CN101013418B - Auto-adaptive typesetting method for word in textbox - Google Patents
Auto-adaptive typesetting method for word in textbox Download PDFInfo
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- CN101013418B CN101013418B CN200710063967A CN200710063967A CN101013418B CN 101013418 B CN101013418 B CN 101013418B CN 200710063967 A CN200710063967 A CN 200710063967A CN 200710063967 A CN200710063967 A CN 200710063967A CN 101013418 B CN101013418 B CN 101013418B
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- 238000000034 method Methods 0.000 title claims abstract description 47
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Abstract
The invention involves a typesetting method where a text in the text box adapt automatically, belonging to the printing layout area. By adjusting the text in the text box parameters, this invention make the text in the text box whose layout has been complete can automatic adjust the text size, line spacing, word spacing and so on to accommodate it in the text box. Using the methodology described in this invention, through settings the parameter of text-based frame layout, to make the text whose layout has been completed can use the automatic typesetting rules of text box to accommodate itself to text layout space to achieve the desired results page.
Description
Technical field
The invention belongs to typesetting and printing field, be specifically related to a kind of literal self-reacting composition method in textbox.
Background technology
At present, in the print publishing process, literal all is in the textbox that enters in the one layout region, literal can not take the one layout region in the textbox automatically when entering textbox at literal, often has following two kinds of situations: (1) thus literal remains the blank excessive waste that causes the space of a whole page in one layout region; (2) thus the too small literal that makes of one layout region overflows textbox.Development along with typesetting technique, two kinds of methods of adjustment obviously appear in the adjustment of textbox, one is adjusted for manual, promptly manually realize that by adjustment font size, line space textbox and literal farthest match, it is very low that but the drawback of this kind method maximum is an efficient, wastes time and energy; It is two for utilizing computing machine to realize automatically literal and textbox being adjusted, the method of present existing automatic adjustment literal and textbox, just can reach the function that the most preliminary textbox and literal match, as: the composition method of a kind of word content fitting textbox described in the Chinese patent CN200610072322.2, this method has just simply been calculated the area of one layout region and the height of textbox, calculates more approaching reference altitude value again; According to the rectangular graph feature, in conjunction with the line height position of reference altitude value from certain hurdle that has entered, find the height and position of textbox the best to adjust the textbox height rapidly, thereby make textbox adjust to the state that just enters word content, but this method also has deficiency not locate, this method is just carried out simple convergent-divergent to textbox, can't handle literal, if in the textbox of an appointment size of specifying the space of a whole page during composing literal, if literal is in case overflow textbox or underfill in textbox, obviously this method can't head it off, and the user can't utilize the method to reach final composing effect.
By foregoing description as seen, prior art exists following shortcoming: the manual setting inefficiency, waste time and energy; The existing technology of utilizing computing machine automatically literal and textbox to be adjusted also exists to be used dumb, difficulty to reach that ideal effect, literal increase, deletion all must be readjusted, shortcoming such as can't adjust to the textbox of determining size, and these have strengthened composing personnel's composing workload.
Summary of the invention
At problems of the prior art, the purpose of this invention is to provide a kind of literal self-reacting composition method in textbox, this method can be by adjusting the parameter of literal in textbox, make literal after the typesetting space composing of textbox finishes, the size of adjustment literal, line space, word space etc. finally make literal be contained in the textbox just automatically.
In order to reach above purpose, the technical solution used in the present invention is: a kind of literal is self-reacting composition method in textbox, may further comprise the steps:
(1) before seal in the computer composition process, the word content of appointment is entered in the typesetting space in the textbox of appointment, no matter setting type is to set type in single hurdle, and still multicolumn is set type, and composing finishes and all can change in the step (2);
(2) done state of setting type after finishing according to step (1) Chinese words is selected the literal alter mode, finishes that full textbox just arranged in the back literal then the processing end needn't be changed if set type;
(3) change parameter of literal is adjusted in selection;
(4) priority of change parameter is set;
(5) to the literal of change parameter was set, the optimal proportion that calculates the literal change according to the priority of change parameter is a variable quantity, and concrete computing method are as follows:
1) specify change parameter to become change radix W big or that diminish, W is an arithmetic number;
2) the raw data X of the every change parameter of extraction literal, according to the fixed priority of change parameter priority being attached to then becomes the raw data X that has priority on the raw data X
n, wherein, n is a priority number, n is a natural number;
3) the best of calculating each change parameter changes multiple T, and T is an arithmetic number;
4) the change value L of calculating change parameter, L=W * T;
5) the variation delta X of calculating change parameter, Δ X=X
n± L; If parameter is amplified, then Δ X=X
n+ L; If parameter is dwindled, Δ X=X then
n-L;
(6) variable quantity that step (5) is obtained is additional to change parameter, and literal changes according to the change parameter that has added variable quantity then, makes literal can be contained in the textbox just after changing adjustment.
Further, the done state after the text composition described in the step (2) is finished comprises: literal overflows textbox, literal underfill textbox;
Further, the literal alter mode described in the step (2) comprises: font diminishes, variant font is big;
Further, the change parameter of the literal described in the step (3) comprises: font size, transverse direction scaling, longitudinal direction scaling, word space scaling, line space scaling;
Further, append, delete, when revising, all can add the change parameter that had been provided with to literal automatically for the literal that flows into textbox at every turn in the step (3);
Further, the priority of change parameter can be set arbitrarily in the step (4);
Further, when calculating the best change multiple T of change parameter in the step 3), adopt following method:
A) from priority change parameter the most formerly, set the change multiple scope of this change parameter, promptly set the maximal value and the minimum value of change multiple; Literal overflows textbox during if set type, and when then the change multiple of this change parameter is got maximal value, literal is predicted dwindle composing that end to the change of this change parameter if literal still overflows textbox, processing finishes; If literal all can be set type in textbox, then carry out dichotomy and calculate, obtain the best change multiple of this priority change parameter the most formerly; In like manner, if literal underfill textbox when setting type when then the change multiple of change parameter is got maximal value, predicts to amplify and sets type that if literal underfill textbox then end to the change of this change parameter still, processing finishes to literal; If literal is full of or overflows textbox, then carry out dichotomy and calculate, obtain the best change multiple of this priority change parameter the most formerly;
B) successively a), up to the best change multiple of obtaining each change parameter according to the priority repeating step;
Effect of the present invention is: adopt method of the present invention, before seal, in the process of typeset, can make in the lucky automatically textbox that is contained in appointment in the one layout region of literal, thereby improve composing efficient, reduce manual composing work, improved the composing automaticity.
Description of drawings
Fig. 1 is the process flow diagram of the method for the invention;
When being text composition, Fig. 2 overflows the view of textbox;
The view of underfill textbox when Fig. 3 is text composition;
Fig. 4 is the process flow diagram of best change multiple when obtaining literal underfill textbox;
Fig. 5 is the process flow diagram of best change multiple when obtaining literal and overflowing textbox;
Fig. 6 is the result schematic diagram of literal shown in Figure 2 through diminishing after changing;
Fig. 7 is that literal shown in Figure 3 is through amplifying result schematic diagram after changing.
Embodiment
The invention will be further described below in conjunction with specification drawings and specific embodiments:
Embodiment 1
As shown in Figure 1, a kind of literal is self-reacting composition method in textbox, may further comprise the steps:
(1) before seal in the computer composition process, the word content of appointment is entered in the typesetting space in the textbox of appointment, no matter setting type is to set type in single hurdle, and still multicolumn is set type, and composing finishes and all can change in the step (2);
In the present embodiment, in process of typeset, be example, literal entered in the typesetting space in the textbox of appointment with the literal shown in Figure 2 of setting type;
(2) done state of setting type after finishing according to step (1) Chinese words is selected the literal alter mode, finishes that full textbox just arranged in the back literal then the processing end needn't be changed if set type; Described literal done state comprises: literal overflows textbox, literal underfill textbox; Described literal alter mode comprises: font diminishes, variant font is big;
In the present embodiment, be that literal overflows textbox to select the mode of literal change accordingly be that literal diminishes according to the literal done state shown in Fig. 2;
(3) change parameter of literal is adjusted in selection; The change parameter of described literal comprises: font size, transverse direction scaling, longitudinal direction scaling, word space scaling, line space scaling; When adjusting the change parameter of literal, append, delete, when revising, all can add the change parameter that had been provided with to literal automatically for the literal that flows into textbox at every turn;
In the present embodiment, select corresponding change parameter to be: literal size, longitudinal direction scaling, line space scaling to literal shown in Figure 2;
(4) priority of change parameter is set; The priority of change parameter can set up on their own as required;
In the present embodiment, the priority of setting change parameter is: line space scaling＞literal size＞longitudinal direction scaling;
(5) to the literal of change parameter was set, the optimal proportion that calculates the literal change according to the priority of change parameter is a variable quantity;
In the present embodiment, when the optimal proportion that calculates the literal change according to the priority of change parameter was variable quantity, concrete computing method were as follows:
In the present embodiment, if no special instructions, the unit of account of each numerical value is point;
1) specify change parameter to become change radix W big or that diminish, W is an arithmetic number;
In the present embodiment, owing to overflow textbox during text composition shown in Figure 2, therefore, be the change radix that literal size, longitudinal direction scaling, line space scaling specify above-mentioned three change parameters to diminish according to the change parameter of determining in the step (3), wherein, the change radix W of literal size
1=1, the change radix W of longitudinal direction scaling
2=10, the change radix W of line space scaling
3=6;
2) the raw data X of the every change parameter of extraction literal, change parameter comprises literal size, transverse direction scaling, longitudinal direction scaling, word space scaling, line space scaling, and according to the fixed priority of change parameter priority being attached to then becomes the raw data X that has priority on the raw data X
n, wherein, n is a priority number, and n is a natural number, and the more little representative priority level of the numerical value of n is high more in the present embodiment;
In the present embodiment, the raw data of extracting every change parameter of literal shown in Figure 2 is: the raw data of literal size=30, the raw data of line space scaling=30, the raw data of longitudinal direction scaling=100, then the priority of fixed change parameter in the step (4) being attached to becomes the raw data that has priority on the raw data, in conjunction with example be: raw data=30 that are positioned at the line space scaling of first priority, be positioned at raw data=30 of the literal size of second priority, be positioned at raw data=100 of the longitudinal direction scaling of the 3rd priority;
3) the best of calculating each change parameter changes multiple T, and T is an arithmetic number;
In the present embodiment, as shown in Figure 5, when calculating the best change multiple T of change parameter, concrete grammar is as follows:
A) determine the change multiple scope of each change parameter, promptly set the maximal value and the minimum value of change multiple, from priority change parameter the most formerly, set the change multiple scope of this change parameter, promptly set the maximal value and the minimum value of change multiple, if literal overflows textbox when setting type, when then the change multiple of this change parameter is got maximal value, literal predicted dwindles composing, end to the change of this change parameter that processing finishes if literal still overflows textbox; When the change multiple that literal overflows textbox and change parameter during if set type is got maximal value, literal predicted dwindle composing, if literal all can be set type in textbox, then carry out dichotomy and calculate, obtain the best change multiple of this priority change parameter the most formerly;
In the present embodiment, what change parameter was positioned at top priority is the line space scaling, therefore from this parameter, determine the scope of change multiple, suppose that its maximal value is 11, minimum value is 2, because in the present embodiment, literal overflows textbox when setting type; get the maximal value 11 of change multiple, literal will be predicted after line space scaling that dwindling sets type is about to literal will dwindle 11 times predicted composing then, can set type in textbox owing to predict the back literal of setting type in the present embodiment; therefore carry out dichotomy and calculate, and the best change multiple that calculates this priority change parameter the most formerly and be the line space scaling is 5;
B) successively a), up to the best change multiple of obtaining each change parameter according to the priority repeating step; In the present embodiment,, determine that successively other change parameter is the best change multiple=10 times of literal size, the best change multiple=3 of longitudinal direction scaling times according to the method for step a);
4) the change value L of calculating change parameter, L=W * T;
In the present embodiment, each variation of parameter value is: the change value=10 * 3=30 of the change value=6 * 5=30 of line space scaling, the change value=1 * 10=10 of literal size, longitudinal direction scaling;
5) the variation delta X of calculating change parameter, Δ X=X
n± L.
According to above-mentioned formula, calculate the variable quantity of change parameter, in present embodiment, its result is as follows: the variable quantity=30-30=0 of line space scaling, variable quantity=the 30-10=20 of literal size, the variable quantity=100-30=70 of longitudinal direction scaling.
(6) variable quantity that step (5) is obtained is additional to change parameter, literal changes according to the change parameter that has added variable quantity then, can be contained in just in the textbox after making literal adjust through change, literal shown in Figure 2 is contained in the textbox after adjusting through change just, and its effect as shown in Figure 6.
Embodiment 2
The method that present embodiment 2 adopts is similar to Example 1, and difference from Example 1 is: with text composition shown in Figure 3 is example, and its process is as shown in Figure 1 and Figure 4, and is specific as follows:
In the present embodiment, if no special instructions, the unit of account of each numerical value is point;
It is big to be according to the literal done state shown in Fig. 3 that literal underfill textbox selects the mode of literal change to be that literal becomes accordingly in the step (2);
Select corresponding change parameter to be to literal shown in Figure 3 in the step (3): literal size, transverse direction scaling, longitudinal direction scaling;
The priority of setting change parameter in the step (4) is: literal size＞transverse direction scaling＞longitudinal direction scaling;
In the step (5) to the literal of change parameter was set, when the optimal proportion that calculates the literal change according to the priority of change parameter is variable quantity,
1) change radix=2 of appointment literal size, change radix=10 of transverse direction scaling, change radix=10 of longitudinal direction scaling;
2) extract the raw data of literal change parameter and added priority after, its result is: be positioned at the literal size of first priority raw data=10, be positioned at the transverse direction scaling of second priority raw data=100, be positioned at raw data=100 of the longitudinal direction scaling of the 3rd priority;
When 3) calculating the best change multiple of change parameter as shown in Figure 4, from the parameter that is positioned at first priority is the literal size, determine the maximal value of its change multiple, minimum value is respectively 11 and 2, because the literal in the present embodiment is the underfill textbox when setting type, therefore get the maximal value 11 of change multiple, then literal is predicted after the size that amplify to set type is about to literal is amplified 11 times and predicted composing, overflow textbox owing to predict the back literal of setting type in the present embodiment, therefore carry out dichotomy and calculate, the best change multiple that calculates this priority change parameter the most formerly and be the literal size is 5; Determine successively that then other change parameter is the best change multiple=10 times of transverse direction scaling, the best change multiple=5 of longitudinal direction scaling times;
4) in the present embodiment, each variation of parameter value is: the change value=2 * 5=10 of literal size, the change value=10 * 10=100 of transverse direction scaling, the change value=10 * 5=50 of longitudinal direction scaling;
5) in the present embodiment, its result is as follows for the variable quantity of change parameter: the variable quantity=10+10=20 of literal size, the variable quantity 100+100=200 of transverse direction scaling, the variable quantity=100+50=150 of longitudinal direction scaling;
The variable quantity that in the step (6) step (5) is obtained is additional to change parameter, literal changes according to the change parameter that has added variable quantity then, can be contained in just in the textbox after making literal adjust through change, literal shown in Figure 3 is contained in the textbox after adjusting through change just, and its effect as shown in Figure 7.
Why the present invention has the foregoing invention effect, be because the present invention has following characteristics: the present invention is a kind of literal self-reacting composition method in textbox, design and according to the method according to the inventive method, after can be implemented in literal and entering textbox, by automatic adjustment font size, line space, word space etc., final literal can be contained in the textbox just.It is characterized in that automatic change rule treatments precedence, make literal after existing typesetting space composing finishes, realize that literal adapts to the textbox typesetting space automatically, to reach desirable space of a whole page effect by setting.According to this method, can realize word content according to typesetting space size automatic typesetting, particularly in the frequent literal automatic typesetting of revising and adjusting under the application scenario of typesetting space.
Method of the present invention is not limited to the embodiment described in the embodiment, and those skilled in the art's technical scheme according to the present invention draws other embodiment, belongs to technological innovation scope of the present invention equally.
Claims (7)
1. a literal self-reacting composition method in textbox may further comprise the steps:
(1) before seal in the computer composition process, the word content of appointment is entered in the typesetting space in the textbox of appointment, no matter setting type is to set type in single hurdle, and still multicolumn is set type, and composing finishes and all can change in the step (2);
(2) done state of setting type after finishing according to step (1) Chinese words is selected the literal alter mode, finishes that full textbox just arranged in the back literal then the processing end needn't be changed if set type;
(3) change parameter of literal is adjusted in selection;
(4) priority of change parameter is set;
(5) to the literal of change parameter was set, the optimal proportion that calculates the literal change according to the priority of change parameter is a variable quantity, and concrete computing method are as follows:
1) specify change parameter to become change radix W big or that diminish, W is an arithmetic number;
2) the raw data X of the every change parameter of extraction literal, according to the fixed priority of change parameter priority being attached to then becomes the raw data X that has priority on the raw data X
n, wherein, n is a priority number, n is a natural number;
3) the best of calculating each change parameter changes multiple T, and T is an arithmetic number;
4) the change value L of calculating change parameter, L=W * T;
5) the variation delta X of calculating change parameter, Δ X=X
n± L; If parameter is amplified, then Δ X=X
n+ L; If parameter is dwindled, Δ X=X then
n-L;
(6) variable quantity that step (5) is obtained is additional to change parameter, and literal changes according to the change parameter that has added variable quantity then, makes literal can be contained in the textbox just after changing adjustment.
2. a kind of literal as claimed in claim 1 self-reacting composition method in textbox is characterized in that: the done state after the text composition described in the step (2) is finished comprises: literal overflows textbox, literal underfill textbox.
3. a kind of literal as claimed in claim 1 self-reacting composition method in textbox is characterized in that: the literal alter mode described in the step (2) comprises: font diminishes, variant font is big.
4. as claim 1,2 or 3 described a kind of literal self-reacting composition method in textbox, it is characterized in that: the change parameter of the literal described in the step (3) comprises: font size, transverse direction scaling, longitudinal direction scaling, word space scaling, line space scaling.
5. a kind of literal as claimed in claim 4 self-reacting composition method in textbox, it is characterized in that: append, delete, when revising, all can add the change parameter that had been provided with to literal automatically for the literal that flows into textbox at every turn in the step (3).
6. a kind of literal as claimed in claim 4 self-reacting composition method in textbox is characterized in that: the priority of change parameter can be set arbitrarily in the step (4).
7. a kind of literal as claimed in claim 1 self-reacting composition method in textbox is characterized in that: when calculating the best change multiple T of change parameter in the step 3), adopt following method:
A) from priority change parameter the most formerly, set the change multiple scope of this change parameter, promptly set the maximal value and the minimum value of change multiple;
Literal overflows textbox during if set type, and when then the change multiple of this change parameter is got maximal value, literal is predicted dwindle composing that end to the change of this change parameter if literal still overflows textbox, processing finishes; If literal all can be set type in textbox, then carry out dichotomy and calculate, obtain the best change multiple of this priority change parameter the most formerly;
In like manner, if literal underfill textbox when setting type when then the change multiple of change parameter is got maximal value, predicts to amplify and sets type that if literal underfill textbox then end to the change of this change parameter still, processing finishes to literal; If literal is full of or overflows textbox, then carry out dichotomy and calculate, obtain the best change multiple of this priority change parameter the most formerly;
B) successively a), up to the best change multiple of obtaining each change parameter according to the priority repeating step.
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| CN200710063967A CN101013418B (en) | 2007-02-15 | 2007-02-15 | Auto-adaptive typesetting method for word in textbox |
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| CN101013418B true CN101013418B (en) | 2010-05-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20140096017A1 (en) * | 2012-09-28 | 2014-04-03 | Interactive Memories, Inc. | Methods for Dynamic Selection and Unification of Style and Photo Effects Across Multiple Photos Presented in a Theme-Based Template on an Electronic Interface |
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| CN100552671C (en) * | 2007-12-29 | 2009-10-21 | 北京大学 | A kind of implementation method of pre-typesetting and system |
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| CN111079396B (en) * | 2019-12-20 | 2023-06-16 | 方正国际软件(北京)有限公司 | Chinese typesetting method and typesetting device for irregular unit cell |
| CN113450243A (en) * | 2020-03-24 | 2021-09-28 | 北京四维图新科技股份有限公司 | Watermark adding method and device |
| CN111626036B (en) * | 2020-05-27 | 2021-04-30 | 南京蓝鲸人网络科技有限公司 | Image-text typesetting processing method |
| CN114237789A (en) * | 2021-11-24 | 2022-03-25 | 浙江大学 | Uni-app-based adaptive framework meeting appropriate aging and using method |
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| US6256650B1 (en) * | 1998-05-18 | 2001-07-03 | Microsoft Corporation | Method and system for automatically causing editable text to substantially occupy a text frame |
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