CN113011150B - Newspaper typesetting system and method - Google Patents
Newspaper typesetting system and method Download PDFInfo
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- 239000000463 material Substances 0.000 claims abstract description 166
- 238000005192 partition Methods 0.000 claims description 119
- 230000002093 peripheral effect Effects 0.000 claims description 12
- 238000003780 insertion Methods 0.000 claims description 9
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Abstract
The invention belongs to the field of newspaper typesetting, and particularly relates to a newspaper typesetting system and a newspaper typesetting method. The method comprises the following steps: a material module: the material module is used for storing news materials with fixed formats; a typesetting module: the typesetting module is mainly used for reasonably typesetting the fixed subareas or the movable subareas on the newspaper layout; a storage module: the storage module is used for storing and recording the newspaper layout finished by the typesetting module, and meanwhile, the storage module is directly connected with the printing module, and the storage module can send the finished newspaper layout to the printing module to finish printing. A printing module: the printing module is used for printing the newspaper layout sent by the storage module. The invention provides a newspaper typesetting system and a newspaper typesetting method, which are convenient for editors to edit the layout of a newspaper through a predetermined method.
Description
Technical Field
The invention belongs to the field of newspaper typesetting, and particularly relates to a newspaper typesetting system and a newspaper typesetting method.
Background
Newspaper typesetting refers to arranging news materials on the page of newspaper reasonably according to certain specifications. In order to arrange news materials reasonably, the editor is required to adjust the layout repeatedly, which consumes a lot of time and experience. Meanwhile, in the typesetting process, due to the fixed size of the newspaper layout, part of news materials need to be cut down inevitably. However, in the actual process, due to different requirements of the clients, part of the clients often do not accept to delete their news materials. To meet the requirements of this part of customers, and at the same time to reasonably place news materials in the newspaper page, it puts higher demands on editors.
Disclosure of Invention
The invention provides a newspaper typesetting system and a newspaper typesetting method, which solve the problems that the existing editing mode is complicated in operation and inconvenient in handling special conditions.
In order to achieve the above objects, the present invention provides a newspaper typesetting system, comprising,
a material module: the material module is used for storing news materials with fixed formats, simultaneously the material module can send the news materials to the typesetting module or receive the news materials returned by the typesetting module, and the material module has an editing function;
a typesetting module: the typesetting module is mainly used for reasonably typesetting the fixed partitions or the movable partitions on the newspaper layout, and blank newspaper layouts which are preset by users and contain the fixed partitions are stored in the typesetting module;
the typesetting module receives news materials sent by the material module and fills the news materials into the fixed subareas, whether the filling of the news materials is qualified or not is judged when the fixed subareas are filled, if the filling of the news materials is qualified, the news materials in the corresponding fixed subareas are prompted to be modified, meanwhile, the news materials are returned to the material module, if the filling of the news materials is not qualified, a preview interface is automatically formed, and meanwhile, the finished newspaper layout is sent to the storage module;
the typesetting module can also directly receive news materials sent by the material module, simultaneously forms an active partition to enclose the news materials, judges whether the active partition formed by the news materials is qualified or not when the active partition is formed, prompts that news in the active partition needs to be modified if the active partition is unqualified, returns the news materials to the material module, prompts that the active partition can be dragged into a newspaper layout for arrangement if the active partition is qualified, generates a preview interface after the arrangement is finished, and sends the finished newspaper layout to the storage module;
a storage module: the storage module is used for storing and recording the newspaper layout finished by the typesetting module, and meanwhile, the storage module is directly connected with the printing module, and the storage module can send the finished newspaper layout to the printing module to finish printing.
A printing module: the printing module is used for printing the newspaper layout sent by the storage module.
A method for typesetting a newspaper,
receiving an instruction of entering a newspaper subarea size fixing mode or an instruction of entering a newspaper subarea content fixing mode;
when a mode instruction of entering newspaper subarea fixed size is received, entering a newspaper subarea fixed size template selection interface;
receiving a selection determining instruction, and entering an editing interface of a newspaper partition size fixing template correspondingly selected;
the method comprises the steps of sequentially receiving news materials with fixed formats, sent by a material module, and sequentially filling the news materials into corresponding fixed partitions, wherein the news materials comprise character materials and picture materials;
judging whether the news material filling is qualified or not;
if the news material is not qualified, prompting that the news material in the corresponding fixed partition needs to be modified, returning the news material to a material module, and filling the news material into the corresponding fixed partition again for secondary judgment after the news material is modified;
if the newspaper is qualified, a preview interface is automatically formed, and the finished newspaper layout is sent to the storage module;
when a mode instruction of newspaper subarea content fixation is received, entering a preset edition interface of newspaper subarea content fixation;
the method comprises the steps of sequentially receiving news materials with fixed formats, which are sent by a material module, and sequentially forming active partitions capable of completely containing the news materials, wherein the news materials comprise character materials and picture materials;
judging whether an active partition formed by news materials is qualified or not;
if the news in the active partition is not qualified, prompting that the news in the active partition needs to be modified, returning the news materials to a material module, and forming the active partition again for secondary identification after the news materials are modified;
if the movable subareas are qualified, prompting that the movable subareas can be dragged into the newspaper layout for arrangement;
and receiving an instruction that the newspaper layout is arranged, namely forming a preview interface, and sending the finished newspaper layout to the storage module.
Further, judging whether the news material filling is qualified or not, wherein the condition that whether A is larger than B is judged, the A is the area occupied by the news material in the fixed partition, and the B is the area of the filled fixed partition;
the area A comprises an area A1 of a character part and an area A2 of a picture, and the picture is inserted in an embedded or peripheral mode;
the character string comprises a plurality of characters, wherein A1= [ (M1 x N1) × O1] + [ H1 x (O1-1) ] + [ (N1-1) × L1 x O1], the M1 is the area of a single character in a fixed partition, the N1 is the maximum number of characters capable of being accommodated in each row in the fixed partition, the O1 is the total number of rows of characters in the fixed partition, the H1 is the row spacing of the characters in each row in the fixed partition, and the L1 is the character spacing between the characters in the fixed partition;
when an embedded insertion mode is adopted, the A2= S1 × T1, the S1 is the height of the picture, and the T1 is the width of the fixed partition;
when a peripheral insertion method is adopted, A2= S1 × V1, and V1 is the width of the picture;
and B is preset, B = T × U, and U is the height of the fixed partition.
Further, judging whether the active partitions formed by the news materials are qualified or not, wherein the judging condition is that whether C is larger than D or not, C is the total area added by the active partitions formed by the news materials, and D is the total area of the newspaper layout;
c is the sum of the area W of each movable partition, the area W of each movable partition comprises the size W1 of characters and the size W2 of pictures, and the pictures are inserted in an embedded or peripheral mode;
w1= [ (M2 × N2) × O2] + [ H2 × (O2-1) ] + [ (N2-1) × L2 × O2], where M2 is an area of a single character in the active partition, N2 is a maximum number of characters that can be accommodated by each row in the active partition, O2 is a total number of rows of characters in the active partition, H2 is a line spacing of characters in each row in the active partition, and L2 is a word spacing between characters in the active partition;
when an embedded insertion mode is adopted, A2= S2 × T2, where S2 is the height of the picture and T2 is the width of the fixed partition;
when the peripheral insertion mode is adopted, A2= S2 × V2, and V2 is the width of the picture;
d is the newspaper layout size of the preset setting, D = E G, E is the width of the newspaper layout, and G is the height of the newspaper layout.
Further, the shape of the active partition can be dragged to be adjusted.
Further, the shape of the fixed partition may be an arbitrary figure, but the area inside the fixed partition is not changed.
Furthermore, the storage module is directly connected with the printing module, and the layout stored by the storage module can be directly printed by the printing module.
The invention has the beneficial effects that: the invention sets two preset programs, when news materials are the situation of allowing to delete, editors operate a newspaper partition size fixing mode, and can complete typesetting of a newspaper layout very conveniently and quickly, thereby reducing the workload of editors; when the news materials are not allowed to be subjected to abridging processing, editors run a newspaper subarea content fixing mode, active subareas formed by the news materials which are not allowed to be modified are firstly typeset into a newspaper layout, and then active subareas formed by the news materials which are allowed to be modified are typeset into the newspaper layout, so that different requirements are flexibly met.
Drawings
Fig. 1 is a flow chart diagram of a newspaper typesetting method.
Fig. 2 is a schematic diagram of an editing interface of a newspaper subarea size fixing mode.
Fig. 3 is a schematic diagram of an editing interface of a newspaper subarea content fixing mode.
FIG. 4 is a structural diagram of a newspaper typesetting system
The reference numerals include: the system comprises a typesetting module 1, a material module 2, a storage module 3, a printing module 4, a newspaper layout 5, a fixed partition 6 and a movable partition 7.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments more apparent, the present invention is further described in detail below with reference to the accompanying drawings and the embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Example 1
As shown substantially in fig. 1 through 4, a newspaper typesetting system includes,
and a material module 2: the material module 2 is used for storing news materials with fixed formats, and meanwhile, the material module 2 can send the news materials to the typesetting module 1 or receive the news materials returned by the typesetting module 1, the material module 2 has an editing function, and a user can directly edit the news materials in the material module 2. News materials sent by clients are stored in the storage module 3, the news materials have formats set by the clients, and meanwhile, editors can delete and modify the formats of the news materials in the material module 2 for typesetting.
The typesetting module 1: the typesetting module 1 is mainly used for reasonably typesetting the fixed subarea 6 or the movable subarea 7 on the newspaper layout 5, and a blank newspaper layout 5 which is preset by a user and contains the fixed subarea 6 is stored in the typesetting module 1; the blank newspaper layouts 5 can be set to be multiple according to the difference of the sizes and the positions of the fixed subareas 6 in the blank newspaper layouts 5, and the specific sizes and the positions of the fixed subareas 6 are set by editors. (see FIG. 2 for details.)
The typesetting module 1 receives news materials sent by the material module 2 and fills the news materials into the fixed partition 6, when the fixed partition 6 is filled, the material module 2 can directly calculate the area B of the fixed partition 6 and the space A occupied by the news materials filled into the fixed partition 6, and compares the sizes of A and B, if A is larger than B, the news materials in the corresponding fixed partition 6 are prompted to be modified, meanwhile, the news materials are returned to the material module 2, if A is smaller than or equal to B, a preview interface is automatically formed, and meanwhile, the finished newspaper layout 5 is sent to the storage module 3; in practice, all news material can be abridged if possible. The layout module 1 can then work according to this procedure to directly fill the fixed sub-area 6 with news material in turn, and then create a qualified newspaper layout 5. Meanwhile, the unqualified part can be directly modified.
The typesetting module 1 can also directly receive news materials sent by the material module 2, meanwhile, the active partition 7 is formed to enclose the news materials, when the active partition 7 is formed, the material module 2 can directly calculate the total area C added by the active partitions 7 formed by the news materials and the total area D of the newspaper layout 5, and compare the sizes of C and D, if C is larger than D, the news in the active partition 7 is prompted to be modified, the news materials are returned to the material module 2, if C is smaller than or equal to D, the active partition 7 is prompted to be dragged into the newspaper layout 5 for arrangement, a preview interface is generated after the arrangement is completed, and the completed newspaper layout 5 is sent to the storage module 3; when partial news materials do not accept deletion, the operation can be directly carried out according to the path. And sequentially forming the news materials which do not receive the abridged news materials and the news materials which receive the abridged news materials into active partitions 7 to be included, and if the total area C of the active partitions 7 formed by the news materials is larger than the total area D of the newspaper layout 5, directly modifying the news materials which receive the abridged news materials. If the total area C of the active sections 7 formed of news material is less than the total area D of the newspaper layout 5, a qualified newspaper layout 5 can be formed directly.
The storage module 3: the storage is used for storing and recording newspaper pages 5 finished by the typesetting module 1, meanwhile, the storage module 3 is directly connected with the printing module 4, and the storage module 3 can send the finished newspaper pages 5 to the printing module 4 to finish printing. The storage module 3 directly stores the newspaper pages 5 so that they can be printed multiple times.
The printing module 4: the printing module 4 is used for printing the newspaper layout 5 sent by the storage module 3.
A method for typesetting a newspaper,
receiving an instruction of entering a newspaper subarea size fixing mode or an instruction of entering a newspaper subarea content fixing mode; the newspaper subarea size fixing mode is suitable for clients who agree to delete, and the newspaper subarea content fixing mode is suitable for clients who disagree to delete news materials.
When a mode instruction of entering newspaper subarea fixed size is received, entering a newspaper subarea fixed size template selection interface; the newspaper subarea size fixing template needs to be preset by an editor so as to meet different editing requirements.
The newspaper subarea size fixing template selection interface is internally provided with at least two newspaper subarea size fixing templates, the newspaper subarea size fixing templates are blank newspaper layouts 5, a plurality of preset fixed subareas 6 with fixed positions and sizes are arranged in the newspaper subarea size fixing templates, the fixed subareas 6 are respectively named, and the sizes and the positions of the fixed subareas 6 in the newspaper subarea size fixing templates are different;
receiving a selection determining instruction, and entering an editing interface of a size fixing template of a corresponding newspaper partition; (refer to FIG. 2 in detail)
News materials with fixed formats, which are sent by the material module 2, are sequentially received and are sequentially filled into the corresponding fixed partitions 6, wherein the news materials comprise character materials and picture materials; the picture is a rectangular picture by default. News material fills in the fixed partition 6 and, because the news material is formatted, it is automatically arranged in the fixed partition 6. The news material may occupy an area greater than, equal to or less than the area of the fixed partition 6. The format of the news material is preset in the material module 2.
And judging whether the news material filling is qualified, wherein the judged condition is whether A is larger than B, A is the area occupied by the news material in the fixed partition 6, and B is the area of the filled fixed partition 6.
If A is larger than B, prompting that the news material in the corresponding fixed partition 6 needs to be modified, returning the news material to the material module 2, and filling the news material into the corresponding fixed partition 6 again for secondary judgment after the news material is modified.
If A is less than or equal to B, a preview interface is automatically formed, and the finished newspaper layout 5 is sent to the storage module 3.
When a mode instruction of newspaper subarea content fixation is received, entering a preset edition interface of newspaper subarea content fixation, wherein the edition interface of the newspaper subarea content fixation is a blank newspaper layout 5, and the movable subareas 7 can be filled in the newspaper layout 5; the movable subarea 7 is arranged outside the newspaper layout 5, and when typesetting is needed, the movable subarea 7 is dragged into the newspaper layout 5. (see FIG. 3 for details.)
News materials with fixed formats, which are sent by the material module 2, are sequentially received, and active partitions 7 capable of completely containing the news materials are sequentially formed, wherein the news materials comprise character materials and picture materials; the active section 7 may be of various shapes but all have the property of containing news material completely within.
And judging whether the movable partition 7 formed by the news materials is qualified or not, wherein the judged condition is that whether C is larger than D or not, C is the total area added by the movable partitions 7 formed by the news materials, and D is the total area of the newspaper layout 5.
If C is larger than D, prompting that news in the active partition 7 needs to be modified, returning the news materials to the material module 2, and forming the active partition 7 again for secondary identification after the news materials are modified.
And if C is less than or equal to D, prompting that the movable subareas 7 can be dragged into the newspaper layout 5 for arrangement.
And receiving an instruction that the newspaper layout 5 is arranged completely, namely forming a preview interface, and simultaneously sending the finished newspaper layout 5 to a storage module. The newspaper layout 5 stored in the storage module 3 can be printed repeatedly for multiple times, and meanwhile, the subsequent recording is facilitated.
The picture A comprises an area A1 of a character part and an area A2 of a picture, and the picture is inserted in an embedded or peripheral mode; the embedded and surrounding formats are the two most commonly used formats in newspaper editing, and therefore, only the two formats are set in the material module 2.
A1= [ (M1 × N1) × O1] + [ H1 × (O1-1) ] + [ (N1-1) × L1 × O1], where M1 is an area of a single character in the fixed partition 6, N1 is a maximum number of characters that can be accommodated in each row in the fixed partition 6, O1 is a total number of rows of characters in the fixed partition 6, H1 is a row pitch of characters in each row in the fixed partition 6, and L1 is a word pitch between characters in the fixed partition 6; the (M1 × N1) × O1 shows the area occupied by the characters in the whole fixed interval, the H1 × (O1-1) shows the area of all the line pitches in the whole fixed interval, and the (N1-1) × L1 × O1 shows the area of all the word pitches in the whole fixed interval. The area of the whole character part is finally obtained by adding the character area, the line space area and the character space area.
When an embedded insertion mode is adopted, A2= S1 × T1, where S1 is the height of a picture, and T1 is the width of the fixed partition 6;
when a peripheral insertion method is adopted, A2= S1 × V1, and V1 is the width of the picture;
b is preset, B = T × U, and U is the height of the fixed partition 6.
The C is the sum of the areas W of all the movable subareas 7, the areas W of the movable subareas 7 comprise the size W1 of characters and the size W2 of pictures, and the pictures are inserted in an embedded or peripheral mode; the active partition 7 is composed of a text portion and a picture portion.
W1= [ (M2 × N2) × O2] + [ H2 × (O2-1) ] + [ (N2-1) × L2 × O2], where M2 is an area of a single character in the active partition 7, N2 is a maximum number of characters that can be accommodated in each row in the active partition 7, O2 is a total number of rows of characters in the active partition 7, H2 is a line pitch of characters in each row in the active partition 7, and L2 is a word pitch between characters in the active partition 7; (M2 × N2) × O2 gives the area occupied by the characters in the entire active region, H2 × (O2-1) gives the area of all the line spaces in the entire active region, and (N2-1) × L2 × O2 gives the area of all the word spaces in the entire active region. The area of the whole character part is finally obtained by adding the character area, the line space area and the character space area.
When an embedded insertion mode is adopted, the A2= S2 × T2, the S2 is the height of the picture, and the T2 is the width of the fixed partition 6;
when the peripheral insertion mode is adopted, the A2= S2 × V2, and V2 is the width of the picture;
d is the 5 sizes of newspaper layout of predetermined setting, D = E x G, E is the width of newspaper layout 5, G is the height of newspaper layout 5.
The shape of the active partition 7 may be dragged to adjust. The movable subarea 7 is firstly formed into a rectangle to facilitate the area calculation, and after the calculation is finished, an editor can drag the frame of the movable subarea 7, so that the shape of the movable subarea 7 is changed, and more typesetting requirements can be met.
The shape of the fixed partition 6 may be any pattern, but the area inside the fixed partition 6 is not changed. The fixed partition 6 first needs to be set to a rectangular shape to facilitate calculation of its area. In order to meet more editing requirements, the fixed partition 6 may be set to have an arbitrary shape with the same area.
The storage module 3 is directly connected with the printing module 4, and the newspaper layout 5 stored in the storage module 3 can be directly printed by the printing module 4. The storage module 3 stores the finished newspaper layout 5, and then the finished newspaper layout is directly printed into a finished product by the attack printing module 4.
The following is further detailed by way of specific embodiments: when all news materials are news materials which can be accepted and segmented, the newspaper partition size fixing mode can be directly selected, then the news materials can be completely contained in the fixed partition 6 through the segmentation of the news materials, and finally a proper newspaper layout 5 is obtained.
When the news materials are the news materials which are not accepted to be deleted, the newspaper subarea content fixing mode can be selected, the news materials which are not accepted to be deleted are filled into the newspaper layout 5, then the news materials in the other movable subareas 7 are deleted, and finally the appropriate newspaper layout 5 is obtained.
The foregoing is merely an example of the present invention and common general knowledge of known specific structures and features of the embodiments is not described herein in any greater detail. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (5)
1. A newspaper typesetting method is characterized by comprising the following steps:
receiving an instruction of entering a newspaper subarea size fixing mode or an instruction of entering a newspaper subarea content fixing mode;
when a mode instruction of entering the newspaper subarea with fixed size is received, entering a newspaper subarea size fixing template selection interface;
receiving a selection determining instruction, and entering an editing interface of a newspaper partition size fixing template correspondingly selected;
news materials with fixed formats, which are sent by the material module (2), are sequentially received and are sequentially filled into the corresponding fixed partitions (6), wherein the news materials comprise character materials and picture materials;
judging whether the news material filling is qualified or not;
if the news materials are not qualified, prompting that the news materials in the corresponding fixed partition (6) need to be modified, returning the news materials to the material module (2), and filling the news materials into the corresponding fixed partition (6) again for secondary judgment after the news materials are modified;
if the newspaper is qualified, a preview interface is automatically formed, and the finished newspaper layout (5) is sent to the storage module (3);
when a mode instruction that the content of the newspaper subareas is fixed is received, entering an editing interface with the content of the newspaper subareas fixed and preset;
news materials with fixed formats, which are sent by the material module (2), are sequentially received, and active partitions (7) capable of completely containing the news materials are sequentially formed, wherein the news materials comprise character materials and picture materials;
judging whether the active partition (7) formed by the news materials is qualified or not;
if the news in the active partition (7) is not qualified, prompting that the news needs to be modified, returning the news materials to the material module (2), and forming the active partition (7) again for secondary identification after the news materials are modified;
if the newspaper is qualified, prompting that the movable subareas (7) can be dragged into the newspaper layout (5) for arrangement;
receiving an instruction that the newspaper layout (5) is arranged, namely forming a preview interface, and simultaneously sending the finished newspaper layout (5) to the storage module (3);
judging whether the news material filling is qualified or not, wherein the condition is that whether A is larger than B or not, the A is the area occupied by the news material in the fixed partition (6), and the B is the area of the filled fixed partition (6);
the area A comprises an area A1 of a character part and an area A2 of a picture, and the picture is inserted in an embedded or peripheral mode;
the A1= [ (M1 x N1) × O1] + [ H1 x (O1-1) ] + [ (N1-1) × L1 x O1], the M1 is the area of a single character in the fixed partition (6), the N1 is the maximum number of characters capable of being accommodated in each row in the fixed partition (6), the O1 is the total number of rows of characters in the fixed partition (6), the H1 is the row spacing of characters in each row in the fixed partition (6), and the L1 is the word spacing between characters in the fixed partition (6);
when an embedded insertion mode is adopted, the A2= S1 × T1, the S1 is the height of the picture, and the T1 is the width of the fixed partition (6);
when a peripheral insertion method is adopted, A2= S1 × V1, and V1 is the width of the picture;
b is preset, B = T U, and U is the height of the fixed partition (6).
2. A newspaper typesetting method as claimed in claim 1, characterized in that: judging whether the movable subareas (7) formed by the news materials are qualified or not, wherein the judging condition is that whether C is larger than D or not, C is the total area of the movable subareas (7) formed by the news materials, and D is the total area of the newspaper layout (5);
the C is the sum of the area W of each movable partition (7), the area W of each movable partition (7) comprises the size W1 of characters and the size W2 of pictures, and the pictures are inserted in an embedded or peripheral mode;
w1= [ (M2 × N2) × O2] + [ H2 × (O2-1) ] + [ (N2-1) × L2 × O2], the M2 is the area of a single character in the active partition (7), the N2 is the maximum number of characters that can be accommodated by each row in the active partition (7), the O2 is the total number of rows of characters in the active partition (7), the H2 is the line spacing of characters in each row in the active partition (7), and the L2 is the word spacing between characters in the active partition (7);
when an embedded insertion mode is adopted, A2= S2 × T2, where S2 is the height of the picture and T2 is the width of the fixed partition (6);
when the peripheral insertion mode is adopted, A2= S2 × V2, and V2 is the width of the picture;
d is newspaper layout (5) size of predetermined setting, D = E G, E is the width of newspaper layout (5), G is the height of newspaper layout (5).
3. A newspaper typesetting method as claimed in claim 1, characterized in that: the shape of the movable partition (7) can be dragged to be adjusted.
4. A newspaper typesetting method as claimed in claim 1, characterized in that: the shape of the fixed partition (6) can be any figure, but the area in the fixed partition (6) is not changed.
5. A newspaper typesetting method as claimed in claim 1, characterized in that: the storage module (3) is directly connected with the printing module (4), and the newspaper layout (5) stored in the storage module (3) can be directly printed by the printing module (4).
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