JPH07325786A - Electronic notebook with game function - Google Patents

Abstract

PURPOSE:To provide an electronic notebook which is capable of automatically determining numerical data to be the basics of a game by digitizing biorhythum data, making the extension of the game contrive and widening the width of the play. CONSTITUTION:This notebook is provided with an input part 3 inputting the date of birth, a storage part 4 storing a control program a recording the date of birth data inputted from the input part 3 and a control part 6 calculating the numerical data of the player and the competitor read from the storage part 4 from the P waves, I waves and S waves of each biorhythum data prepared from the date of birth data of the player and competitor read from the storage part 4, comparing and calculating the numerical data of the player and the numerical data of the competitor, deciding the victory or defeat and displaying it on a display part 7.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic notebook having a game function.

[0002]

BACKGROUND OF THE INVENTION Recently, electronic notebooks have spread to children,
In addition to the original functions of the electronic notebook such as address book, memo, and calculation function, game-like elements have become indispensable conditions. Even if you store a battle game or a shooting game in memory in advance and read the stored game and play it,
Numerical data that is the basis of the game (for example, your own points)
Is either fixed data or random data, there is no basis for numerical data, and the game must always proceed in the same pattern, and I could not enjoy changing the same game.

[0003]

SUMMARY OF THE INVENTION The present invention was made under the background of the previous term, and digitizes biorhythm data to automatically determine the numerical data that is the basis of the game, and to improve the game development and play. It is an object to provide an electronic notebook with a game function that can broaden the range of games.

[0004]

In order to achieve the above-mentioned object, the electronic notebook with game function of the present invention stores an input section for inputting the date of birth and a control program and is inputted from the input section. A storage unit that records the date of birth data, and the numerical data of the player and the opponent from the P wave, I wave, and S wave of each biorhythm data created from the date of birth data of the player and the opponent read from the storage unit The numerical data of is calculated, the numerical data of the player and the numerical data of the opponent are compared and calculated, and the win or loss is judged,
And a control unit for displaying on the display unit.

A card reader for reading the numerical data of the opponent from the card may be provided.

Further, an input / output means for inputting the numerical data of the opponent from another electronic notebook with a game function may be provided.

[0007]

According to the above construction, since the birth date is input from the input section and stored in the storage section, when the birth dates of the player and the opponent are read, the biorhythm at the start of the game is automatically detected. Created by P wave of biorhythm, I
The arithmetic unit calculates numerical data required for the game from the waves and the S waves. When the numerical data of the player and the numerical data of the opponent are compared and calculated, and the judgment unit judges the win or loss, the judgment result is displayed on the display unit.

When the card reading unit reads the card on which the numerical data of the opponent is recorded, the numerical data of the player and the numerical data of the card are compared and calculated.

When the numerical data of the opponent is input by the input / output means from another electronic notebook with a game function, the numerical data of the player is compared with the numerical data input from another electronic notebook with a game function.

[0010]

Embodiments will be described below with reference to the drawings. Figure 1
2 shows an electronic notebook with a game function (hereinafter referred to as an electronic notebook), which is composed of an electronic notebook body 1 and a card 2,
The electronic notebook body 1 has an input unit 3, a storage unit 4, a reading unit 5, a control unit 6, and a display unit 7, and an input / output unit 8 at the top. In addition, the lid 1a is provided with a card storage 10 and an opening 11, and the display 7 is exposed with the lid 1a closed, and the lid is displayed when the time or date is displayed. It is provided so that it can be viewed without opening 1a.

The card 2 is made of plastic or cardboard coated on the front surface, characters are printed on the front surface 2a, and numerical data is printed on the back surface 2b by a bar code. This barcode is the biorhythm P, which will be described later.
Three numerical data corresponding to waves, S waves, and I waves are encoded and printed.

The input unit 3 is composed of a keyboard. This keyboard has a plurality of function keys for inputting data to an address book or a memo of an electronic notebook and a plurality of keys in addition to the numeric keys 11 for inputting the date of birth. A mode key for providing the above function is arranged, and a cursor key 12 and an OK key 13 are provided.

The storage unit 4 is composed of a ROM and a RAM,
A control program, a biorhythm creation program, a game guide, and messages for displaying calculation results on the display unit are stored, and information created based on the date of birth and data input from the keyboard is recorded. The recorded information is retained by the backup battery even when the power is turned off.

The reading unit 5 is composed of a bar code reader and reads numerical data printed on the back surface 2b of the card 2. The reading unit 5 is arranged on the right side of the electronic notebook main body 1 and shown in FIG.
As shown in FIG. 5, the bar code portion is inserted into the guide of the reader, and the data is read when the card 2 is slid from the upper side to the lower side along the guide. This bar code reader 5 fixes the reading sensor and slides the card 2 to read it, but the reading sensor may be moved, or a sensor for the number of digits of data is arranged.
You may make it read by pushing a reading start button (not shown).

The control unit 6 is composed of a one-chip microprocessor, and this microprocessor has a memory, a counter, and a timer function in addition to an arithmetic function, a judgment function, and a control function.

The display unit 7 is a liquid crystal display and a buzzer 14
And 5 LEDs 15 are provided to display a game guide and results on a liquid crystal display and to output a click sound and a sound effect at the time of input from the buzzer 14.

The input / output means 8 is composed of an infrared LED and a pin photodiode for receiving light, and constitutes a transmitter 8a and a transmitter 8b of a remote controller for exchanging information and playing games with other electronic notebooks.

The operation mode of the electronic notebook with a game configured as described above will be described.

The operator inputs his / her birth date from the keyboard in the ID registration and registers it in the storage unit 4. Since you register with a password, your birth date will not be changed by others.

Next, the menu screen of the game is displayed (step 1, hereinafter referred to as ST1) and the game is selected (see FIG. 4A). Here, the "VS card" for which the opponent is selected from the cards to fight is selected by the cursor key 12 (ST2), and the OK key 13 is pressed. Change to today's data display screen, as shown in FIG. 5, the maximum value of the quadratic curve of P wave (physical strength), I wave (intellect), and S wave (emotion) of biorhythm data is 140 points and the minimum value is 70 points. , And today's biorhythm data evaluated at 8 levels (point p, point s, point i)
Therefore, the basic data function of the game of the day is f (P, S,
I), based on this basic data function, the experience value of the game up to that day is added to create numerical data. For example, for the P wave, the experience value 10 is added to the basic data function 140 of the point p, and the attack power (AP) is 150 points. For the I wave, the experience value 10 is added to the basic data function 100 of the point i. 110 points of agility (SP) and 70 points of basic data function of point s for S wave are added with experience value 10 to display defense level (DP) as 80 points and AP, SP,
After displaying the hit points (possessed points) as a result of the calculation of the DP points by a predetermined calculation formula (ST3) (Fig. 4
(See (b)), proceed to ST4, and instruct to set battle card. The opponent's card 2 is selected, and the barcode portion of the card 2 is set in the reading unit 5 to read the three numerical data (AP, SP, IP) held by the card. The read numerical data is recorded in the memory, and at ST5, the opponent (card character) A
The P, SP, IP and hit points are displayed on the display 7.

Next, when the OK key is pressed, the game becomes a star (ST6). With reference to the numerical data of the opponent's AP, SP, DP, the attack pattern is selected with the cursor key 12 (ST7) and the OK key is pressed (ST8). There are 3 types of attack patterns (ATTACK, DEFENSE, SPEED which are related to rock-paper-scissors goo, choki and par)
Then, a damage value is set for each of them based on AP, SP, and DP.

When the OK key is pressed, the win or loss is decided in ST9,
The damage value at that time is subtracted from the hit points, and it is judged whether or not one's hit points are 0 (ST10),
If it is 0, the game is ended. If it is not 0, it is judged whether or not the hit point of the opponent is 0 (ST11). If it is not 0, the process returns to ST7 to continue the game, and if it is 0, the game is ended.

As described above, three data of biorhythm are evaluated in eight stages, and as a function for creating numerical data, numerical data of the game of the day is created and the game progresses. Since the game can be developed and the game does not progress based on uniform numerical data, it is necessary to devise a game so that the game does not get tired. Although the numerical data is displayed as a bar code on the card 2, the birth date of the character printed on the surface of the card may be bar coded and printed. As a result, the power (numerical data) of the character of the card cannot be known until the biorhythm is created by reading it in the electronic notebook, and the ability of the opponent cannot be known in advance, which makes the game even more interesting.

If "VS Friend" is selected on the game menu screen, a list of persons registered in the address book of the electronic notebook is read out from the memory and displayed on the display. OK key 1
When 3 is pressed, the birth date of the selected opponent is automatically read, the numerical data of the selected opponent is displayed based on the biorhythm creation program, and the game can be progressed.

Furthermore, when "VS Run" is selected on the game menu screen, the date of birth of the opponent can be entered from the keyboard. Therefore, the opponent who is not registered in the card or address book is determined, and the birth year of the opponent is determined. When the date is input from the keyboard, the numerical data for the opponent selected by the person selected based on the biorhythm creation program can be displayed to advance the game.

Further, since the transmitter 8a and the receiver 8b of the remote controller are provided, it is possible to compete with other electronic notebooks with game functions. Instead of deciding the opponent from the address book or the card 2 and storing the read numerical data in the storage unit 4, the numerical data of the opponent can be wirelessly received and stored in the storage unit 4 to progress the game. At this time, your own data is also transmitted to the opponent, and you can play the game interactively.

[0027]

According to the invention of claim 1, the rhythm of one's physical condition can be confirmed by the biorhythm, and the numerical data used for the game is automatically determined by digitizing the biorhythm data. Rather, it changes depending on the biorhythm of the day, so it is possible to devise the development of the game, expand the range of play, require ideas and tact, and provide an electronic notebook with game functions that you will not get tired of .

According to the invention of claim 2, since the game can be played by reading the numerical data recorded on the card, it is possible to compete with the character drawn on the card and enjoy selecting the opponent. Is born, and you can enjoy games that you never get tired of.

According to the invention of claim 3, since the game can be played by wirelessly inputting the numerical data of another electronic notebook with a game function, it is possible to play a game apart from each other, and the player's intention is taken into consideration. Can be increased.

[Brief description of drawings]

FIG. 1 is a perspective view showing a configuration of an electronic notebook with a game function.

FIG. 2 is a block diagram showing a configuration of the electronic notebook with the game function.

FIG. 3 is an explanatory diagram showing a reading state of a card.

FIG. 4 is an explanatory diagram showing a relationship between biorhythm data and a basic data function.

5 (a) and 5 (b) are schematic explanatory views of the display.

FIG. 6 is a flowchart illustrating an operation of the electronic notebook with a game function.

[Explanation of symbols]

 1 electronic notebook body 3 input unit 4 storage unit 6 control unit 7 display unit

Claims (3)

[Claims] 1. An input unit for inputting a birth date, a storage unit for storing a control program and recording the birth date data input from the input unit, and a player and an opponent read from the storage unit. Calculate the numerical data of the player and the numerical data of the opponent from the P wave, I wave, and S wave of each biorhythm data created from the birth date data,
An electronic notebook with a game function, comprising: a control unit that compares and calculates the numerical data of a player and the numerical data of an opponent to determine win / loss and display the result on the display unit. 2. The electronic notebook with a game function according to claim 1, further comprising a card reading unit for reading the numerical data of the opponent from a card. 3. The electronic notebook with a game function according to claim 1, further comprising input / output means for inputting numerical data of the opponent from another electronic notebook with a game function.