated interfaces to print systems
    • G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
    • G06F3/1203—Improving or facilitating administration, e.g. print management
    • G06F3/1206—Improving or facilitating administration, e.g. print management resulting in increased flexibility in input data format or job format or job type
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/12—Digital output to print unit, e.g. line printer, chain printer
    • G06F3/1201—Dedicated interfaces to print systems
    • G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
    • G06F3/1237—Print job management
    • G06F3/125—Page layout or assigning input pages onto output media, e.g. imposition
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/12—Digital output to print unit, e.g. line printer, chain printer
    • G06F3/1201—Dedicated interfaces to print systems
    • G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
    • G06F3/1237—Print job management
    • G06F3/1253—Configuration of print job parameters, e.g. using UI at the client

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  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Manufacture Or Reproduction Of Printing Formes (AREA)
  • Preparing Plates And Mask In Photomechanical Process (AREA)

Abstract

The invention provides a vertical printing typesetting method and a system, both of which comprise: collecting orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the input typesetting template identification information; dividing the order in the original work order into m preset groups according to the layout position of the layout template and the product size of each order in the original work order to obtain m order groups; splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group consists of the orders with the product quantity equal to 1 one by one, and obtaining m new order groups with the product quantity of 1 in each order in the group; collecting pictures; and respectively vertically typesetting the front cover picture and the back cover picture of each order in the m new order groups and vertically typesetting the inner page pictures of each order in the m new order groups by adopting a preset vertical typesetting method. The invention is used for reducing the error rate and improving the working efficiency.

Description

Vertical printing typesetting method and system
Technical Field
The invention relates to the field of printing and typesetting, in particular to a vertical printing and typesetting method and a vertical printing and typesetting system, which are mainly used for typesetting of printing products, and are particularly suitable for printing and typesetting of front cover pictures, back cover pictures and picture books with only one picture on each page, such as desk calendars, postcards, butterfly suits, magazine books, horsebooks and the like.
Background
With the pursuit of people for personalized development, books, picture books and the like pursue own characteristics, and the quantity of orders received by merchants is more and more huge.
To increase the efficiency of printing, businesses often lay out all the pictures of one or several different picture albums onto the same canvas for printing. However, in the typesetting and printing mode, cutting is relatively complex after printing is finished, each cut picture needs to be sorted and sequenced manually, the error rate is high, the working efficiency is affected, and particularly, the typesetting and printing mode aims at personalized internet customized products. The products are customized individually, and many times, one user orders different products in a small batch at the same time. The printing cost is high in a small batch, and the printing is difficult. The typesetting and printing mode has complex post-printing process and low production efficiency of products, and is often not favorable for quick delivery of users.
Therefore, the invention provides a vertical printing typesetting method and a vertical printing typesetting system, which are used for solving the problems.
Disclosure of Invention
In view of the above-mentioned deficiencies of the prior art, the present invention provides a vertical printing typesetting method and system for reducing error rate and improving work efficiency.
In a first aspect, the present invention provides a vertical printing typesetting method, comprising the steps of:
(1) inputting typesetting template identification information, and collecting orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the input typesetting template identification information; each typesetting template identification information corresponds to one typesetting template; the layout templates comprise canvas, available layout areas arranged on the canvas and a corresponding number of layout positions arranged in the available layout areas;
the typesetting conditions of the corresponding typesetting template comprise that pictures with consistent printing material requirements and orders can be typeset on the typesetting template position of the typesetting template corresponding to the currently input typesetting template identification information; the requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same, and the printing material of the inner page of the order product is the same; recording a typesetting template corresponding to currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero;
(2) dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to m makeup layout positions of the quasi-typesetting template one by one, and pictures corresponding to the orders in the order groups can be typeset to the respective corresponding makeup layout positions of the order groups; wherein, orders in the order group are arranged in sequence;
(3) splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group consists of the orders with the product quantity equal to 1 one by one, and obtaining m new order groups with the product quantity of 1 in each order in the group; the order with the product quantity greater than 1 is divided to obtain the order with the product quantity greater than 1, the product quantity of each order is 1, and the relative position of the whole order in the corresponding order group is unchanged;
(4) acquiring pictures corresponding to each order in all new order groups, wherein the pictures comprise front cover pictures, back cover pictures and inner page pictures corresponding to each order in the new order groups;
(5) respectively adopting a preset vertical typesetting method to vertically typeset the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file, and vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file;
in the m new order groups, all the groups with the total order number more than or equal to 1 are target order groups, and the vertical typesetting method comprises the following steps:
q1, generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the 1 st order in each target order group to the corresponding typesetting position on the currently generated quasi-typesetting template;
q2, grouping the target orders currently in typesetting, and respectively judging whether the currently typeset picture of the orders currently in typesetting in each group is the last picture in the pictures to be typeset corresponding to the orders: if none of the currently typeset pictures of the currently typeset order in each target order group currently in the typesetting is the last picture in the pictures to be typeset of the respective corresponding order, executing a step Q3; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are all the last pictures in the pictures to be typeset of the respective corresponding orders, executing a step Q4; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are not all the last pictures in the pictures to be typeset of the respective corresponding order, executing a step Q5;
step Q3, continuously generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the next picture of each currently typesetting order in each target order group currently in typesetting to the corresponding typesetting position of the currently generated quasi-typesetting template; then, continuing to execute the step Q2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step Q4, continuously generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the next order in each target order grouping group with the order which is not typeset in the quasi-typesetting template to the corresponding typesetting position of the currently generated quasi-typesetting template; then, continuing to execute the step Q2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step Q5, continuously generating the quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the picture which has the order which is not typeset and is currently typeset in the quasi-typesetting template into the 1 st picture of the picture to be typeset of the next order in each target order grouping group of the last picture of the picture to be typeset of the order which is currently typeset, and the picture which is currently typeset and is not the next picture of the order of the last picture in the picture to be typeset to the corresponding typesetting position of the quasi-typesetting template which is currently generated; then, executing the step Q2 until the picture to be typeset of each order in the m new order groups is completely typeset;
q6, after the picture to be typeset of each order in the m new order groups is completely typeset, printing each quasi-typesetting template which finishes typesetting in the typesetting process into a PDF file according to the sequence of the generation of the quasi-typesetting templates in the typesetting process, and storing;
when the front cover pictures and the back cover pictures of each order in the m new order groups are vertically typeset by adopting the vertical typesetting method, the pictures to be typeset of each order in the m new order groups are the front cover pictures and the back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures; when the inner page pictures of each order in the m new order groups are vertically typeset by adopting the vertical typesetting method, the pictures to be typeset of each order in the m new order groups are all the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing sequence of the corresponding inner page numbers.
Further, the sum of the product pages of the orders in each order grouping group is equal.
Further, the total number of orders within each order group is equal, and the number of product pages of all orders in each order group is equal.
Further, the vertical printing typesetting method further comprises the following steps: after the typesetting of any one picture is completed, a bleeding area is added to the periphery of the currently typeset-completed picture in the circumferential direction, and an order identification code for uniquely identifying the order corresponding to the picture is added to the bleeding area.
Further, the vertical printing typesetting method further comprises the following steps:
after a bleeding area is added to each corresponding picture each time, an identification color block for uniquely identifying the picture in the order is added to the lower edge of the added bleeding area;
wherein, recording each order in the new order group is a sub order, and for each quasi typesetting template completing typesetting in any typesetting process: the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
In a second aspect, the present invention provides a vertical typesetting system, comprising:
the canvas template setting unit is used for inputting typesetting template identification information; each typesetting template identification information corresponds to one typesetting template; the layout templates comprise canvas, available layout areas arranged on the canvas and a corresponding number of layout positions arranged in the available layout areas; recording a typesetting template corresponding to currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero;
the original work order generating unit is used for collecting orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the selected typesetting template identification information; the typesetting conditions of the corresponding typesetting template comprise that pictures with consistent printing material requirements and orders can be typeset on the typesetting template position of the typesetting template corresponding to the currently input typesetting template identification information; the requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same, and the printing material of the inner page of the order product is the same;
the order grouping unit is used for dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to the m imposition plate positions of the quasi-imposition template one by one, and pictures corresponding to the orders in the order groups can be laid out on the imposition plate positions corresponding to the order groups respectively; wherein, orders in the order group are arranged in sequence;
the work order splitting unit is used for splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group is formed by the orders with the product quantity equal to 1 one by one, and m new order groups with the product quantity of 1 in each order group are obtained; the order with the product quantity greater than 1 is divided to obtain the order with the product quantity greater than 1, the product quantity of each order is 1, and the relative position of the whole order in the corresponding order group is unchanged;
the image acquisition unit is used for acquiring images corresponding to each order in all the new order groups, including front cover images, back cover images and inner page images corresponding to each order in the new order groups;
the typesetting unit comprises a first typesetting module and a second typesetting module, wherein the first typesetting module is used for vertically typesetting the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file, and the second typesetting module is used for vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file; wherein the first typesetting module and the second typesetting module are both configured to execute the vertical typesetting method as described above; when the first typesetting module executes the vertical typesetting method, the pictures to be typeset of each order in the related m new order groups are front cover pictures and back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures respectively; when the second typesetting module executes the vertical typesetting method, the pictures to be typeset of each order in the related m new order groups are all the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing sequence of the corresponding inner page numbers.
Further, the sum of the product pages of the orders in each order grouping group is equal.
Further, the total number of orders within each order group is equal, and the number of product pages of all orders in each order group is equal.
Further, the vertical printing typesetting system also comprises:
a bleeding area adding unit for adding a bleeding area in the peripheral circumference direction of the currently typeset-finished picture after the typesetting of any picture is finished in the typesetting unit;
and the order identification code adding unit is used for respectively adding order identification codes for uniquely identifying orders corresponding to the pictures in the bleeding area added by each picture.
Further, the vertical typesetting printing system further comprises:
the color block identification unit is used for adding identification color blocks for uniquely identifying the pictures in the order on the lower edge of the added bleeding area after the bleeding area is added to each corresponding picture by the bleeding area adding unit each time;
wherein, each order in the new order group is recorded as a sub order, and each quasi typesetting template for the first typesetting module and the second typesetting module to finish typesetting in the typesetting process respectively comprises: the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
The invention has the beneficial effects that:
(1) the invention can vertically typeset the front cover picture and the back cover picture of each order in the original work order, and vertically typeset the inner page picture of each order in the original work order to obtain the front cover and back cover typeset PDF file and the inner page typeset PDF file corresponding to the original work order, thus sending the front cover and back cover typeset PDF file and the inner page typeset PDF file obtained by the invention to a printing company, directly printing by the printing company, printing one PDF file each time to obtain a corresponding amount of printing paper, keeping the printing paper aligned and flat-laid according to the original printing sequence, arranging the front cover and back cover of the same order in a pile, arranging the inner pages of the same order in a pile in sequence, cutting off all the plate positions of the pile, quickly obtaining the printed matters of each related picture of the same order in the original work order, increasing the cutting speed, and avoiding manually sorting the printed matters corresponding to the sequencing order one by one after cutting, therefore, the error rate can be reduced, the working efficiency can be improved, and the labor cost can be reduced.
(2) Due to the fact that the printed matters corresponding to the sequencing orders can be prevented from being manually sorted one by one after being cut, production efficiency of products is improved to a certain extent, and then delivery rate is improved to a certain extent.
(3) The invention relates to the practice of industrial Internet in the printing field, which solves the problem of difficult printing of few batches of personalized and customized products of Internet to a certain extent.
In addition, the invention has reliable design principle, simple structure and very wide application prospect.
Drawings
In order to more clearly illustrate the embodiments or technical solutions in the prior art of the present invention, the drawings used in the description of the embodiments or prior art will be briefly described below, and it is obvious for those skilled in the art that other drawings can be obtained based on these drawings without creative efforts.
FIG. 1 is a schematic flow diagram of a method of one embodiment of the invention.
FIG. 2 is a schematic diagram of photo paper obtained by printing a front cover and a back cover typeset PDF file corresponding to the original work order A in the invention after being aligned and laid flat.
FIG. 3 is a schematic structural diagram of a quasi-typesetting template corresponding to the template M in the present invention.
FIG. 4 is a layout template with layout completed according to the present invention.
Fig. 5 is a schematic block diagram of a system according to an embodiment of the invention.
Fig. 6 is a schematic block diagram of a system according to another embodiment of the invention.
Detailed Description
In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1:
FIG. 1 is a schematic flow diagram of a method of one embodiment of the invention.
As shown in fig. 1, the method 100 includes:
step 110, inputting the layout template identification information, and collecting the orders meeting the layout conditions of the corresponding layout template together to generate an original work order according to the input layout template identification information.
The layout template identification information is used for uniquely identifying one layout template; the typesetting templates comprise canvas, usable imposition areas arranged on the canvas and corresponding quantity of imposition positions arranged in the usable imposition areas.
The typesetting conditions corresponding to the typesetting template comprise that pictures with consistent printing material requirements and orders can be typeset on the makeup position of the typesetting template corresponding to the currently input typesetting template identification information. The requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same and the printing material of the inner page of the order product is the same.
And recording the typesetting template corresponding to the currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero.
Step 120, dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to m makeup layout positions of the quasi-typesetting template one by one, and pictures corresponding to the orders in the order groups can be and are all used for typesetting on the corresponding makeup layout positions; wherein orders within the order group are arranged in sequence.
Step 130, splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group is formed by orders with the product quantity equal to 1, and m new order groups with the product quantity of 1 in each order in the group are obtained. The number of the products obtained by splitting the order with the number of the products larger than 1 is 1, the number of the products is 1, the order is sequentially arranged, and the relative position of the whole in the corresponding order group is unchanged.
Step 140, collecting the pictures corresponding to each order in all the new order groups, including the front cover picture, the back cover picture and the inner page picture corresponding to each order in the new order group.
And 150, vertically typesetting the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file and vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file respectively by adopting a preset vertical typesetting method.
In the m new order groups, all the groups with the total order number greater than or equal to 1 are the target order groups, and the vertical typesetting method in the step 150 comprises the following steps:
1501. generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the 1 st order in each target order group to the corresponding typesetting position on the currently generated quasi-typesetting template;
1502. grouping the target orders currently in the typesetting, and respectively judging whether the currently typeset-finished picture of the order currently in the typesetting in each group is the last picture in the pictures to be typeset corresponding to the order: if none of the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting is the last picture in the pictures to be typeset corresponding to the respective order, executing step 1503; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are all the last pictures in the pictures to be typeset corresponding to the order, executing step 1504; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are not all the last pictures in the pictures to be typeset of the respective corresponding order, executing step 1505;
step 1503, continuing to generate a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the next picture of each currently-typesetting order in each target order group currently in typesetting to the corresponding imposition position of the currently-generated quasi-typesetting template; then, the step 1502 is executed continuously until the pictures to be typeset of each order in the m new order groups are completely typeset;
step 1504, continuously generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the next order in each target order grouping group with the order which is not typeset in the quasi-typesetting template to the corresponding typesetting position of the currently generated quasi-typesetting template; then, the step 1502 is executed continuously until the pictures to be typeset of each order in the m new order groups are completely typeset;
step 1505, continuously generating the quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the picture which has the order which is not typeset and is currently typeset in the quasi-typesetting template into the 1 st picture of the picture to be typeset of the next order in each target order group of the last picture of the picture to be typeset of the order which is currently typeset, and the picture which is currently typeset and is currently typeset is not the next picture of the order of the last picture of the picture to be typeset, to the corresponding typesetting position of the quasi-typesetting template which is currently generated; then, the step 1502 is executed until the picture to be typeset of each order in the m new order groups is completely typeset;
1506. after the pictures to be typeset of each order in the m new order groups are completely typeset, printing each quasi-typesetting template which finishes typesetting in the typesetting process into a PDF file according to the sequence of the generation of the quasi-typesetting templates in the typesetting process, and storing the PDF file.
It should be noted that, in the step 150: when the front cover pictures and the back cover pictures of each order in the m new order groups are vertically typeset, the pictures to be typeset of each order involved in the typesetting process of the vertical typesetting method are the front cover pictures and the back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures respectively; when the inner page pictures of each order in the m new order groups are vertically typeset, the pictures to be typeset of each order involved in the typesetting process of the vertical typesetting method are the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing sequence of the corresponding inner page numbers.
In order to facilitate understanding of the present invention, the vertical printing typesetting method provided by the present invention will be further described below based on the principle of the vertical printing typesetting method of the present invention.
Specifically, the vertical printing typesetting method comprises the following steps:
step S1: inputting the identification information of the typesetting template, and collecting the orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the input identification information of the typesetting template.
In this embodiment, selecting and inputting the layout template identification information in the form of a pull-down menu is as follows: and (4) a template M.
The layout template identification information related in this embodiment may be names of respective corresponding layout templates.
The quasi-typesetting template corresponding to the template M has 3 typesetting positions in the available typesetting area: the layout position comprises a layout position 1, a layout position 2 and a layout position 3. The imposition plate position 1, imposition plate position 2 and imposition plate position 3 are preset to be used for typesetting pictures of 12 inches, 8 inches and 4 inches in sequence.
In order to briefly and clearly illustrate the present invention, in this embodiment, the order 1, the order 2, the order 3, and the order 4 that satisfy the layout conditions of the corresponding layout template are collected together to generate an original work order a. Wherein, order 1, order 2, order 3 and order 4 in the original work order A are as follows: the products are classified identically and are all magazine books; the product quantity is 1, 2, 1 and 1 in turn; the product page numbers are as follows: 24P, 12P, 6P, 18P. The sizes of the products corresponding to the order 1, the order 2, the order 3 and the order 4 are 12 inches, 8 inches, 4 inches and 4 inches in sequence.
Step S2: according to the product size of each order in the original work order, dividing the order in the original work order into m preset groups to obtain m order groups.
The M preset groups correspond to each imposition layout position of the quasi-imposition layout template corresponding to the template M one by one.
In the embodiment, m is 3. During concrete implementation, the order in the original work order can be divided into 3 preset groups according to the product size of each order in the original work order, and 3 order groups corresponding to the makeup layout position 1, the makeup layout position 2 and the makeup layout position 3 in sequence are obtained: a first order group, a second order group, and a third order group. The pictures corresponding to the orders in the first order group are used for being typeset to the imposition position 1 of the quasi-typesetting template, the pictures corresponding to the orders in the second order group are used for being typeset to the imposition position 2 of the quasi-typesetting template, and the pictures corresponding to the orders in the third order group are used for being typeset to the imposition position 3 of the quasi-typesetting template. Wherein the orders in the first order group have: order 1; the orders within the second order group are: order 2; the orders in the third order group are: order 3 and order 4. Orders 3 and 4 in the third order group are distributed in sequence.
Step S3: and splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group is formed by the orders with the product quantity equal to 1 one by one, and m new order groups with the product quantity of 1 in each order in the group are obtained.
In this embodiment, the product quantity of order 1 in the first order group is 1, and splitting is not required; the product quantity of the order 2 is 2, and the order is divided into an order 2-1 and an order 2-2 which are distributed in sequence; likewise, order 3 and order 4 do not need to be split. Thus, the orders in the new order group (denoted as the first new order group) corresponding to the first order group are: order 1; orders in a new order group (marked as a second new order group) corresponding to the second order group are distributed in sequence: order 2-1, order 2-2; orders in a new order group (marked as a third new order group) corresponding to the third order group are distributed in sequence: order 3, order 4.
In the step, the number of the products obtained by splitting the order with the number of the products larger than 1 is 1, and the number of the products obtained by splitting the order is 1, and the whole order group has a constant relative position. If there is an order group D, the order group D includes an order 7, an order 8, and an order 9 that are sequentially ordered, where the product quantities of the order 7, the order 8, and the order 9 are sequentially 1, 3, and 1, and after the order 8 is split into the order 8-1, the order 8-2, and the order 8-3 that are sequentially distributed, the orders in the new order group corresponding to the order group D include the orders that are sequentially distributed: order 7, order 8-1, order 8-2, order 8-3, and order 9.
Step S4, acquiring pictures corresponding to each order in all new order groups, including front cover pictures, back cover pictures and inner page pictures corresponding to each order in the new order groups.
And acquiring pictures corresponding to each order in all the new order groups to obtain pictures corresponding to each order in the first new order group, the second new order group and the third new order group.
Step S5, vertically typesetting the front cover picture and the back cover picture of each order in the first new order group, the second new order group and the third new order group to generate a PDF typesetting file, and vertically typesetting the inner page pictures of each order in the first new order group, the second new order group and the third new order group to generate another PDF typesetting file.
The total number of orders of the first new order group, the second new order group and the third new order group is 1, 2 and 2 in sequence, and 1, 2 and 2 are all more than or equal to 1, and the three new order groups are all the target order groups described in the specification.
In step S5, the vertical layout method is used to vertically layout the front cover pictures and the back cover pictures of each order in the first new order group, the second new order group, and the third new order group to generate a PDF layout file, which specifically includes the steps of:
step S51: generating a quasi-typesetting template (which is the first typesetting template in the current typesetting process) corresponding to the template M, typesetting the first picture of the order 1 of the first new order group (here, the cover picture of the order 1) onto the imposition position 1 on the currently generated quasi-typesetting template, typesetting the first picture of the order 2-1 of the second new order group (here, the cover picture of the order 2-1) onto the imposition position 2 on the currently generated quasi-typesetting template, and typesetting the first picture of the order 3 in the third new order group (here, the cover picture of the order 3) onto the imposition position 3 on the currently generated quasi-typesetting template. Step S52 is performed for the first time thereafter.
Step S52: and respectively judging whether the picture of the order currently in the typesetting in each order group is the last picture in the pictures to be typeset corresponding to the order.
Because each order in the first new order group, the second new order group and the third new order group also comprises a back cover picture, the front cover picture of each order is not the last picture of the current pictures to be typeset (front cover picture and back cover picture) of the corresponding order, and the back cover picture of each order is the last picture in the current pictures to be typeset of each order.
Thus, after step S52 is performed for the first time, step S56 is continuously performed.
Step S56: continuously generating a quasi-typesetting template (which is a second typesetting template in the current typesetting process) corresponding to the template M, typesetting a next picture of the order 1 of the first new order group (namely, a back cover picture of the order 1) onto the imposition position 1 on the currently generated quasi-typesetting template, typesetting a next picture of the order 2-1 of the second new order group (namely, a back cover picture of the order 2-1) onto the imposition position 2 on the currently generated quasi-typesetting template, and typesetting a next picture of the order 3 of the third new order group (namely, a back cover picture of the order 3) onto the imposition position 3 on the currently generated quasi-typesetting template. And then switches to perform step S52 a second time.
When step S52 is executed for the second time, it is determined that the pictures (all the closed bottom pictures) of the order currently in layout of each new order group currently in layout are all the last pictures in the pictures to be laid out corresponding to the order, and then step S53 is executed.
Step S53: and continuously generating a quasi-typesetting template (which is the third typesetting template in the current typesetting process) corresponding to the template M, and typesetting the first picture (here, the cover picture of the order 2-2) of the next order (here, the order 2-2) of the second new order group onto the typesetting position 2 on the currently generated quasi-typesetting template.
Turning to step S52 after step S53, step S52 determines whether the currently laid out picture (here, the cover picture of order 2-2) of the order currently in layout (here, the order 2-2) in each order group is the last picture in the pictures to be laid out (including the cover picture and the back picture of order 2-2) of the corresponding order (here, order 2-2) and determines that the cover picture of order 2-2 is not the last picture in the pictures to be laid out of order 2-2) for each new order group currently in layout (at this time, the new order group currently in layout has only the second new order group), and then continues to step S54.
Step S54: and continuously generating a quasi-typesetting template corresponding to the template M, and typesetting a next picture (here, a back cover picture of the order 2-2) of the order (here, the order 2-2) currently in typesetting onto the typesetting position 2 on the currently generated (namely, generated in the current step) typesetting template.
At this point, in the three target order groups (the first new order group, the second new order group, and the third new order group), the layout of the pictures to be laid out (the front cover picture and the back cover picture) of all the orders is completed, and step S52 is not performed, but step S55 is performed.
Step S55: and sequentially printing each typesetting template which finishes typesetting on a PDF file according to the sequence of the generation of the typesetting templates (in the embodiment, the sequence of the first typesetting template, the second typesetting template and the page.
Similarly, in step S5, the vertical typesetting method is adopted to vertically typeset the inner page pictures of each order in the first new order group, the second new order group, and the third new order group to generate another PDF typeset file, which specifically includes the steps of:
step K1: generating a quasi-typesetting template corresponding to the template M, typesetting a first inner page picture (namely, a picture corresponding to the first inner page of the order 1) of the order 1 of the first new order group onto the makeup position 1 on the currently generated quasi-typesetting template, typesetting a first inner page picture (namely, a picture corresponding to the first inner page of the order 2-1) of the order 2-1 of the second new order group onto the makeup position 2 on the currently generated quasi-typesetting template, and typesetting a first inner page picture (namely, a picture corresponding to the first inner page of the order 3) of the order 3 in the third new order group onto the makeup position 3 on the currently generated quasi-typesetting template. Step K2 is then performed.
Step K2: grouping each new order currently in the typesetting, and respectively judging whether the currently typeset inner page picture of the order currently in the typesetting in each group is the last inner page picture in the pictures to be typeset corresponding to the order: if the currently typeset inner page picture of the order currently in the typesetting in each target order group currently in the typesetting is not the last inner page picture in the pictures to be typeset of the respective corresponding order, executing a step K3; if the currently typeset inner page pictures of the currently typeset order in each target order group currently in the typesetting are all the last inner page pictures in the pictures to be typeset of the respective corresponding orders, executing a step K4; if the currently typeset inner page pictures of the currently typeset order in each target order group currently in the typesetting are not all the last inner page pictures in the pictures to be typeset of the respective corresponding order, executing a step K5;
step K3: continuously generating a quasi-typesetting template corresponding to the template M, and typesetting the next inner page picture of each currently-typesetting order in each target order group currently in typesetting to the corresponding typesetting position of the currently-generated quasi-typesetting template; then, continuing to execute the step K2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step K4: continuously generating a quasi-typesetting template corresponding to the template M, and typesetting the 1 st picture in the picture to be typeset of the next order in each target order grouping group with the order which is not typeset in the quasi-typesetting template to the corresponding typesetting position of the currently generated quasi-typesetting template; then, continuing to execute the step K2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step K5: continuously generating a quasi-typesetting template corresponding to the template M, typesetting the 1 st inner page picture in the to-be-typesetting picture of the next order in each target order grouping group of the to-be-typesetting picture which has the order which is not typeset and is currently in the typesetting order and the current typesetting inner page picture of the order which is currently in the typesetting order is the last inner page picture in the to-be-typesetting picture, and typesetting the next inner page picture which is currently in the typesetting and is not the order of the last inner page picture in the to-be-typesetting picture to the corresponding typesetting position of the currently generated quasi-typesetting template; then, executing a step K2 until the picture to be typeset of each order in the m new order groups is completely typeset;
step K6: after the pictures to be typeset of each order in the m new order groups are completely typeset, printing each quasi-typesetting template which finishes typesetting in the typesetting process into a PDF file according to the sequence of the generation of each quasi-typesetting template in the typesetting process, and storing the PDF file.
The PDF file obtained in step K6 is the inner page typesetting PDF file corresponding to the original work order a.
Optionally, in this embodiment, both the inner page layout PDF file and the front and back cover layout PDF file may be named in a format of "original worksheet number-number of prints-PDF layout file encoding", and the inner page layout PDF file and the front and back cover layout PDF file may be distinguished by PDF layout file encoding. Taking the original work order number of the original work order A as "0001", the inner page typesetting PDF file corresponding to the original work order A can be named by "0001-1-1001", and the front cover typesetting PDF file corresponding to the original work order A can be named by "0001-1-2001". It should be noted that the naming method of all PDF files referred to in this specification can be determined by those skilled in the art according to actual situations.
When the method is used, the generated inner page typesetting PDF file and the front cover and back cover typesetting PDF file are sent to a manufacturer for subsequent printing production. Based on the PDF typesetting file obtained by the method 100, each time a PDF typesetting file is printed, the sequence of the corresponding obtained printing paper (i.e. photo paper) is the sequence of the corresponding pictures of the related orders in the work order, manual sequencing is not needed basically for the pages of the album, in addition, after all the printing paper obtained by printing is aligned and horizontally placed after the original printing sequence is maintained, namely, the front cover and back cover pictures belonging to the same order are distributed in a pile (a pile of photo paper obtained after printing the front cover and back cover corresponding to the original work order A and composing the PDF file is shown in figure 2), and the pictures corresponding to the inner pages belonging to the same order are distributed in a pile according to the sequence of the inner page numbers from small to large, when cutting, all the printing paper is conveniently cut as a whole, so that the cutting of the whole of the front cover and back cover of the album is facilitated, The cutting device is also beneficial to cutting off the whole inner page of the album, not only is beneficial to increasing the cutting speed, but also can avoid manually sorting and sequencing the album pictures one by one after cutting to a certain extent, thus being beneficial to reducing the error rate and improving the working efficiency.
In fig. 2, it is to be noted that: 300 is printing paper, 400 is cover picture of order 1, 500 is cover picture of order 3, and 600 is cover picture of order 2-1.
Fig. 3 is a schematic structural diagram of a layout template (overall rectangular) corresponding to the template M in the embodiment, in which: 700 is a canvas, 701 is an imposition layout position 1, 702 is an imposition layout position 3, and 703 is an imposition layout position 2. In the layout template shown in fig. 3, the sum of the areas where the layout position 1, the layout position 3, and the layout position 2 are located constitutes an available layout area on the canvas 700.
In this embodiment, the sum of the product pages of the orders in the order grouping group is equal, that is: the sum of the number of product pages for all orders in the first order group (order 1 only) is 24P, the sum of the number of product pages for all orders in the second order group (order 2) is 24P, and the sum of the number of product pages for all orders in the third order group (order 3 and order 4) is 24P.
It should be noted that the method 100 is also applicable to the case where the sums of the product pages of the orders in the order grouping group are not all equal and are not equal, and for simplifying the description, the details are not described here again.
It should be noted that the method 100 described in this embodiment is also applicable to the case that the total number of orders in each order grouping group is equal and the product page number of each order in each order grouping group is equal, and the specific typesetting process may be executed with reference to the above description, and is not described herein again to simplify the description.
Example 2:
this embodiment is another embodiment of the method of the present invention. Compared with embodiment 1, the difference between this embodiment and embodiment 1 is that the method 100 described in this embodiment further includes the steps of:
after the typesetting of any one picture is finished, adding a bleeding area in the peripheral circumference direction of the currently typesetted picture, and adding an order identification code for uniquely identifying an order corresponding to the picture in the bleeding area;
and after the bleeding area is added to each corresponding picture each time, adding an identification color block for uniquely identifying the picture in the order on the lower edge of the added bleeding area.
Recording all orders in the new order group as sub orders, and finishing each typesetting quasi-typesetting template in any typesetting process (namely, any typesetting process in the typesetting process of vertically typesetting a front cover picture and a back cover picture of each order in the m new order groups to generate a PDF typesetting file and in the typesetting process of vertically typesetting an inner page picture of each order in the m new order groups to generate another PDF typesetting file): the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
When the method is used, after the typesetting of any one picture is completed, a bleeding area is added to the periphery of the currently typesetted picture, an order identification code for uniquely identifying the order corresponding to the picture is added to the added bleeding area, and an identification color block for uniquely identifying the picture in the order is added to the lower edge of the added bleeding area. Fig. 4 is a layout template with completed layout obtained based on the method 100 in this embodiment, where: 704 is a bleeding area, 705 is an identification color block, 706 is an order identification code, 700 is a canvas, 400 is a cover picture of the order 1, 500 is a cover picture of the order 3, and 600 is a cover picture of the order 2-1.
Optionally, the mark color block is used for checking whether there is a missing page after printing, and for implementation, the mark color block in this embodiment is a black rectangular block. Specifically, after printing a front cover and a back cover type PDF file and an inner page type PDF file corresponding to an original work order, for example, after printing the inner page type PDF file corresponding to the original work order, printing paper is aligned to form a pile, and then a layout position on the pile of printing paper is cut, at this time, a cut is cut by viewing from one side where an identification color block is arranged, and when the inner page of the same album is not missing, the identification color block of each inner page of the same album can be visually seen. In this embodiment, when looking at the cut, the identification color blocks of the inner pages of the same album are distributed in a step shape, and the positions of the identification color blocks of the corresponding pages of different albums (for example, in embodiment 1, the picture corresponding to the inner page of the first page of the order 2-1 is the corresponding page with the picture corresponding to the inner page of the first page of the order 2-2, the picture corresponding to the inner page of the second page of the order 2-1 is the corresponding page with the picture corresponding to the inner page of the second page of the order 2-2, and other analogy can obtain the relevant corresponding pages) are opposite, which facilitates to quickly distinguish the relevant printed matters of different albums.
Optionally, the order identification code is a bar code (or any other identification code capable of identifying an order and an order picture design order number corresponding to a picture) and is used for identifying the order and the order picture design order number corresponding to the picture. The order identification code is helpful for identifying the order corresponding to the picture album, is used for matching the front cover and the back cover of the picture album with the inner page of the picture album for subsequent code scanning so as to perform next processing, and is also used for code scanning to confirm which products exist under the same user name, so that all order products under the same user name can be conveniently delivered together by the logistics department after all the order products are completed. The order picture design order number is a design order number automatically generated by the merchant platform and used for uniquely identifying the product picture corresponding to the order when the customer submits the order and then submits the product picture corresponding to the order to the merchant platform, and may be a string of digital codes, for example.
Example 3:
fig. 5 is an embodiment of a printing and typesetting system provided by the embodiment. As shown in fig. 5, the system 200 includes:
a canvas template setting unit 201 for inputting the identification information of the composition template; the layout template identification information is used for uniquely identifying one layout template; the typesetting templates comprise canvas, available imposition areas arranged on the canvas and corresponding number of imposition positions arranged in the available imposition areas; recording a typesetting template corresponding to currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero;
an original work order generating unit 202, configured to collect orders meeting the layout conditions of the corresponding layout template according to the input layout template identification information to generate an original work order; the typesetting conditions of the corresponding typesetting template comprise that pictures with consistent printing material requirements and corresponding to orders can be typeset on the typesetting template position of the typesetting template corresponding to the currently input typesetting template identification information; the requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same, and the printing material of the inner page of the order product is the same;
the order grouping unit 203 is used for dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to the m imposition plate positions of the quasi-typesetting template one by one, and pictures corresponding to the orders in the order groups can be typeset on the imposition plate positions corresponding to the order groups respectively; wherein, orders in the order group are arranged in sequence;
the work order splitting unit 204 is configured to split each order with the product quantity greater than 1 in each order group, so that the order with the product quantity greater than 1 in each order group is formed by orders with the product quantity equal to 1 one by one, and m new order groups with the product quantity of 1 in each order group are obtained;
the image acquisition unit 205 is configured to acquire an image corresponding to each order in all new order groups, including front cover images, back cover images, and inner page images corresponding to each order in all new order groups;
the typesetting unit 206 includes a first typesetting module 2061 for vertically typesetting the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file, and a second typesetting module 2062 for vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file; wherein the first typesetting module 2061 and the second typesetting module 2062 are both configured to execute the vertical typesetting method described in embodiment 1; when the vertical typesetting method is executed by the first typesetting module 2061, the pictures to be typeset of each order in the m new order groups are front cover pictures and back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures; when the second typesetting module 2062 executes the vertical typesetting method, the pictures to be typeset of each order in the m new order groups are all the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing order of the corresponding inner page numbers.
The vertical typesetting method described in embodiment 1 will not be described here, and reference may be made to embodiment 1 above.
Optionally, the sum of the product pages of the orders within each order grouping group is equal.
Optionally, the total number of orders within each order grouping group is equal, and the number of product pages of each order within each order grouping group is equal.
Example 4:
FIG. 6 is a diagram illustrating another embodiment of the vertical typesetting system for printing according to this embodiment. Compared with embodiment 3, the difference between this embodiment and embodiment 3 is that the system 200 in this embodiment further includes:
a bleeding area adding unit 207, configured to add bleeding areas in the peripheral direction of the currently typeset-completed picture after the typesetting of any one picture is completed in the typesetting unit;
an order identification code adding unit 208, configured to add, in the bleeding area added to each picture, an order identification code for uniquely identifying an order corresponding to the picture;
and a color block identification unit 209, configured to add an identification color block for uniquely identifying the picture in the order on the lower edge of the added bleeding area after the bleeding area addition unit adds the bleeding area to each corresponding picture each time.
Wherein, each order in the new order group is recorded as a sub order, and each quasi typesetting template for the first typesetting module and the second typesetting module to finish typesetting in the typesetting process respectively comprises: the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
The same and similar parts in the various embodiments in this specification may be referred to each other. In particular, for the system embodiment, since it is substantially similar to the method embodiment, the description is simple, and the relevant points can be referred to the description in the method embodiment.
In the embodiments provided in the present invention, it should be understood that the disclosed system and method can be implemented in other ways. For example, the above-described system embodiments are merely illustrative, and for example, the division of the units is only one logical functional division, and other divisions may be realized in practice, for example, a plurality of units may be combined or may be integrated into another system.
Note that, the contents not described in the present specification are each contents that can be easily realized by a person skilled in the art, and the person skilled in the art can select any related art from the related art to realize the contents.
Although the present invention has been described in detail by referring to the drawings in connection with the preferred embodiments, the present invention is not limited thereto. Various equivalent modifications or substitutions can be made on the embodiments of the present invention by those skilled in the art without departing from the spirit and scope of the present invention, and these modifications or substitutions are within the scope of the present invention/any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (10)

1. A vertical printing typesetting method is characterized by comprising the following steps:
(1) inputting typesetting template identification information, and collecting orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the input typesetting template identification information; the layout template identification information is used for uniquely identifying one layout template; the typesetting templates comprise canvas, available imposition areas arranged on the canvas and corresponding number of imposition positions arranged in the available imposition areas;
the typesetting conditions of the corresponding typesetting template comprise that pictures with consistent printing material requirements and corresponding to orders can be typeset on the typesetting template position of the typesetting template corresponding to the currently input typesetting template identification information; the requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same, and the printing material of the inner page of the order product is the same; recording a typesetting template corresponding to currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero;
(2) dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to m makeup layout positions of the quasi-typesetting template one by one, and pictures corresponding to the orders in the order groups can be typeset to the respective corresponding makeup layout positions of the order groups; wherein, orders in the order group are arranged in sequence;
(3) splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group consists of the orders with the product quantity equal to 1 one by one, and obtaining m new order groups with the product quantity of 1 in each order in the group;
the order with the product quantity greater than 1 is divided to obtain the order with the product quantity greater than 1, the product quantity of each order is 1, and the relative position of the whole order in the corresponding order group is unchanged;
(4) acquiring pictures corresponding to each order in all new order groups, wherein the pictures comprise front cover pictures, back cover pictures and inner page pictures corresponding to each order in the new order groups;
(5) respectively adopting a preset vertical typesetting method to vertically typeset the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file, and vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file;
in the m new order groups, all the groups with the total order number more than or equal to 1 are target order groups, and the vertical typesetting method comprises the following steps:
q1, generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the 1 st order in each target order group to the corresponding typesetting position on the currently generated quasi-typesetting template;
q2, grouping the target orders currently in typesetting, and respectively judging whether the currently typeset picture of the orders currently in typesetting in each group is the last picture in the pictures to be typeset corresponding to the orders: if none of the currently typeset pictures of the currently typeset order in each target order group currently in the typesetting is the last picture in the pictures to be typeset of the respective corresponding order, executing a step Q3; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are all the last pictures in the pictures to be typeset of the respective corresponding orders, executing a step Q4; if the currently typeset-finished pictures of the currently typeset order in each target order group currently in the typesetting are not all the last pictures in the pictures to be typeset of the respective corresponding order, executing a step Q5;
step Q3, continuously generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the next picture of each currently typesetting order in each target order group currently in typesetting to the corresponding typesetting position of the currently generated quasi-typesetting template; then, continuing to execute the step Q2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step Q4, continuously generating a quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the 1 st picture in the picture to be typeset of the next order in each target order grouping group with the order which is not typeset in the quasi-typesetting template to the corresponding typesetting position of the currently generated quasi-typesetting template; then, continuing to execute the step Q2 until the pictures to be typeset of each order in the m new order groups are completely typeset;
step Q5, continuously generating the quasi-typesetting template corresponding to the inputted typesetting template identification information, and typesetting the picture which has the order which is not typeset and is currently typeset in the quasi-typesetting template into the 1 st picture of the picture to be typeset of the next order in each target order grouping group of the last picture of the picture to be typeset of the order which is currently typeset, and the picture which is currently typeset and is not the next picture of the order of the last picture in the picture to be typeset to the corresponding typesetting position of the quasi-typesetting template which is currently generated; then, executing the step Q2 until the picture to be typeset of each order in the m new order groups is completely typeset;
q6, after the picture to be typeset of each order in the m new order groups is completely typeset, printing each quasi-typesetting template which finishes typesetting in the typesetting process into a PDF file according to the sequence of the generation of the quasi-typesetting templates in the typesetting process, and storing;
when the front cover pictures and the back cover pictures of each order in the m new order groups are vertically typeset by adopting the vertical typesetting method, the pictures to be typeset of each order in the m new order groups are the front cover pictures and the back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures; when the inner page pictures of each order in the m new order groups are vertically typeset by adopting the vertical typesetting method, the pictures to be typeset of each order in the m new order groups are all the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing sequence of the corresponding inner page numbers.
2. The vertical typesetting method as claimed in claim 1 wherein the sum of the product page numbers of orders within each order group is equal.
3. The vertical form factor method of claim 2, wherein the total number of orders within each order group is equal and the product page count of all orders within each order group is equal.
4. The vertical typesetting printing method according to claim 1, wherein the vertical typesetting printing method further comprises the steps of: after the typesetting of any one picture is completed, a bleeding area is added to the periphery of the currently typeset-completed picture in the circumferential direction, and an order identification code for uniquely identifying the order corresponding to the picture is added to the bleeding area.
5. The vertical typesetting printing method according to claim 4, wherein the vertical typesetting printing method further comprises the steps of:
after a bleeding area is added to each corresponding picture each time, an identification color block for uniquely identifying the picture in the order is added to the lower edge of the added bleeding area;
wherein, recording each order in the new order group is a sub order, and for each quasi typesetting template completing typesetting in any typesetting process: the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
6. A vertical form factor system, comprising:
the canvas template setting unit is used for inputting typesetting template identification information; the layout template identification information is used for uniquely identifying one layout template; the layout templates comprise canvas, available layout areas arranged on the canvas and a corresponding number of layout positions arranged in the available layout areas; recording a typesetting template corresponding to currently input typesetting template identification information as a quasi-typesetting template, and recording m typesetting positions of the quasi-typesetting template, wherein m is a positive integer greater than zero;
the original work order generating unit is used for collecting orders meeting the typesetting conditions of the corresponding typesetting template together to generate an original work order according to the selected typesetting template identification information; the typesetting conditions of the corresponding typesetting template comprise that pictures with consistent printing material requirements and orders can be typeset on the typesetting template position of the typesetting template corresponding to the currently input typesetting template identification information; the requirement of the consistent printing material comprises that the printing material of the cover of the order product is the same, and the printing material of the inner page of the order product is the same;
the order grouping unit is used for dividing the orders in the original work order into m preset groups according to the product size of each order in the original work order to obtain m order groups, wherein the m order groups correspond to the m imposition plate positions of the quasi-imposition template one by one, and pictures corresponding to the orders in the order groups can be laid out on the imposition plate positions corresponding to the order groups respectively; wherein, orders in the order group are arranged in sequence;
the work order splitting unit is used for splitting each order with the product quantity larger than 1 in each order group, so that the order with the product quantity larger than 1 in each order group is formed by the orders with the product quantity equal to 1 one by one, and m new order groups with the product quantity of 1 in each order group are obtained; the order with the product quantity greater than 1 is divided to obtain the order with the product quantity greater than 1, the product quantity of each order is 1, and the relative position of the whole order in the corresponding order group is unchanged;
the image acquisition unit is used for acquiring images corresponding to each order in all the new order groups, including front cover images, back cover images and inner page images corresponding to each order in the new order groups;
the typesetting unit comprises a first typesetting module and a second typesetting module, wherein the first typesetting module is used for vertically typesetting the front cover picture and the back cover picture of each order in the m new order groups to generate a PDF typesetting file, and the second typesetting module is used for vertically typesetting the inner page picture of each order in the m new order groups to generate another PDF typesetting file; wherein the first layout module and the second layout module are each configured to perform the vertical layout method as set forth in the vertical printing layout method of claim 1; when the first typesetting module executes the vertical typesetting method, the pictures to be typeset of each order in the related m new order groups are front cover pictures and back cover pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the sequence of the front cover pictures and the back cover pictures respectively; when the second typesetting module executes the vertical typesetting method, the pictures to be typeset of each order in the related m new order groups are all the inner page pictures of each order, and the pictures to be typeset of each order are sequentially arranged according to the increasing sequence of the corresponding inner page numbers;
and in the m new order groups, all the groups with the order total number more than or equal to 1 are target order groups.
7. The vertical typeset system as recited in claim 6 wherein the sum of the product pages of the orders within each order group is equal.
8. The vertical typeset printing system of claim 7 wherein the total number of orders within each order group is equal and the product pages of all orders within each order group are equal.
9. The vertical typesetting system for printing according to claim 6, further comprising:
a bleeding area adding unit for adding a bleeding area in the peripheral circumference direction of the currently typeset-finished picture after the typesetting of any picture is finished in the typesetting unit;
and the order identification code adding unit is used for respectively adding order identification codes for uniquely identifying orders corresponding to the pictures in the bleeding area added by each picture.
10. The vertical typesetting system for printing as defined in claim 9, wherein the vertical typesetting system further comprises:
the color block identification unit is used for adding identification color blocks for uniquely identifying the pictures in the order on the lower edge of the added bleeding area after the bleeding area is added to each corresponding picture by the bleeding area adding unit each time;
wherein, each order in the new order group is recorded as a sub order, and each quasi typesetting template for the first typesetting module and the second typesetting module to finish typesetting in the typesetting process respectively comprises: the identification color blocks of any two adjacent typeset pictures in the same sub-order are staggered on the corresponding quasi-typesetting template and are sequentially staggered towards the same direction; in the same new order group, the identification color blocks of the pictures of the corresponding pages of each sub-order are opposite in position on each corresponding quasi-typesetting template.
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