KR102006601B1 - Method of creating electronic test paper - Google Patents

Abstract

According to one embodiment of the present invention, a method for generating an electronic test paper may comprise: a first output step of outputting confirmed question data including the m number of questions having question number (k) in the order of size of the question number (k) to a virtual electronic document; a calculation step of forming rectangles respectively surrounding the problems and calculating block heights (b), which are heights of the rectangles; and a first comparison step of comparing a height of the partial page (p) obtained by dividing a page of the electronic test paper into one or more stages and the block heights (b) corresponding to the question number (k).

Description

Electronic test paper generation method {METHOD OF CREATING ELECTRONIC TEST PAPER}

The present invention relates to a method for generating an electronic test paper, and reflects the problems selected by the user in the problem database, the size of the paper or screen, the type and size of the font, the line spacing, and the margin size at the bottom of the problem. If you set the test paper in multiple stages, the number of questions is automatically adjusted so that one problem is not shown on two or two pages. If multiple questions are placed in the same column, the bottom margin of each problem is equally provided. The present invention relates to a method for generating an electronic test paper, which automatically prints electronic test papers (test papers in the form of electronic documents) with high readability, and enables immediate output from a program such as a web browser.

In general, elementary, middle, and high school students are identified or evaluated through problem solving. Recently, an electronic test paper (test paper in the form of an electronic document) is composed of questions selected by a user using an online question bank, and printed on a screen or paper and used for problem solving.

When placing multiple questions in a workbook or exam paper, place all the content in the same column or page, including sentences, tables, pictures, and multiple-choice options, in order to improve readability. Typeset in advance to provide similarly sized margins at the bottom of the various problems at. This task is simple but requires a lot of time and labor.

However, if a test question is placed between the page and the next page or the step and the next step while the user-selected questions are placed on the electronic test paper, not only can the test problem be identified at a glance, but it is also prevented. Additional effort is required to modify the shape of the test paper. In this case, the user can not only focus on the problem, but also the time required to solve the problem becomes long.

Republic of Korea Patent Publication No. 2010-0111819 (2010.10.18.)

The problem to be solved by the present invention can be automatically typeset so that the user can easily print immediately and easily read according to the test paper settings on the website without a separate word processor in the process of creating electronic test papers selected by the online question bank directly It is to provide a method for generating an electronic test paper.

Still other problems to be solved by the present invention will become more apparent from the following detailed description and drawings.

According to an embodiment of the present invention, the electronic test paper generation method, outputting the definite item data including m questions having an item number (k) to the virtual electronic document in the order of the item number (k) A first output step; Calculating a block height (b) that forms a quadrangle surrounding each of the problems and is the height of the quadrangle; And a first comparison step of comparing the height of the partial page p obtained by dividing the page of the electronic test paper into one or more stages and the block height b corresponding to the item number k.

The electronic test paper generating method corresponds to the item number (k) at the height (b) of the partial page (p) if the height of the partial page (p) is greater than the height of the rectangle corresponding to the item number (k). The second comparison step of comparing the height of the block height (b) minus the block height (b) corresponding to the item number (k + 1).

The electronic test paper generation method, if the height of the partial page (p) is larger than the block height (b) corresponding to the item number (k) to the problem of the item number (k) to the partial page (p) And a second output step of outputting.

The electronic test paper generation method, if the height of the partial page (p) is less than the block height (b) corresponding to the item number (k) to the height of the next partial page (p + 1) and the item number (k). The third comparison step of comparing the corresponding block height (b); may further include.

If the height of the partial page p + 1 is less than or equal to the block height b corresponding to the item number k, the problem of the partial page p and the partial page An exception processing step of outputting over p + 1) may be further included.

In addition, according to another embodiment of the present invention, it may include a computer-readable recording medium recording a program for performing the above-described electronic test paper generation method.

The electronic test paper generating method according to the present invention enables the user to grasp the test problem at a glance by minimizing the location of one test question between the page and the next page or between the next step and the next step, and when generating the question paper, Otherwise, there is an advantage to minimize the effort on problem placement.

1 is a block diagram of an electronic test paper generating system according to an embodiment of the present invention.
2 is a flowchart schematically illustrating a method for generating an electronic test paper according to an embodiment of the present invention.
FIG. 3 is a diagram illustrating a state in which the determined item data arranged in the virtual electronic document is output as a partial page by the electronic test paper generating system according to the present embodiment.
4 to 6 are diagrams showing a state in which the confirmation item data is output on a partial page divided into two stages by the electronic test paper generating system according to the present embodiment.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to FIGS. 1 to 6. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. These embodiments are provided to explain in detail the present invention to those skilled in the art. Accordingly, the shape of each element shown in the drawings may be exaggerated to emphasize a more clear description.

Prior to the description, numerical units used in the present embodiment, such as width, height, and the like, which will be described later, may be px (pixel), pt (point), in (inch), pc (pica), em, rem, ex (reference font). Units, such as lowercase letter x height).

1 is a block diagram of an electronic test paper generation system according to an embodiment of the present invention, Figure 3 is a partial page output of the determined item data arranged in the virtual electronic document by the electronic test paper generation system according to the present embodiment It is a figure which shows the state to become.

1 and 3, the electronic test paper generation system 100 according to the present embodiment is for minimizing a test problem located between a page and a next page or a stage and a next stage. ), An input unit 120, a control unit 130, and a display unit 140.

The problem DB 110 is responsible for storing data and programs used in the electronic test paper generator 100. The problem DB 110 may store multiple choice, short answer, and descriptive questions.

Input unit 120 is responsible for the input of the output conditions, such as the difficulty of the problem, multiple choice / multiple ratio, the type of questions, the total number of questions, the number of pages (single) to divide the page, the font, the size of the text, the size of the standard paper to print do. The user may input the output condition through the input unit 120. The input unit 120 may be a keyboard, key pad, or the like.

The display unit 140 is responsible for displaying output data such as the electronic test paper 30 to be described later. The user can grasp and solve problems of the electronic test paper 30 output through the display unit 140 at a glance.

The controller 130 is electrically connected to the problem DB 110, the input unit 120, and the display unit 140, and the item data receiving unit 131, the definite item data generating unit 132, the partial page processing unit 133, and the electronic The document processing unit 134, the block processing unit 135 and the electronic test paper composition unit 136 is included.

The item data receiving unit 131 outputs the input conditions through the input unit 120 (difficulty of the problem, multiple choice / short answer ratio, question type, total number of questions, the number of pages divided by a number (single number), the number of items to be output on the partial page ( n) Search for and receive item data composed of a plurality of questions corresponding to the problem DB (110).

The definite item data generation unit 132 may generate definite item data by the user editing (ordering, adding, deleting, etc.) problems included in the item data. The definite question data includes questions with m total questions, each of which has a different item number (eg, 1,2,3,4 ………).

  The partial page processing unit 133 generates a partial page p dividing a page of the electronic test paper by the number of stages inputted through the input unit 120 (a basis for dividing the page of the electronic test paper consisting of one or more pages into one or more stages). do. The partial page processor 133 calculates the width and height of the partial page p.

The electronic document processing unit 134 generates a virtual electronic document 30 having a width less than or equal to the width of the partial page p and having an infinite height. The electronic document processing unit 134 outputs the determined item data 15 of m total questions to the electronic document 30 in ascending or descending order in the order of the item number 11 k.

The block processor 135 forms a rectangle surrounding each problem of the definite item data 15 output in the electronic document. In this case, the quadrangles may be configured to be circumscribed with each other in the vertical direction, and the quadrangles are preferably formed as rectangles having the same width.

The block processor 135 may calculate the block height b, which is the height of the rectangle, and temporarily store the block height b in the height storage unit (not shown). At this time, the block height (b) may be stored with a rectangular identification number, such as item number (k).

The electronic test paper composition unit 136 compares the height of the partial page p with the k-th block height b. At this time, the block height (b) may include a predetermined margin height (s) so that the space between the problem and the problem can be set. If the height of the partial page (p) is greater than the k-th block height (b), the electronic test paper composition unit 136 outputs the problem corresponding to the item number k to the partial page (p), and at the height of the partial page (p). If the height minus the kth block height (b) is greater than the (k + 1) th block height, the problem corresponding to the item number (k + 1) is printed on the partial page (p).

The electronic test paper composition unit 136 compares the next partial page p + 1 and the k-th block height b if the height of the partial page p is less than or equal to the block height b. At this time, if the partial page (p + 1) is larger than the k-th block height (b), the problem corresponding to item number k is output to the partial page (p), and the partial page (p + 1) is the k-th block height (b). ) Can be handled with exceptions. In this case, the exception processing means outputting the partial page p and the partial page p + 1.

This process may be repeated until the number of items output on the partial page p is n. If the item number k is m, the process is terminated. With the process finished, the margin height s may be equally rearranged between the problems in the same partial page p.

3 to 6 illustrate an example in which the pages of the electronic test paper 30 are divided into two stages, but the scope of the present invention is not limited thereto. Of course, it can be divided into stages.

FIG. 2 is a flowchart illustrating a method for generating an electronic test paper according to an embodiment of the present invention, and FIG. 3 is a part of the confirmation item data arranged in a virtual electronic document by the electronic test paper generating system according to the present embodiment. It is a figure which shows the state output to a page. Hereinafter, the electronic test paper generation method according to the present embodiment will be described with reference to FIGS. 2 and 3.

First, the control unit 130 includes a plurality of questions corresponding to an output condition (difficulty of a problem, multiple choice / short answer ratio, question type, total number of questions) inputted through the input unit 120, and a problem DB (110). Receiving is performed in step (S101).

Next, the control unit 130 generates the determined item data in which the problem included in the item data is edited (ordered, added, deleted, etc.) (S102). The definite question data includes questions with m total questions, each of which has a different item number (eg, 1,2,3,4 ………).

Next, the step of inputting the number of stages (number of stages of dividing the electronic test paper page) of the determined item data through the input unit 120 is performed (S103).

Next, the controller 130 divides the partial page p divided by the page of the electronic test paper into the number of stages inputted through the input unit 120 (the basis for dividing the page of the electronic test paper consisting of one or more pages into one or more stages). Create The partial page processor 133 calculates the width and height of the partial page p (S104).

Next, a step of inputting the number of items n to be output to the partial page p through the input unit 120 is performed (S105).

Next, the controller 130 generates a virtual electronic document 30 having a width equal to or less than the width of the partial page p (S106).

Next, the control unit 130 outputs the determined item data 15 of the total number of questions m to the electronic document 30 in ascending or descending order in the order of the size of the item number 11 k (S107).

Next, the control unit 130 performs a step of forming a rectangle surrounding each problem of the determined item data 15 output in the electronic document (S108). In this case, the rectangles may include a margin height s.

Next, the controller 130 may calculate block heights b, which are the heights of the rectangles, and temporarily store them in a height storage unit (not shown) (S109). At this time, the block height (b) may be stored with a rectangular identification number, such as item number (k).

Next, the controller 130 compares the height of the partial page p with the k-th block height b (S111). At this time, the block height (b) may include a predetermined margin height (s) so that the space between the problem and the problem can be set. If the height of the partial page (p) is greater than the k-th block height (b), the electronic test paper composition unit 136 outputs the problem corresponding to the item number k to the partial page (p), and at the height of the partial page (p). If the height minus the k-th block height b is greater than the (k + 1) -th block height, a problem corresponding to the item number (k + 1) is output to the partial page p (S112).

Meanwhile, if the height of the partial page p is less than or equal to the block height b, the controller 130 compares the next partial page p + 1 with the k-th block height b (S118). At this time, if the partial page (p + 1) is larger than the k-th block height (b), the problem corresponding to the item number k is output to the partial page (p) (S112), and the partial page (p + 1) is the k-th block. If the height (b) or less, exception processing can be performed (S119). In this case, the exception processing means outputting the partial page p and the partial page p + 1. After the exception processing, the height of the partial page (p + 1) minus (the height of the kth block output from the partial page (p + 1)) and the (k + 1) th block height (b) are compared. The process may be performed (S111).

The processes S101 to S119 may be repeatedly performed until the number of items output on the partial page p is n (S115). If the item number k is m, the process is terminated (S113). With the process finished, the margin height s may be equally rearranged between the problems in the same partial page p.

4 to 6 are diagrams showing a state in which the confirmation item data is output on a partial page divided into two stages by the electronic test paper generating system according to the present embodiment.

Referring to FIG. 4, one page of the electronic test paper 30 is divided into two stages, and three problems set by the user are output to each partial page p. In this case, the same margin height may be set in the vertical direction between the problems in the same partial page p.

Referring to FIG. 5, since there is no space for the question number 3 to be output on the first partial page p of the electronic test paper 30, the next partial page p + 1 is output.

Referring to FIG. 6, since there is no space to output the problem of item No. 1 on the first partial page p of the electronic test paper 30, and there is no space to be output on the next partial page p + 1, the item number The problem of 1 is output over the partial page p and the partial page p + 1 (exception processing).

As a result, the electronic test paper generating method according to the present embodiment enables the user to grasp the test problem at a glance by minimizing the location of one test question between the page and the next page or between the step and the next step.

Although the present invention has been described in detail with reference to preferred embodiments, other forms of embodiments are possible. Therefore, the spirit and scope of the claims set forth below are not limited to the preferred embodiments.

10: Electronic Document 11: Question Number
13: Question 15: Confirmation question data
b: block height 20: block
30: Electronic document 31: Divider
p: partial page s: margin height
100: electronic test paper generation system 110: problem DB
120: input unit 130: control unit
131: Item data receiving unit 132: Confirmation item data generation unit
133: partial page processing unit 134: electronic document processing unit
135: block processing unit 136: electronic test paper component
140: display unit

Claims (7)

Receiving, by the control unit 130, the question data configured in the problem DB 110 including a plurality of problems corresponding to an output condition input through the input unit 120 (S101);
Generating, by the control unit (130), definite item data including m questions having different item numbers (k) edited from the item data (S102);
Inputting, by the input unit 120, the number of stages which is a reference for dividing the page of the electronic test paper consisting of one or more pages into one or more stages (S103);
Generating, by the controller 130, a partial page p dividing a page of the electronic test paper by the singular number, and calculating a width and a height of the partial page p (S104);
Inputting the number of questions (n) to be output to the partial page (p) through the input unit (120) (S105);
Generating, by the control unit 130, a virtual electronic document 30 having a width equal to or less than the width of the partial page p (S106);
Outputting, by the control unit, the determined item data to the electronic document in the order of the size of the item number (k) (S107);
Step S108 of forming, by the controller 130, surrounding respective problems of the definite item data output to the electronic document, each quadrangle having the same width and circumscribing each other in the vertical direction;
Calculating, by the controller 130, block heights b, which are the heights of the rectangles, respectively (S109);
Comparing, by the controller 130, a height of the partial page p with a block height b corresponding to the item number k;
If the height of the partial page p is larger than the block height b corresponding to the item number k, the controller 130 outputs the problem corresponding to the item number k to the partial page p. If the height of the partial page p minus the block height b corresponding to the item number k is greater than the block height corresponding to the item number k + 1, the item number k + 1 Outputting a problem corresponding to the partial page p (S112);
If the height of the partial page p is less than or equal to the block height b corresponding to the item number k, the controller 130 corresponds to the height of the next partial page p + 1 and the item number k. Comparing the height b of the block (S118); and
In the step S118, if the height of the partial page p + 1 is greater than the block height b corresponding to the item number k, the problem corresponding to the item number k is solved. +1) and if the height of the partial page p + 1 is less than or equal to the block height b corresponding to the item number k, the problem corresponding to the item number k is solved. p) and outputting the partial page (p + 1) (S119).
The block height (b) includes a predetermined margin height (s) so that the same margin space can be set between the problem,
The step (S101) to step (S119) is repeatedly performed until the item number (k) is m (S113), electronic test paper generation method. The method according to claim 1,
The control unit 130 stores the block height b together with a rectangular identification number such as the item number (k), the electronic test paper generation method. The method according to claim 1,
The output condition is,
How to create an electronic test paper, including any one or more of the difficulty of the problem, multiple-choice / short answer, the type of questions and the total number of questions. The method according to claim 1,
The above edit,
Electronic test paper generation method comprising any one or more of the ordering, addition and deletion. delete delete delete

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