JP2016109852A - System for creating soft keyboard for input of test score - Google Patents

Abstract

PROBLEM TO BE SOLVED: To realize a system for creating a soft keyboard for input of a test score, capable of creating a soft keyboard suitable for input of the test score, correspondingly to allotment of each test.SOLUTION: A system for creating a soft keyboard for input of a test score comprises: an allotment information database 22 in which each test and allotment for every small question of each test are associated with each other and registered; means for, from the allotment information database 22, acquiring all small questions belonging to a predetermined collection range, and allotment for every small question, and calculating all score appearance patterns in which a score is equal to or lower than a total score of acquired allotments of the all small questions; means for creating a soft keyboard 42 for input of a score, which is a numerical value input type, in which a score numerical key group 45 formed of only score numerical keys 43 corresponding to scores of the calculated all score appearance patterns, is disposed; and means for outputting the soft keyboard 42 for input of a score which is a numerical value input type, on a display part 20.SELECTED DRAWING: Figure 7

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a test score input soft keyboard generation system, and more particularly to a test score input soft keyboard generation capable of generating a soft keyboard suitable for the test score input corresponding to each test score. About the system.

  In elementary and junior high schools, each teacher conducts timely tests for each unit or semester of the students he / she teaches, and the score is managed by an information processing terminal such as a personal computer.

In recent years, in order to reduce the burden and convenience when inputting test scores, a soft keyboard customized for score input is displayed on the display screen of the display unit connected to the information processing terminal, and the score is input from the soft keyboard. Has been done.
The soft keyboard is generated by software, and an image corresponding to the keyboard is displayed on the display screen of the display unit, and numbers, characters, It refers to a virtual keyboard that can input symbols and the like, and is also called a software keyboard, a virtual keyboard, and the like.

  FIG. 17 shows a score input screen 72 displayed on a display screen 70 of a display unit such as a liquid crystal display (LCD) or a CRT of an information processing terminal, and a conventional numeric input type software displayed on the score input screen 72. An example of the keyboard 74 is shown.

The score input screen 72 shown in FIG. 17 illustrates a screen for inputting and aggregating the scores of tests performed for each unit according to viewpoints. The class name (6 years, 10 sets, etc.), semester (1 semester, etc.) , Subject (national language etc.), child name (Ando ○○ etc.), unit name (curry rice etc.), viewpoint name (reading / word / han / leaf), unit allocation (100 points, 50 points etc.) Yes.
“Unit” refers to a learning unit that divides the contents of textbooks and other teaching materials, and “point of view” is defined in order to conduct multifaceted evaluation of the achievement of learning by children and students in elementary and junior high schools. It is what.

The conventional soft keyboard 74 shown in FIG. 17 has a score number including a total of 20 score number keys 75 for every 5 points from 5 to 100 in addition to a numeric keypad from 0 to 9, full key, absence key, etc. A key group 77 is provided.
In this soft keyboard 74, a total of 20 scoring numeric keys 75 for every 5 points from 5 to 100 are provided, so the number of test questions / scoring is "10 questions, 10 points unit (100 points maximum)" In the case of “10 questions, 5 points (50 points maximum)”, etc., you can enter the score just by performing the input operation of any of the above numeric keys 75, and the alphabet keys like a normal physical keyboard Since there are no unnecessary keys for score input such as function keys and sign keys, the burden at the time of score input is reduced.

  The numeric keypad on the above-mentioned soft keyboard 74 gives a score that cannot be handled by the numeric key for every 5 points from 5 to 100 (for example, 94 points) as a result of adding partial points, or directly input the score This is provided for the purpose of doing so.

FIG. 18 shows an example of a ○ × input-type score input screen 76 displayed on the display screen 70 of the display unit and a conventional ○ × input-type soft keyboard 78 displayed on the score input screen 76. It is shown.
The score input screen 76 shown in FIG. 18 exemplifies a screen for inputting scores of questions from various viewpoints (reading, kanji, and words) for the unit test performed on the unit “Kurai Rice” in Japanese.

The conventional ○ × input type soft keyboard 78 shown in FIG. 18 has 10 keys from 0 to 9 in addition to the ○ key, × key, Δ key, all ○ keys, all × keys, absent key, full key, etc. A scoring number key group 80 having scoring number keys 79 is provided.
On the score input screen 72 of the XX input type, when the ◯ key of the soft keyboard 78 is operated and input, the correct answer points (for example, 10 points, 5 points, etc.) of the corresponding question are added and the X key is operated and input. Then, 0 points are added. The △ key is a key for inputting a partial point. When the △ key is operated, a predetermined partial point (for example, when there are 10 correct answer points, 5 partial points and 5 correct answer points). In the case of points, 3 points etc.) are added.
The ○ × input-type soft keyboard 78 allows you to input points by simply operating the ○ key, × key, and △ key, as well as input points such as alphabetic keys, function keys, and sign keys as with a normal physical keyboard. Since there are no unnecessary keys, the burden when entering scores is reduced.

  Note that the score numeric key 79 from 0 to 9 on the soft keyboard 78 is a score that cannot be handled by the ○ key, the × key, and the △ key as a result of adding partial points other than the specified partial points (for example, the correct answer score is This is provided for the case where 8 partial points are generated in the case of 10 points, or when a score is directly input.

  By the way, the test score, the number of questions, and the perfect score are often different depending on the type of test. For example, when the test score, the number of questions, and the perfect score are "10 points, 5 questions, 50 points" The 5 points scoring numeric keys 75 (5, 15, 25, etc.) and 55 or more scoring numeric keys 75 on the numeric input type soft keyboard 74 are not necessary. Regardless of the number of problems and the perfect score, a single soft keyboard 74 was generated and used.

  The same applies to the ◯ × -input type soft keyboard 78. For example, in the case of a five-point scoring test, the score key 79 for scoring six points or more is unnecessary, but conventionally, the scoring for each test question is not necessary. Regardless of whether a single soft keyboard 78 is generated or used.

  For this reason, the presence of unnecessary score numeric keys 75 and 79 causes erroneous input and complication of input work, and the soft keyboard 74 is enlarged to increase the occupation ratio of the display screen 70, thereby increasing the size of the display screen 70. When the value is small, the input work may be hindered.

  The present invention has been devised in order to solve the above-described problems, and the purpose of the present invention is to provide a test keyboard capable of generating a soft keyboard suitable for score input of each test in correspondence with the score of each test. It is to realize a soft keyboard generation system for score input.

In order to achieve the above object, a soft keyboard generation system for inputting test scores according to claim 1,
A score information storage means for associating and registering each test and a score for each question of each test;
Means for obtaining all sub-problems belonging to a predetermined totaling range and a score for each sub-question from within the above-mentioned scoring information storage means, and calculating all score appearance patterns that are less than or equal to the total score of all the obtained sub-problems. ,
Means for generating a score input soft keyboard in which a score numeric key group consisting only of score numeric keys corresponding to the scores of all calculated score appearance patterns is arranged;
A means for outputting the generated score input soft keyboard to the display unit is provided.

A soft keyboard generation system for inputting test scores according to claim 2,
A score information storage means for associating and registering each test and a score for each question of each test;
A score key group consisting only of score key keys corresponding to the scores of all score appearance patterns below the score of the acquired sub-question is obtained from the above-mentioned scoring information storage means. Means for generating a score input soft keyboard in which a △ key assigned a default partial point, a ○ key assigned a correct answer point, and a cross key assigned an incorrect answer point are arranged,
A means for outputting the generated score input soft keyboard to the display unit is provided.

A soft keyboard generation system for inputting test scores according to claim 3,
A score information storage means for associating and registering each test and a score for each question of each test;
A scoring criterion storage means for registering each sub-question and a plurality of partial points of each sub-probe,
A score key group consisting only of score key keys corresponding to the scores of all score appearance patterns below the score of the acquired sub-question is obtained from the above-mentioned scoring information storage means. And, from the scoring standard storage means, a plurality of partial points of the question to be scored are acquired, a plurality of Δ keys to which the acquired partial points are assigned, a ○ key to which the correct answer points are assigned, Means for generating a score input soft keyboard in which an x key assigned an answer point is arranged;
A means for outputting the generated score input soft keyboard to the display unit is provided.

  2. The test score input soft keyboard generation system according to claim 1, wherein a score input of a numeric input type in which a score numeric key group consisting only of score numeric keys corresponding to the scores of all score appearance patterns is arranged. The software keyboard is generated and output to the display unit, so there are no unnecessary scoring number keys in the scoring number key group, and only the scoring number keys necessary for scoring are entered. Work complexity can be reduced. In addition, since there are no unnecessary scoring number keys in the scoring number key group, it is possible to reduce the display size of the number input type score input soft keyboard.

In the soft keyboard generation system for score input of a test according to claim 2 or claim 3, a score numeric key group consisting only of score numeric keys corresponding to the scores of all score appearance patterns of the target question, By constructing to generate and output to the display unit a score input soft keyboard in which a △ key assigned a partial point, a ○ key assigned a correct answer point, and a × key assigned a wrong answer point are arranged. Since there are no unnecessary scoring number keys in the scoring number key group, and only having the scoring number keys necessary for scoring input, it is possible to reduce erroneous input and complication of input work.
In addition, since there are no unnecessary score numeric keys in the score numeric key group, the display size of the score input soft keyboard can be reduced accordingly.

  Furthermore, in the case of the test score input soft keyboard generation system according to claim 3, a plurality of registered partial points are obtained in association with the sub-question to be scored, and the acquired partial points are assigned. In addition, since a score input soft keyboard with a plurality of △ keys is generated and output to the display unit, a plurality of questions to which a plurality of partial points are set are assigned to a plurality of partial points. An input operation can be easily performed using the △ key.

  FIG. 1 is a block diagram showing a functional configuration of a test score input soft keyboard generation system 10 (hereinafter referred to as the present system 10) according to the present invention, which includes a control unit 12 and a storage unit 14.

The control unit 12 is connected via an input / output control unit 16 to an input unit 18 such as a mouse and a physical keyboard and a display unit 20 such as a liquid crystal display (LCD) having a display screen.
The input / output control unit 16 functions as an interface that inputs a command input from the input unit 18 to the control unit 12 and performs display control on the display unit 20 based on the display command output from the control unit 12. It is.

  The control unit 12 includes a CPU of an information processing terminal such as a personal computer and an OS or application program for controlling the operation of the information processing terminal. Based on a command of the input unit 18 given through the input / output control unit 16, Arithmetic processing and control according to the description contents of the application program are executed, and the execution result is output to the display unit 20 via the input / output control unit 20.

The storage unit 14 includes a data storage unit 26 having a scoring information database 22 and a scoring reference database 24, a work data storage unit 28, and a screen definition storage unit 30.
The data storage unit 26 and the screen definition storage unit 30 are placed in a storage device such as a hard disk constituting the information processing terminal, and the work data storage unit 28 is placed in a temporary storage device such as a main memory (RAM). .

The work data storage unit 28 is a storage unit that is secured by the control unit 12 when the system 10 is activated and temporarily stores input data and calculation results.
The screen definition storage unit 30 is a storage unit that stores screen definition information of various screens that the system 10 displays on the display screen of the display unit 20, and stores a soft keyboard template and the like to be described later.

In the above-mentioned scoring information database 22, a unit name, a unit code, a year, a class code, a subject code, a viewpoint name, a viewpoint code, a question number, and a score for each question are associated and registered for each test. ing.
FIG. 2 to FIG. 4 show an example of the scoring information registered in the scoring information database 22, and “unit name (curry rice)”, “unit code (1357)”, “year (2014)”. "Class code (0610)", "Subject code (KOKU)", "Viewpoint name", "Viewpoint code", "Sub-question number", and "Scoring for each sub-question" are registered.

FIG. 2 exemplifies the scoring information regarding the test of the viewpoint “read” (viewpoint code = Y001) in the Japanese language (subject code = KOKU). In this test, the number of subquestions is 10 and each small The question is scored 10 points.
FIG. 3 exemplifies the scoring information regarding the test of the viewpoint “kanji” (viewpoint code = K001) of the national language (subject code = KOKU). In this test, the number of subquestions is 10 and The questions are scored 5 points.
FIG. 4 exemplifies the scoring information regarding the test of the viewpoint “word” (viewpoint code = B001) of the national language (subject code = KOKU). In this test, the number of sub-questions is 5, The question is scored 10 points.

  In the above-mentioned scoring information database 22, it is only necessary to register the data relating to the totaling range of the score and the scoring data for each question belonging to the totaling range for each test. In the unit test with the unit name “Curry and Rice”, the “viewpoint name / point of view code” as the total range data of the score and the score for each question belonging to the “viewpoint name / viewpoint code” are registered in association with each other. Is.

  2 to 4 show the case where the totaling range of the scores is subdivided according to the viewpoint in the unit test of the unit name “curry rice”, but the totaling range is not subdivided. When counting only the total score of the test, it is only necessary to register all the questions belonging to the unit test and the score for each question in the unit test of the unit name `` Curry Rice ''. In this case, “unit name / unit code” is data relating to the total range of scores.

In the scoring standard database 24, for each test, a unit code, a year, a class code, a subject code, a viewpoint name, a viewpoint code, a question number, whether or not there is a scoring standard for each question, and a scoring standard A plurality of partial points, if any, are registered in association with each other.
5 and 6 show an example of scoring standard information of partial points registered in the scoring standard database 24. “Unit code (1357)”, “Year (2014)”, “Class code ( 0610) ”,“ Subject Code (KOKU) ”,“ Viewpoint Name ”,“ Viewpoint Code ”,“ Subquest Number ”,“ Score Existence for Each Question (YES / NO) ”, if there is a scoring criteria The "partial point" is registered.
FIG. 5 shows a case where there is no scoring standard data regarding partial points for all the sub-questions. FIG. 6 shows “sub-problem 1, sub-problem 4, sub-problem 5, sub-problem 7 and sub-problem 9” For, there is a scoring standard, and there are three types of partial points: “2/5/5/8”.

Hereinafter, a procedure for generating a numerical input type score input soft keyboard in the system 10 will be described based on the block diagram of FIG. 1 and the flowchart of FIG.
FIG. 8 shows an example of a numerical input type score input screen 34 displayed on a display screen 32 such as a liquid crystal display constituting the display unit 20. The score input screen 34 is registered in advance in the screen definition storage unit 30, and based on a command input from the input unit 18, the control unit 12 reads out from the screen definition storage unit 30 and displays the display unit 20. To be displayed on the display screen 32.

  The score input screen 34 shown in FIG. 8 is an example of a screen for inputting / aggregating the scores of tests conducted for each unit by viewpoint, and class name, subject, name of child, aggregation range, unit name, viewpoint name Unit allocations are displayed. In Fig. 8, the class name is "6 years 10 sets", the semester is "1 semester", the subject is "Korean language", the unit name is "Curry and rice", etc. “Reading (reading), words (language), Chinese (kanji), leaves (words)”, and unit readings of “reading 100 points, words 100 points, • Han 50 points, leaves 50 points” Illustrated.

  For example, when a user such as a teacher of elementary and junior high school performs a score input of “reading” from the viewpoint of a Japanese language unit “curry rice”, the cell of the unit name “curry rice” in the score input screen 34 of FIG. After selecting 36 and the cell 38 of the viewpoint name “reading”, the “soft keyboard button 40” is clicked through the mouse as the input unit 18. As a result, a soft keyboard display request for score input for the viewpoint “read” of the unit “curry and rice” is input to the control unit 12 via the input / output control unit 16 (S10).

  Upon receiving the soft keyboard display request, the control unit 12 uses the designated unit “curry and rice” and the viewpoint “read” unit code (1357) and viewpoint code (Y001) as keys, and the scoring information database 22 (see FIG. 2). ), All the question data registered in association with the unit “curry rice” and the viewpoint “reading” is acquired (S12). As shown in FIG. 2, the question data acquired here includes ten question data from question 1 to question 10 and stipend data (10 points) for each question.

  The control unit 12 having acquired all the question data adds up all the points assigned to each question to calculate a total score (full score) (S14). As described above, since all the sub-question data acquired in S12 is from sub-question 1 to sub-problem 10 with 10 points, the total score (full score) is 100 points.

Next, the control unit 12 calculates all score appearance patterns equal to or less than the total score (full score) calculated in S14 (S16). This is because, for example, “when all sub-questions are 0 points”, “when all one sub-questions are 0 points to any 9 sub-problems are 0 points”, “all sub-problems” It is calculated by calculating the total score in each case up to “when the question is 10 points”.
As described above, in the case of FIG. 2, there are 10 sub-questions with 10 points allotted, so all the score appearance patterns are “0 points, 10 points, 20 points, 30 points, 40 points, 50 points. There are 11 patterns up to “point, 60 points, 70 points, 80 points, 90 points, 100 points”.
Even if the points for each question are different, in the same manner as above, “when all the questions are 0 points”, “when any one of the questions is 0 points” All score appearance patterns can be calculated by calculating the total sum of points in each case up to “when any 9 questions are 0 points” and “when all sub questions are correct”.

Next, the control unit 12 reads the numerical input type score input soft keyboard template from the screen definition storage unit 30, and only the score numeric keys corresponding to the scores of all the score appearance patterns calculated in S16 are used. The number key group is arranged on the template (S18). As a result, a numerical input type score input soft keyboard is generated in which a score numeric key group consisting only of score numeric keys corresponding to the scores of all score appearance patterns is arranged.
Next, the control unit 12 outputs the generated score input soft keyboard to the display unit 20 via the input / output control unit 16 (S20).

FIG. 9 shows a numerical input type score input soft keyboard 42 displayed on the display screen 32 of the display unit 20.
As shown in FIG. 9, the numerical input type score input soft keyboard 42 generated by the system 10 is a numeric keypad from 0 to 9, a full score key, a absent key, etc., which are arranged in advance on the template of the soft keyboard. In addition, a scored numeric key group 45 consisting of only 11 scored numeric keys 43 for every 10 points from 0 to 100 corresponding to the scores of all the score appearance patterns arranged in S18 is provided.
The numeric keypad on the above-mentioned score input software keyboard 42 has a score (for example, 98 points, etc.) that cannot be handled by the score key 43 for every 10 points from 0 to 100 as a result of attaching partial points. It is provided for the case where the score is directly input.

  FIG. 10 shows a numerical input formula displayed on the display screen 32 of the display unit 20 when the user selects the cell 36 of the unit name “Kurari Rice” and the cell 46 of the viewpoint name “Kanji (Kanji)”. The score input soft keyboard 42 is shown.

As shown in FIG. 3, the question data registered in association with the unit “curry rice” and the viewpoint “kanji (Chinese characters)” includes ten question data from question 1 to question 10 and each question data. Scoring data for each question (5 points), and the control unit 12 that has obtained all such sub-question data (see S12 in FIG. 7) adds all the scoring points for each sub-question to calculate a total score (full score) (S14) and all score appearance patterns below the total score (full score) are calculated (S16). Then, a score numeric key group 45 consisting only of the score numeric keys 43 corresponding to the scores of all the calculated score appearance patterns is arranged on the template (S18) to generate the score input software keyboard 42 and output it to the display unit 20. (S20).
As shown in FIG. 10, the score input soft keyboard 42 of the point “Kanji (Kanji)” from the point of view of the Japanese language unit “curry rice” includes 0 to 0 corresponding to the scores of all the score appearance patterns arranged in S18. A scored numeric key group 45 consisting only of 11 scored numeric keys 43 every 5 points up to 50 is provided.

  FIG. 11 shows a numeric input formula displayed on the display screen 32 of the display unit 20 when the user selects the cell 36 of the unit name “curry rice” and the cell 48 of the viewpoint name “leaf (word)”. The score input soft keyboard 42 is shown.

As shown in FIG. 4, the question data registered in association with the unit “curry rice” and the viewpoint “leaf (word)” includes five question data from question 1 to question 5 and each question data. Scoring data for each question (10 points), and the control unit 12 that has obtained all such sub-question data (see S12 in FIG. 7) adds all the scoring points for each sub-question to calculate a total score (full score) (S14) and all score appearance patterns below the total score (full score) are calculated (S16). Then, a score numeric key group 45 consisting only of the score numeric keys 43 corresponding to the scores of all the calculated score appearance patterns is arranged on the template (S18) to generate the score input software keyboard 42 and output it to the display unit 20. (S20).
As shown in FIG. 11, the score input soft keyboard 42 for the viewpoint “leaf (word)” of the unit “curry rice” of the Japanese language has 0 to 0 corresponding to the scores of all the score appearance patterns arranged in S18. A scored numeric key group 45 consisting only of 6 scored numeric keys 43 for every 10 points up to 50 is provided.

  In the present system 10, a numerical input type score input soft keyboard 42 in which a score numeric key group 45 consisting only of score numeric keys 43 corresponding to the scores of all score appearance patterns is generated and displayed. Since it is configured to output to 20, there is no unnecessary scoring number key in the scoring number key group 45, and only the scoring number key 43 required for scoring input is provided, thereby reducing erroneous input and complication of input work. can do. In addition, since there are no unnecessary scored numeric keys in the scored numeric key group 45, the display size of the numeric input type score input soft keyboard 42 can be reduced accordingly.

Next, in the present system 10, a procedure for generating a score input type soft keyboard for ◯ × input type will be described based on the block diagram of FIG. 1 and the flowchart of FIG.
FIG. 13 shows an example of a score input screen 50 of the ○ × input type displayed on the display screen 32 constituting the display unit 20. The score input screen 50 is registered in advance in the screen definition storage unit 30, and based on the command input from the input unit 18, the control unit 12 reads out from the screen definition storage unit 30 and displays the display unit 20. To be displayed on the display screen 32.

  The score input screen 50 shown in FIG. 13 is an example of a screen for inputting scores of questions from various viewpoints (reading, kanji, and words) for the unit test performed on the unit “Kurai Rice” in Japanese.

  As shown in FIG. 13, when the user inputs a score for a question “read” from the viewpoint of a unit “curry and rice” in the Japanese language, the user selects a cell 51 of the relevant question, and then selects “soft keyboard button 52 Click "". As a result, a request for displaying a soft keyboard for inputting the score of the question is input to the control unit 12 via the input / output control unit 16 (S30).

  Upon receiving the soft keyboard display request, the control unit 12 uses the designated unit “curry and rice” and the viewpoint “read” unit code (1357) and viewpoint code (Y001) as keys, and the scoring information database 22 (see FIG. 2). ), All the question data registered in association with the unit “curry rice” and the viewpoint “reading” is acquired (S32). As shown in FIG. 2, the question data acquired here includes ten question data from question 1 to question 10 and stipend data (10 points) for each question.

  Next, the control unit 12 acquires a score of the specified target question from all the acquired question data (S34). In FIG. 13, since the fifth question cell 51 is selected, the score 10 of question 5 shown in FIG. 2 is acquired.

  Next, the control unit 12 reads out the template of the score input soft keyboard for XX input type from the screen definition storage unit 30, and the score of all the score appearance patterns below the score (10) of the subquestion acquired in S34. A scored numeric key group consisting only of scored numeric keys corresponding to is arranged in the template (S36).

  Next, the control unit 12 refers to the inside of the scoring standard database 24 and acquires scoring standard data of the target question (S38). Here, the case where the scoring reference data in the scoring reference database 24 is shown in FIG. 5 (the case where there is no scoring reference data related to partial points for all questions) will be described.

  Referring to the scoring standard database 24, if there is no scoring standard data for the target question (see FIG. 5), the control unit 12 assigns a predetermined partial point (for example, 6 points) set in advance as a default. Are arranged on the template (S40).

As a result of S36 and S40, a scored numeric key group consisting only of scored numeric keys corresponding to the scores of all the score appearance patterns of the target question, a △ key assigned a default set partial point, and a correct answer score assigned ○ A score input soft keyboard with a ○ × input type in which a × key assigned with keys and wrong answer points is arranged is generated.
Next, the control unit 12 outputs the generated score input soft keyboard of the ◯ × input type to the display unit 20 via the input / output control unit 16 (S42).

  Thereafter, when there is a next problem (S44), the processes of S34 to S42 are repeated.

FIG. 14 shows a score input soft keyboard 53 of the ○ × input type displayed on the display screen 32 of the display unit 20.
As shown in FIG. 14, the score input soft keyboard 53 generated by the present system 10 includes a full score key, absence key, ○ key, × key, etc. that are arranged in advance in the template of the soft keyboard. In addition, a scored numeric key group 55 consisting of only 11 scored numeric keys 54 for each point from 0 to 10 corresponding to the scores of all the score appearance patterns arranged in S36, and arranged in S40 A Δ key 56 assigned with default setting partial points is provided.

  In the ○ × input type score input soft keyboard 53 in FIG. 14, the correct answer point (10 points) of the corresponding question is assigned to the ○ key, the incorrect answer point (0 points) is assigned to the × key, and the Δ key 56. As described above, the default set partial points (for example, 6 points) are assigned, and the user can input scores by simply operating the ○ key, X key, and Δ key, and a normal physical keyboard. Since there are no unnecessary keys for score input such as alphabet keys, function keys, sign keys, etc., the burden at the time of score input can be reduced.

  In the case of the score input soft keyboard 53 of ○ × input type, the ○ key to which the correct answer point (10 points) was assigned, the × key to which the incorrect answer point (0 points) was assigned, and the partial points (6 points) were assigned. The score is usually entered using the △ key 56, but as a result of the user assigning an arbitrary partial point, a score (for example, 9 points, etc.) that cannot be handled by the ◯ key, × key, and △ key 56 occurs. For example, when a score is directly input, a “score key group 55 including only the score key keys 54 corresponding to the scores of all score appearance patterns” is provided.

  FIG. 15 shows a case where the user selects the first question cell 51 of the point of view “Kanji” from the unit “Kurai Rice” of the Japanese language, and the ○ × input expression displayed on the display screen 32 of the display unit 20. A score input soft keyboard 53 is shown.

As shown in FIG. 3, the quiz data registered in association with the unit “curry rice” and the viewpoint “kanji” includes 10 quiz data from quiz 1 to 10 and each quiz. The control unit 12 that has obtained all the question data (see S32 in FIG. 12) is the score data (5 points), and assigned the first question to be designated from all the obtained question data (see FIG. 12). 5) is obtained (S34), and the scored numeric key group consisting of only six scored numeric keys 54 from 0 to 5 corresponding to the score of all score appearance patterns below the score (5) of the obtained question 1 55 is arranged in the template (S36).
In addition, the control unit 12 refers to the scoring standard database 24 and acquires the scoring standard data of the first question to be designated (S38). Since there is no data, the “Δ key 56” assigned with predetermined partial points (for example, three points) set in advance as default is arranged in the template (S40).
The control unit 12 outputs the score input soft keyboard 53 of the ○ × input type generated by the above procedure to the display unit 20 via the input / output control unit 16 (S42).

  FIG. 16 shows a ○ × input-type score input soft keyboard 53 displayed on the display screen 32 of the display unit 20 when there is a scoring standard for questions in the scoring standard database 24 (see FIG. 6). The processing procedure in this case will be described as follows.

  In FIG. 16, since the fifth sub-problem cell 51 of the point of view “read” from the unit “curry rice” of the Japanese language is selected, the control unit 12 reads the unit “curry rice” and the point of view “read”. All the question data registered in association with each other is acquired (S32) from within the scoring information database 22 (see FIG. 2), and the fifth question (10) to be specified from the acquired all question data (10) Is obtained (S34), and a scored numeric key group 55 consisting of only 11 scored numeric keys 54 from 0 to 10 corresponding to the scores of all score appearance patterns below the score (10) of the obtained question 5 is obtained. Place in the template (S36).

Next, the control unit 12 refers to the scoring standard database 24 and obtains scoring standard data for the fifth question to be designated (S38).
As shown in FIG. 6, there is a scoring standard for partial points for question 5, and three types of partial points “2 points / 5 points / 8 points” are registered.

Referring to the scoring standard database 24, when there is scoring standard data for the target question as shown in FIG. 6, the control unit 12 assigns a plurality of “△ keys 56 to which a plurality of partial points registered as scoring standards are respectively assigned. Is placed in the template (S40).
As described above, since three types of “2 points / 5 points / 8 points” are registered in the sub-question 5 as the scoring standard for the partial points, the control unit 12 selects the “△ key to which the two partial points are assigned. Three types of Δ keys 56 are arranged: “56”, “Δ key 56 assigned with two partial points”, and “Δ key 56 assigned with two partial points”.
That is, as shown in FIG. 16, the Δ key 56 assigned with two partial points is displayed with a Δ symbol and two characters, and the Δ key 56 assigned with five partial points is displayed with a Δ symbol and five points. Characters are displayed, and a △ key 56 assigned 8 partial points is displayed with a △ symbol and 8 characters, and a “△ key 56 having a △ symbol and a number representing a partial point” is arranged. Is.

As a result of S36 and S40, a score key group 55 consisting only of score key keys 54 corresponding to the scores of all score appearance patterns of the target question, partial points registered as scoring criteria (2 points / 5 points / 8 A score input soft keyboard 53 of ○ × input type in which three types of Δ keys 56 assigned points), ○ keys assigned correct answer points, and × keys assigned incorrect answer points are generated.
Next, the control unit 12 outputs the generated score input soft keyboard 53 of the ◯ × input type to the display unit 20 via the input / output control unit 16 (S42).

  In this system 10, the ○ key assigned the correct answer point, the × key assigned the incorrect answer point, the △ key 56 assigned the partial points, and the scores corresponding to the scores of all the score appearance patterns of the target question No need for scoring numeric key group 55 by creating and outputting to the display unit 20 a score input soft keyboard 53 with a scoring numeric key group 55 consisting only of numeric keys 54 arranged. Since there is no score key and there is only the score key 54 necessary for score input, it is possible to reduce erroneous input and complication of input work. Further, since there are no unnecessary scoring number keys in the scoring number key group 55, the display size of the ◯ × input type score input soft keyboard 53 can be reduced accordingly.

  Furthermore, when a plurality of partial points are registered as scoring criteria for the subject sub-question, a score input soft score keyboard with a plurality of △ keys 56 to which each registered partial point is assigned 53 is generated and output to the display unit 20. Therefore, even for a sub-question in which a plurality of partial points are set, an input operation can be easily performed using a plurality of Δ keys 56 to which each partial point is assigned. be able to.

It is a block diagram which shows the function structure of the soft keyboard generation system for the score input of the test which concerns on this invention. It is explanatory drawing which shows the score information registered in the score information database. It is explanatory drawing which shows the score information registered in the score information database. It is explanatory drawing which shows the score information registered in the score information database. It is explanatory drawing which shows the scoring standard information registered in the scoring standard database. It is explanatory drawing which shows the scoring standard information registered in the scoring standard database. It is a flowchart which shows the process sequence in the case of producing | generating the score input soft keyboard of a numerical input type. It is explanatory drawing which shows an example of the numerical input type score input screen displayed on the display screen of a display part. It is explanatory drawing which shows the score input soft keyboard of the numerical input type displayed on the display screen of a display part. It is explanatory drawing which shows the score input soft keyboard of the numerical input type displayed on the display screen of a display part. It is explanatory drawing which shows the score input soft keyboard of the numerical input type displayed on the display screen of a display part. It is a flowchart which shows the process sequence in the case of producing | generating the score input soft keyboard of (circle) x type | formula. It is explanatory drawing which shows an example of the score input screen of (circle) x type | formula displayed on the display screen of a display part. It is explanatory drawing which shows the soft keyboard for a score input of (circle) * input type displayed on the display screen of a display part. It is explanatory drawing which shows the soft keyboard for a score input of (circle) * input type displayed on the display screen of a display part. It is explanatory drawing which shows the soft keyboard for a score input of (circle) * input type displayed on the display screen of a display part. It is explanatory drawing which shows the conventional numerical input type score input soft keyboard displayed on the display screen of the display part. It is explanatory drawing which shows the conventional (circle) input type score input soft keyboard displayed on the display screen of a display part.

10 Soft keyboard generation system for test score input
12 Control unit
14 Memory
16 I / O controller
18 Input section
20 Display section
22 Scoring information database
24 Scoring database
26 Data storage
28 Work data storage
30 Screen definition storage
32 Display screen
34 Number input type score input screen
40 Soft keyboard buttons
42 Numeric input type keyboard for score input
43 score key
45 scored numeric keys
50 ○ × Input score input screen
52 Soft keyboard buttons
53 ○ × Input-type score keyboard
54 Score key
55 scored numeric keys
56 key

Claims (3)

A score information storage means for associating and registering each test and a score for each question of each test;
Means for obtaining all sub-problems belonging to a predetermined totaling range and a score for each sub-question from within the above-mentioned scoring information storage means, and calculating all score appearance patterns that are less than or equal to the total score of all the obtained sub-problems. ,
Means for generating a score input soft keyboard in which a score numeric key group consisting only of score numeric keys corresponding to the scores of all calculated score appearance patterns is arranged;
A test score input soft keyboard generation system comprising means for outputting the generated score input soft keyboard to a display unit. A score information storage means for associating and registering each test and a score for each question of each test;
A score key group consisting only of score key keys corresponding to the scores of all score appearance patterns below the score of the acquired sub-question is obtained from the above-mentioned scoring information storage means. Means for generating a score input soft keyboard in which a △ key assigned a default partial point, a ○ key assigned a correct answer point, and a cross key assigned an incorrect answer point are arranged,
A test score input soft keyboard generation system comprising means for outputting the generated score input soft keyboard to a display unit. A score information storage means for associating and registering each test and a score for each question of each test;
A scoring criterion storage means for registering each sub-question and a plurality of partial points of each sub-probe,
A score key group consisting only of score key keys corresponding to the scores of all score appearance patterns below the score of the acquired sub-question is obtained from the above-mentioned scoring information storage means. And, from the scoring standard storage means, a plurality of partial points of the question to be scored are acquired, a plurality of Δ keys to which the acquired partial points are assigned, a ○ key to which the correct answer points are assigned, Means for generating a score input soft keyboard in which an x key assigned an answer point is arranged;
A test score input soft keyboard generation system comprising means for outputting the generated score input soft keyboard to a display unit.