JP2946955B2 - Data processing method by random sampling - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data processing method for extracting and processing data required by a control procedure from a plurality of predetermined data.

[0002]

2. Description of the Related Art In conventional software for executing a certain control procedure, for example, software for executing educational learning, a problem to be presented to a person to be studied is determined in advance by a memory such as a floppy disk, a hard disk, and a ROM shown in FIG. 4 calls the specific data stored in the CRT
In this case, a method of displaying the contents of the problem on a display 1 to inform a person of the problem has been adopted. For this reason, the problems extracted in the course of educational learning were the same no matter when they were performed.

[0003]

To raise the academic achievement of the person subject to but teaching and learning [0006], the need Ru to provide even if the same curriculum different problems. In another example, in a role-playing game in which an adventurer travels and arrives at a destination, scenery such as a traveling land or a labyrinth can be obtained by reading specific data stored in advance in a memory 4 such as a floppy disk. It was read and displayed on a display 1 such as a CRT. For this reason, when the game is ended, the scenery of all the lands and the labyrinth is known, and there is a disadvantage that the player is not interested in playing the game again.

An object of the present invention is to solve the above-mentioned conventional problems, and an object of the present invention is to realize a data processing system capable of giving data to a computer user according to an unspecified control procedure. .

[0005]

In order to achieve this object, the present invention reads one or a plurality of data at random from a plurality of data stored in a memory such as a floppy disk, and reads the data. Processing such as using the read data as it is, combining it with other data, or using only the necessary part from the read data.
Fix the position of the display object on the screen on the display such as
The gist of the present invention is that the display is made to move at random without being displayed.

[0006]

[Principle] In order to facilitate the understanding of the principle of the present invention, in a control procedure for executing a kanji reading learning of a Japanese language, a plurality of idioms in a memory 4 such as a floppy disk shown in FIG. Take out one data to CR
Display the picked up words on the display 1 such as T,
A part of the control procedure used in the present invention, taking as an example a data processing method for inputting how to read the idiom from the keyboard 2
The will be explained with reference to the flowchart shown in FIG.

As shown in FIG. 3, the memory 4 comprises a phrase area in which a plurality of phrases and their readings are arranged, and a number area for storing randomly extracted numbers. First, the microprocessor unit 3 randomly extracts the array number of the idiom area in the memory 4 using a random number or the like (S
_1), extracted numbers stored in the number area in the memory 4 (S _2). Next, the idiom corresponding to the extracted number is displayed on the display 1 (S ₃ ), and the reading of the displayed idiom is waited for from the keyboard 2. When reading from the keyboard 2 of the phrase has been input, corresponding to the extracted ID matches the reading of the phrase (S _4), if they are identical to display characters "correct" on the display 1 (S _5), " to display the character of either end? "(S _6). If the reading of the idiom entered from the keyboard 2 is not the same as the reading of the idiom corresponding to the extracted number, the buzzer 5 sounds (S ₇ ), and the idiom reading is input from the keyboard 2 again. For termination the processing ends (S _8), if not finished, starting from S ₁ again.

Of course, as a method of randomly extracting data, there are a method of using a random number and a method of using a time at the time of a program operation. Also, the data to be read from the memory 4 such as a floppy disk may be plural instead of one, and some information may be read in a memory having idiom data or in a memory of a computer main body so that once read data is not read out after the second time. May be stored.

[0009]

As an example of the embodiment of the present invention, in the control procedure of the roll pre-queuing game that adventure's defeat monsters while traveling, mountain of land to travel to the scene after the start of the game, prairie, not one such as bush Memory 4
And read it from the combination to create one land and CRT
The control procedure having a data processing method for displaying on the display 1 such that the adventurer travels the land with the new scenery will be described with reference to the flowcharts shown in FIGS. As shown in FIG. 7, the configuration of the memory 4 includes a CRT display area for displaying the scenery on the display 1, a land data area for storing the display data of the land which is a constituent element of the scenery, and a plurality of sceneries. A map area for storing such land composition, a number area for temporarily storing the number of lands to be used, and a coordinate area for storing where to display the land on the screen When,
It comprises a land number area for storing the array number of the land to be the scenery, and a screen data area for dividing the screen displayed on the display 1 for convenience and storing the land configuration in one screen. Here, for convenience, it is assumed that the number of screen divisions is 30, the number of mountains is 3 to 10, the number of bushes is 3 to 5, the town is 1, and the rest is displayed as a grassland.

First, the maximum number of arrays in the screen data area is set to 30 which is the number of screen divisions (S ₁₁ ), and “0” is written in the screen data area to make all scenery “grasslands” (S ₁₂ ). Then select one of 3-10 numeric using random numbers or the like as the number of "mountain", and stores the number area in the memory 4 (S _13). Sequence numbers 1 to 3 of screen data using random numbers and the like
One of the numerical values of 0 is selected and stored in the coordinate area (S ₁₄ ). If the numerical value of the screen data area corresponding to the numerical value in the coordinate area is not “0”, 1 is again used by using a random number or the like.
Stored from among the 30 numerical values in the coordinate area select one repeats the process to examine the value of the screen data area corresponding to the coordinate area number by (S _15). If the numerical value of the screen data area corresponding to the numerical value in the coordinate area is “0”, it is rewritten to “1” to be the coordinates of “mountain” (S ₁₆ ), and the numerical value in the numerical area is subtracted by 1 to become “0”. The process of determining the coordinates of “mountain” is repeated until (S ₁₇ ).

[0011] Next, using a random number or the like to select one of the 3-5 numeric be the number of "bush", and stores the number area in the memory 4 (S _18). Array numbers 1 to 1 of screen data using random numbers
One of the numerical values of 30 is selected and stored in the coordinate area (S
₁₉ ), if the numerical value of the screen data area corresponding to the numerical value in the coordinate area is not “9”, the numerical value of 1-3 is again obtained by using a random number or the like.
Stored from the 0 numerical values to coordinate area select one repeats the process to examine the value of the screen data area corresponding to the coordinate area number by (S _20). If the numerical value of the screen data area corresponding to the numerical value in the coordinate area is “0”, it is rewritten to “2” to obtain the coordinates of “Yabu” (S ₂₁ ), and the numerical value in the numerical area is subtracted by 1 to “0”. The process of determining the coordinates of the “yabu” is repeated until it becomes (S ₂₂ ).

[0012] Next, using a random number or the like stored from the value of the SEQ ID NO: 30 of screen data to select the coordinate area one as the coordinates of the town (S _23), the screen data corresponding to the coordinate area within the numerical If the numerical value of the area is not “0”, one of the numerical values of 1 to 30 is selected again by using a random number or the like and stored in the coordinate area to check the numerical value of the screen data area corresponding to the number in the coordinate area. It is repeated (S _24). Numerical value of the screen data area corresponding to the coordinate area in the numerical value is rewritten to "0" if "3" and the coordinates of the "town" (S _25).

Then, the contents of the screen data area are copied to the map area (S ₂₆ ), and the number of arrays 30 of the screen data area is stored in several areas (S ₂₇ ). Further writing the value of the screen data in areas corresponding to the number area stored in the land number area (S _28), the CRT display areas corresponding to the number area the contents of the land data corresponding to the land number area, displayed on the display 1 (S ₂₉ ), and set the numerical value of several areas to 1
Only by subtracting repeat the display processing of the display 1 until the "0" (S _30). People to perform after which the game is able to travel the land that became the new scenery. Of course, the number of screen divisions and the upper and lower limits of "mountain, bush, town" may be set separately, and a method for creating a new scene may use a method other than the above. In addition, all the scenery where the adventurer travels may be created immediately after the game starts, and one or more scenery may be created each time depending on a specific position and situation, or only a part of the scenery may be changed. Good. FIG. 8 shows a data processing result when data to be displayed on the screen is randomly selected in this manner. FIG. 8A and the part 8
(B) is the result of performing the same data processing, but the result appears differently. There is no movement of the display on the screen in this case.
It is an act.

[0014]

As described in detail above, according to the present invention, a control procedure is not started, or data required by the control procedure is not fixed at an arbitrary position in the middle of the control procedure.
In order to be able to update the random sampling, the control
The user of the computer operating in accordance with the control procedure can be tired, the interest can be maintained for a long time, and the convenience of the user can be greatly improved. Although the above-described specific examples and embodiments have been described for the case of a language and a role-playing game, it goes without saying that the present invention can be similarly applied to other educational software, game software, and the like.

[Brief description of the drawings]

FIG. 1 is a block diagram of a computer according to an embodiment of the present invention.

FIG. 2 is a flowchart relating to a kanji reading problem in a Japanese language as a specific example for explaining the principle of the present invention.

FIG. 3 is a block diagram illustrating a configuration example of a memory used in the specific example of FIG. 2;

As actual施例of the present invention; FIG is a flow chart illustrating a data processing method in the role-playing game.

5 is a flow diagram illustrating a data processing method for a roll playing game as a real施例of the present invention.

6 is a flow diagram illustrating a data processing method for a roll playing game as a real施例of the present invention.

FIG. 7 is a block diagram showing a configuration example of a memory used in the embodiments of FIGS.

FIG. 8 is a display example of a processing result according to the embodiment of FIGS. 4, 5, and 6;

[Explanation of symbols]

 1 display 2 keyboard 3 microprocessor 4 memory 5 buzzer

Claims (1)

(57) [Claims] When at least one of the plurality of operation steps is operating while a control procedure including a plurality of operation steps is operating, at least one required data is randomly selected from a plurality of predetermined data. The extracted data is used as it is, or combined with other data, or processed as if only the required data in the extracted data is used, and the operation of the control procedure is performed .
Provide the necessary information for the steps and
The order is displayed on a display such as a CRT.
Or a robot moves randomly, or a person, animal, object, car
Sol, etc. are not displayed, and even if they are displayed,
It is as if you moved on the screen displayed on the display
Land, space, and space that move randomly to make
Display on-screen scenes such as the air, labyrinth, and sea on a display such as a CRT
A random extraction, characterized in that
Data processing method by output.