KR19980065034U - Living upbringing simulation device - Google Patents

Abstract

It is an object of the present invention to provide a training simulation apparatus in which a player responds to a call or a request from a living creature on the screen in response to a manner of etiquette, grows, and fosters the creature.

It has the mark display parts 17 and 19 which display the process which concerns on the growth of a living thing as a mark, and has the key switch SW1, SW2, SW3 which inputs a corresponding process by selecting a specific mark from a some mark. Having a storage unit 3 storing control data related to the growth of a living being, and operating a key switch SW1, SW2, SW3 to input processing related to the growth, the control data corresponding to this is stored in the storage unit ( The control unit CPU5 reads in 3) and performs control processing related to the growth of living things based on the read control data. And the detection circuit 9 which detects the call sound from the outside, the appearance means which randomly appears the influence body which adversely affects the growth of a living thing, and the call from the outside in the situation in which the influence body appears. When it detects, it comprises a chasing means which drives out the said influence body.

Description

Living upbringing simulation device

The present invention relates to a growth simulation apparatus for fostering the living creature by performing a treatment on a call from the living creature.

In recent years, various electronic game devices have been proposed and sold for raising pet animals such as dogs and cats within a predetermined screen. As a conventional electronic game device of this kind, for example, those shown in Japanese Patent Laid-Open No. 7-261962 and Japanese Patent Laid-Open No. 7-281819 are known.

In the prior art shown in Japanese Patent Laid-Open No. 7-261962, a light emitting element and a light receiving element are provided in a main body of a device, and are reflected by infrared light from the light emitting element by hand (non-contact) operation of a user (player) to receive light from the light receiving element. I'm going to let you. Since the data of various types of dog characters and the biorhythm of the dog characters are stored in the memory, the number of non-contact operations and the data of the dog characters corresponding to the biorhythm of the day are selectively read out from the memory and displayed. I'm going to let you. Thereby, the character image based on the state of the dog character can also be displayed.

In addition, the conventional example shown in Japanese Patent Laid-Open No. 7-281819 discloses a light emitting element and a light receiving element provided in the main body of the apparatus, and reflects infrared light from the light emitting element with a hand or the like by a user's non-contact operation to receive the light with the light receiving element. The non-contact operation distance is detected by doing so. In addition, since the dog character data and its effect sound data, each of which has changed in motion such as a dog looking back or a dog raising one hand, are stored in the memory, the dog character data can be selectively selected from the memory according to the non-contact operation distance. In addition to reading and displaying, the effect sound is generated from the speaker. Thereby, the character image based on the gesture command by the user's hand can be displayed.

However, in the above-described conventional examples, the instruction is given to the character image by a unidirectional command from the user, and there is no conventional method in which the player responds to the call or request from the character image.

The present invention has been proposed in view of the above, and an object thereof is to provide a training simulation apparatus for fostering a virtual creature by responding to a call or a request from a virtual creature within a screen in response to the player. .

It is also an object of the present invention to provide a nurturing simulation device that allows the organism to grow and nurture in response to the shouts.

The upbringing simulation device according to claim 1 provided by the present invention is characterized by having the following requirements in order to achieve the above object. In other words,

(A) Having input means which inputs the process related to the growth of a virtual creature.

(B) having a display portion for displaying the living organism.

(C) Having a storage unit that stores control data related to the growth of the living organism.

(D) When a treatment relating to the breeding is inputted from the input means, the control unit corresponding to this is read out from the storage unit, and a control unit for controlling the growing of the living body based on the read control data.

(E) Provide detection means for detecting a call from the outside.

(F) The control section has a concealment means for randomly concealing the display of living things from the display section.

(G) The control unit has a release means for releasing the concealment of the creature when detecting a call from the outside under the condition that the creature is concealed.

In addition, the training simulation apparatus according to claim 2 provided by the present invention is characterized by having the following requirements in order to achieve the above object. In other words,

(A) Having an input means which inputs the process concerning the upbringing of a living thing.

(B) Having a storage unit storing control data related to the growth of the living organism.

(C) When a treatment relating to the breeding is inputted from the input means, the control unit corresponding to this is read out from the storage unit, and a control unit for controlling the growth of the living being based on the read control data.

(D) Provide detection means for detecting a call from the outside.

(E) The control unit includes an appearance means for randomly appearing an influencer that adversely affects the growth of the living organism.

(F) The control unit is provided with a chasing means for discharging the influencer when detecting a call from the outside under the situation in which the influencer appears.

(G) A display unit for displaying the living organism and / or the influencer.

In addition, the growth simulation apparatus according to claim 3 provided by the present invention is characterized by having the following requirements. In other words,

(A) Provide input means for inputting treatment related to the upbringing of living things.

(B) comprising a storage unit for storing control data related to the growth of the living organism.

(C) having a control unit which, when inputting the treatment related to the rearing from the input means, reads control data corresponding thereto from the storage unit and performs control related to the growth of the living body based on the read control data; .

(D) To provide a detection means for detecting a call from the outside.

(E) The control section includes an operation means for causing the living organism to randomly perform an operation different from the normal one.

(F) Having a display part which displays the said living thing.

In addition, the growth simulation apparatus according to claim 4 provided by the present invention is characterized in that the following requirements are added to the claims 1 to 3. In other words,

(A) The memory unit stores various kinds of living things with different faces.

(B) the control unit is provided with calling means for making a call from the living organism in the process of growing the living creature.

(C) said input means comprising means for caring for a call from said creature and means for making etiquette.

(D) The control unit is provided with selection means for selecting one organism from among the stored kinds of organisms according to the degree of care and politeness in the growth process up to that point when the organism grows.

(E) the controller is provided with a change means for changing the grown organisms into the selected creatures.

BRIEF DESCRIPTION OF THE DRAWINGS The block diagram which shows the principal part of the upbringing simulation apparatus which concerns on this invention.

2 is a front view showing a growth simulation device according to the present invention.

3 is an explanatory diagram illustrating an example of the display unit of FIG. 2;

4 is an explanatory diagram illustrating an example of a liquid crystal screen of the display unit of FIG. 2;

FIG. 5 is a circuit diagram showing a growth simulation device of FIG. 2. FIG.

FIG. 6 is a flowchart showing a main control process in the growing simulation device of FIG. 2. FIG.

FIG. 7 is a flowchart showing a control process of a second growth process in the growth simulation device of FIG. 2. FIG.

FIG. 8 is a flowchart showing a control process of a second growth process in the growth simulation device of FIG. 2. FIG.

FIG. 9 is a flowchart showing a control process of a second growth process in the growth simulation device of FIG. 2. FIG.

FIG. 10 is a flowchart showing a control process of a second growth process in the growth simulation device of FIG. 2.

FIG. 11 is an explanatory diagram showing an input reception time in the growth simulation device of FIG. 2. FIG.

12 is a flowchart showing the action when an influencer appears.

Fig. 13 is a flowchart showing the action when a living creature performs an operation different from normal.

14 is an explanatory diagram showing changes in living organisms that have reached the growth stage;

* Description of the symbols for the main parts of the drawings *

1: nurturing simulation device 3: memory unit

5: CPU7: control panel

11 apparatus main body 13 display unit

15: image display unit 17: mark display unit

19: Mark display part SW1: Key switch

SW2: Key Switch SW3: Key Switch

An example of embodiment of the upbringing simulation apparatus which concerns on this invention is demonstrated with reference to drawings.

The growth simulation apparatus 1 according to claim 1 is provided with mark display parts 17 and 19 for displaying a plurality of types of treatments related to the growth of living creatures, as shown in Figs. The mark display unit 17 displays a plurality of marks of the check meter mark 17a, the meal mark 17b, the game mark 17c, and the toilet mark 17d.

In addition, the mark display part 19 displays the courtesy mark 19a, the treatment mark 19b, and the several mark of the illumination mark 19c and the call mark 19d.

The key switches SW1, SW2, and SW3 provided below the mark display unit 19 are switches for performing a treatment for a call from a living body, and are input means for inputting a corresponding treatment by selecting a specific mark from among a plurality of marks. to be.

The key switch SW1 is a switch for selecting and displaying a desired mark from the mark display portions 17 and 19. Each time the key switch SW1 is pressed, a check meter mark 17a, a meal mark 17b, and a game mark are pressed. (17c), toilet mark 17d, courtesy mark 19a, treatment mark 19b, illumination mark 19c, and call mark 19d are switched in order. The key switch SW2 is a switch for determining the selected mark, and the key switch SW3 is a switch for canceling the displayed mark.

By operating the key switches SW1, SW2, and SW3, for example, when the check meter mark 17a is selected, each value of the age, weight, mood variable, belly variable, and the degree of punctuation of the living creature can be confirmed by the meter display. Can be. In addition, when the meal mark 17b is selected, foods such as sweets can be given to living beings. If game mark 17c is selected, a game can be played with a living thing. In addition, if the toilet mark 17d is selected, it can be cleaned by flowing water when the living body has seen urine. By selecting the example mark 19a, the example can be executed for a spoiled call from a living being. When the treatment mark 19b is selected and displayed, treatment can be performed when a living organism has an abnormality. If the lighting mark 19c is selected, the lighting of the room can be turned off in the case of the living being sleeping.

As a matter of course, it is also possible to form a mark other than the above-described treatment as a corresponding mark and to select and input the mark with the key switches SW1, SW2, and SW3.

The apparatus main body 11 also includes a storage unit 3 that stores control data related to the growth of living things. When inputting the treatment related to the growth by operating the input means, the control data corresponding thereto is read out from the storage unit 3, and the control related to the growth of the living body is based on the read control data. The control part CPU5 which performs a process is provided. Moreover, the image display part 15 is provided in the front surface of the apparatus main body 11, The said image display part 15 is a display part which displays the said living creature.

Moreover, the main body apparatus 11 is provided with the detection means which detects a call from the outside. The control unit CPU5 includes a concealment means for randomly concealing the display of the creature from the image display section 15, and a release means for releasing the concealment of the creature when detecting a call from the outside in a situation where the creature is concealed. do.

As the detection means, a suitable sensor such as a sound sensor that detects a sound or a voice of a specific frequency band, a vibration sensor that detects a vibration given to the main body apparatus 11, and an optical sensor that detects a specific light is used.

In the case where the training simulation apparatus 1 is a small device, for example, when it is compactly formed to be portable, the above-described storage unit 3 is fixedly provided with ROM, EEPROM, SRAM, and the like. Of course, the storage unit 3 can be detachably installed in the form of a memory cassette.

In addition, when the training simulation apparatus 1 is a large apparatus, for example, when it is built in a personal computer system, it is a storage part 3, for example, CD-ROM, CD-R, a magnetic disk, an optical disk, DVD. It is detachably installed by a suitable recording medium such as the like.

The growth simulation apparatus 1 according to claim 2 has mark display portions 17 and 19 for displaying various types of treatments related to the growth of living creatures as individual marks, as shown in Figs. The mark display unit 17 displays a plurality of marks of the check meter mark 17a, the meal mark 17b, the game mark 17c, and the toilet mark 17d.

In addition, the mark display unit 19 displays the courtesy mark 19a, the treatment mark 19b, the illumination mark 19c, and a plurality of marks of the call mark 19d.

The switches SW1, SW2, SW3 provided below the mark display unit 19 are switches for performing a treatment for a call from a living being, and are input means for inputting a corresponding treatment by selecting a specific mark from among a plurality of marks. to be.

The key switch SW1 is a switch for selecting and displaying a desired mark from the mark display portions 17 and 19, and each time the switch SW1 is pressed, a check meter mark 17a, a meal mark 17b, and a game mark ( 17c), toilet mark 17d, courtesy mark 19a, treatment mark 19b, and illumination mark 19c are displayed in turn. The key switch SW2 is a switch for determining the selected mark, and the key switch SW3 is a switch for canceling the displayed mark.

By operating the key switches SW1, SW2, and SW3, for example, when the check meter mark 17a is selected, each value of the age, weight, mood factor, abdominal factor, and politeness degree of living things is checked by the meter display. Can be. In addition, when the meal mark 17b is selected, foods, such as a cake, can be given to a living thing. If game mark 17c is selected, a game can be played with a living creature. In addition, if the toilet mark 17d is selected, this can be cleaned by flowing water when the living body has seen urine. When the courtesy mark 19a is selected, courtesy can be performed for a spoiled call from a living being. When the treatment mark 19b is selected and displayed, treatment can be performed when there is an abnormality in the living body. When the lighting mark 19c is selected, the lighting of the room can be turned off when the living creature sleeps.

Of course, you may form so that the mark of a kind other than the above may be formed into the corresponding mark, and the mark may be selected and input by the key switches SW1, SW2, and SW3.

The apparatus main body 11 also includes a storage unit 3 that stores control data related to the growth of living things. When inputting the treatment related to the growth by operating the input means, the control data corresponding thereto is read out from the storage unit 3, and the control related to the growth of the living body is based on the read control data. The control part CPU5 which performs a process is provided. Moreover, the image display part 15 is provided in the front surface of the apparatus main body 11, The said image display part 15 is a display part which displays the said living creature.

Moreover, the apparatus main body 11 has a detection means for detecting a call from the outside. The control unit CPU 5 has an appearance means for randomly appearing an influence body that adversely affects the growth of a living body, and a chasing means for discharging the affected body when detecting a call from the outside under the situation in which the influence body appears. . The living body and / or the influencer are displayed on the display unit 13 provided on the front of the apparatus main body 11.

As the detection means, a suitable sensor such as a sound sensor that detects a sound or a voice of a specific frequency band, a vibration sensor that detects a vibration given to the main body apparatus 11, and an optical sensor that detects a specific light is used. In the case where the training simulation apparatus 1 is a small device, for example, when it is formed compactly to be portable, ROM, EEPROM, SRAM, etc. are fixedly provided as the storage unit 3 described above. Of course, the storage unit 3 can be detachably installed in the form of a memory set.

In addition, when the training simulation apparatus 1 is a large apparatus, for example, when it is built in a personal computer system, it is a memory | storage part 3, for example, a CD-ROM, a CD-R, a magnetic disk, and a magneto-optics. It is detachably installed by a suitable storage medium such as a disc or a DVD.

Next, an embodiment of the growth simulation device according to claim 3 will be described.

The growth simulation apparatus according to claim 3 has input means (key switches SW1, SW2, SW3) for inputting treatments related to the growth of living organisms as shown in Figs. For example, the user operates the key switches SW1, 2, and 3 to select one of the mark display units 17 and 19 to prepare a meal, play a game, or turn off the lighting to take care of the living thing. Can be done.

In addition, the apparatus main body has a storage unit 3 that stores control data related to the growth of living organisms. When inputting the treatment related to the growth by operating the input means, the control data corresponding thereto is read out from the storage unit 3, and the control related to the growth of the living body is based on the read control data. It has the control part CPU5 which performs a process.

Moreover, it has the detection circuit 9 which detects a call from the outside. In addition, the control unit CPU5 corrects normal operation when it detects a call from the outside under a situation in which the living creature randomly performs an operation different from the normal and the living organism is different from the normal. Has a corrective means. Moreover, the display part 13 is provided in the front surface of the apparatus main body, and this display part 13 is a display part which displays the said living thing.

In the case where the growth simulation apparatus 1 is a small device, for example, when it is compactly formed to be portable, the above-described storage unit 3 is fixedly provided with ROM, EEPROM, SRAM, and the like. Of course, the storage unit 3 can be detachably installed in the form of a memory cassette.

In addition, when the training simulation apparatus 1 is a large apparatus, for example, when it is built in a personal computer system, it is a memory | storage part 3, for example, CD-ROM, CD-R, a magnetic disk, a magneto-optical disk. Or a removable storage medium such as a DVD or the like.

Next, an embodiment of the upbringing simulation device according to claim 4 will be described.

The memory unit 3 stores a plurality of kinds of living things with different faces. In the process of growing a living thing, it has a calling means for making a call from the living thing. As the calling means, a buzzer BZ1, a speaker, a light emitting element to be lit, an LED, an appropriate mark display, or the like that is operated by the CPU 5 and the command of the CPU 5 are used.

It also has keys SW1, SW2, and SW3 as input means for inputting treatment for the call from the living being. As this input means, a contactless switch using an appropriate switch other than a push switch, an optical sensor, or the like can be used.

In addition, the input means has a means for taking care of the call from the living being, and a means for making manners.

For example, when the meal mark 17b is selected by operating the key switches SW1, SW2, and SW3, foods such as sweets can be given to living beings. In addition, if the toilet mark 17d is selected, it can be cleaned by flowing water with water when the living body sees the urine. In such a case, the keyswitch SW1, SW2, SW3 functions as a means of caring for the call from the living thing. If the courtesy mark 19a is selected by operating the key switches SW1, SW2, and SW3, courtesy can be performed for a spoiled call from a living being. In this case, the keyswitches SW1, SW2, SW3 function as a means of performing courtesy on the call from the living being.

Then, the control unit CPU5 includes means for selecting one organism from among the stored plural kinds of creatures according to the degree of care and politeness during the growth process up to that time, and the grown organisms. It has the means to change into a chosen creature

Next, an embodiment of the growth simulation apparatus 1 according to the present invention will be described with reference to the drawings.

First, with reference to FIGS. 2-4, the whole structure of the upbringing simulation apparatus 1 is demonstrated.

As shown in Fig. 2, the apparatus main body 11 is formed to be portable in an egg shape as a whole. The display part 13 is provided in the center part of the main body apparatus 11, and the some key switch SW1, SW2, SW3 is arrange | positioned as the operation part 7 below the said display part 13.

The display unit 13 is composed of an image display unit 15 for displaying a character image of a living organism, a mark display unit 17 provided above the image display unit 15, and a mark display unit 19 provided below the image display unit 15. It is. As shown in Fig. 4, the image display unit 15 is formed by a liquid crystal screen having a length of 16 dots x a width of 32 dots.

In the mark display unit 17, a plurality of marks of the check meter mark 17a, the meal mark 17b, the game mark 17c, and the toilet mark 17d are displayed. Further, the mark display section displays a number of marks of the courtesy mark 19a, the treatment mark 19b, the illumination mark 19c, and the call mark 19d.

The key switches SW1, SW2, and SW3 are switches for performing treatments for calls from living beings, and are input means for inputting corresponding treatments by selecting specific marks from a plurality of marks.

The key switch SW1 is a switch for selecting and displaying a desired mark from the mark display portions 17 and 19. Each time the key switch SW1 is pressed, a check meter mark 17a, a meal mark 17b, and a game mark are pressed. 17c, toilet mark 17d, courtesy mark 19a, treatment mark 19b, and illumination mark 19c are displayed in turn. The key switch SW2 is a switch for determining the selected mark, and the key switch SW3 is a switch for canceling the displayed mark.

The key switches SW1, SW2, and SW3, which are the input means, have a function of caring for a call from a living being and a function of performing an example.

When the check meter mark 17a is selected and displayed, the age, weight, mood variables, embryo variables, and values of each of the examples of the living creature can be confirmed by the meter display. When the meal mark 17b is selected and displayed, foods such as sweets can be given to living beings. By this, the creature increases its fold variable by +1 for every meal of air. In addition, life increases the mood variable by +1 for each snack. When the game mark 17c is selected and displayed, the game can be played with a living creature. As a result of this game, for example, if a creature wins more than 3 times in 5 turns, the variable increases by +1. When the toilet mark 17d is selected and displayed, it can be cleaned by flowing water when the living body has seen feces. When the courtesy mark 19a is displayed, courtesy can be performed for a spoiled call of a living being. In addition, when the courtesy mark 19a is selected and displayed, the habit can be corrected by praising a living being. In other words, with respect to the spoiled invocation of living things, the present invention can teach the manners by complimenting the living things and can fix the spoiled life.

If the treatment mark 19b is selected and displayed, treatment can be performed when a living organism has an abnormality.

When the illumination mark 19c is selected and displayed, the lighting of the room can be turned off when the living creature sleeps.

The call mark 19d is a mark indicating a call from a living being. The lighting of this call mark 19d is controlled by the CPU 5, and forms part of the calling means for the call to make a call in the process of growing the life.

Moreover, the apparatus main body 11 has a built-in clock, and key switches SW1, SW2, and SW3 are used for time adjustment of the built-in clock.

Moreover, the reset switch SW4 is provided in the back surface of the apparatus main body 11. As shown in FIG. By operating this reset switch SW4, the growth simulation of living things can be returned to the initial setting.

Next, the structure of the circuit part built in the apparatus main body 11 and its peripheral part is demonstrated with reference to FIG.

The display part 13 mentioned above is connected with the control apparatus 2, and the operation part 7 is connected with the control apparatus 2. As shown in FIG. This control device 2 is formed of an integrated circuit of one chip. The above-described key switches SW1, SW2, SW3 and reset switch SW4 are connected to the control device 2. The control device 2 is also connected with a battery BT, an oscillator XL, capacitors CC1 to CC12, and resistors RR1 to RR6.

The buzzer BZ1 is connected to the control device 2 through the resistors RR3 and RR4, and the transistor Q1 and the resistors RR5 and RR6 are connected.

The buzzer BZ1 is connected to the control device 2 through the resistors RR3 and RR4, and the transistor Q1 and the resistors RR5 and RR6 are connected to each other. The circuit section including these buzzers BZ1 and transistors Q1 constitutes a detection circuit 9 that detects sound or sound in a specific frequency band. The buzzer BZ1 also functions as a calling means by notifying and informing of a call from a living being.

The control device 2 reads a soft program related to growth simulation for growing and growing a living organism, a storage unit 3 storing various control data, a soft program stored in this storage unit 3 and various control data. And a CPU 5 that executes various control procedures based on these control data, a work memory of the CPU 5, and the like.

The CPU 5 is connected to the storage unit 3 and to the operation unit 7 via the interface circuit 4. The CPU 5 is also connected to the detection circuit 9 via the interface circuit 6 and to the display unit 13 via the display drive circuit 8.

In addition, the control device 2 has a calling means for making a call from the living organism in the process of growing the living creature. The controller 2 includes means for setting one or two growth stages as the organism grows, a storage unit 3 for storing various kinds of grown creatures having different faces in each growth stage, and When the growth stage is reached, a means for selecting one grown organism from a plurality of kinds of creatures by drafting the contents of the call to the call in the growth process until then.

In addition, the control device 2 includes a clock pulse forming circuit for forming a clock pulse of a predetermined period based on the oscillation pulse from the oscillator XL, a clock circuit for outputting clock information based on the clock pulse, and a clock pulse. And a timer circuit for outputting timer information based on the above.

Next, the operation of the embodiment related to the present invention will be described.

First, the flow control of the main will be described with reference to FIG. 6. In step SP1, it is determined whether or not the reset switch SW4 has been operated. If the reset switch SW4 has been operated, the flow advances to step SP3 to operate the key switches SW1, SW2, and SW3 to control the time. Fit. Then, the time of life of the living being is determined based on this time. Thus, living things become active according to the time of reality. For example, an activity wakes up at 9 am and starts at 8 pm. Subsequently, at step SP5, the initial screen is displayed. It is assumed here that an angel descends from the sky and dances. For example, an image of an egg-shaped creature descending from the sky is displayed, and after a predetermined time, the egg is broken and the creature of the first generation character image KT1, which is a newborn baby, is an angel. Is born.

Next, in step SP7, the treatment related to the first growth process is executed. For example, the player manipulates the keyswitches SW1, SW2, and SW3 to feed and eat rice or sweets. It is also possible to clean or treat toilets from calls from living things.

Next, in step SP9, when the life of the baby character image KT1 is born and about 60 minutes have elapsed, the life is changed to the life of the child character image KT2, and the process proceeds to the second growth process. In the second growth process, when there is a call from a living body as in the first growth process described above, care is taken for the call of contents necessary for the growth. In addition, the player can make a courtesy call for a spoiled call from a living being.

Subsequently, at step SP11, it is determined whether the living organism has reached the second growth stage. If it is determined in step SP11 that the second growth step has not been reached, the process returns to step SP9 again and the above-described second growth process is performed. If it is determined in step SP11 that the second growth step has been reached, the process proceeds to step SP13.

In step SP13, one creature is selected from among various kinds of creatures, that is, creatures of the spirit character images KT3 and KT4, in consideration of the care and the contents of the example in the second growth process.

For example, if there is a call from a living being during the second growth process, it will make three or more mistaken cares for the call of the contents necessary for the growth, and a courtesy example may be used for the call of the spoiled contents from the living. For example, if a mistake is made two or more times, the creature of the zero character image C1b is selected, and the creature of the zero character image C1b is changed to the next creature and grows later.

Next, in step SP15, the process proceeds to the third growth process, and when there is a call from the living body as in the second growth process described above, the call is made to the call for the contents necessary for the growth, Courtesy breaks can be made against spoiled content calls.

Subsequently, at step SP17, it is determined whether the living organism has reached the third growth stage. If it is determined in step SP17 that the third growth step has not been reached, the process returns to step SP15 again and the above-described third growth process is performed. If it is determined in step SP17 that the third growth stage has been reached, the process proceeds to step SP19.

In step SP19, one creature is selected from among various kinds of creatures, that is, creatures of the adult character images KT5 to KT10, in consideration of the caregiving and the contents of the example in the third growth process.

For example, if there is a call from a living being during the third growth process, it will make three or more mistaken cares for the call of the contents necessary for the growth, and will also make six or more manners for calling out the spoiled content from the living thing. If a mistake is made, the creature of the adult character image KT5 is selected, and the creature of the adult character image KT5 changes to the next creature and grows later. When the character image KT7 grows smoothly, the character image KT11 changes to a character image, or when a character image grows, the character image KT12 has a predetermined probability.

If the reset switch SW4 is not operated in step SP1, the flow advances to step SP2 to determine whether or not it is the first growth process. If it is determined in step SP2 that the process is the first growth process, the process proceeds to step SP7 and the first growth process is performed. If it is determined in step SP2 that the process is not the first growth process, the process proceeds to step SP4 to determine whether it is the second growth process. If it is determined in step SP4 that it is the second growth process, the flow advances to step SP9 to perform the process of the second growth process. If it is determined in step SP4 that it is not the second growth process, that is, if it is determined that it is the third growth process, the process proceeds to step SP15 to perform the third growth process.

Next, the second growth process will be described in detail in each growth process.

In step SP21 of FIG. 7, it is determined whether there is a call from a living being, and if there is a call from a living being, the process proceeds to steps SP23 and SP25 to light up the call mark 19d, and at the same time, FIG. As shown, the buzzer BZ1 is only shaken for a predetermined time T1, for example, 3 seconds. At the same time, at step SP27, the timer is started to proceed to step SP31.

Subsequently, at step SP31, it is determined whether the call from the living being is due to sleep. If it is determined in step SP31 that the call is for sleep, the process proceeds to step SP41 in Fig. 8 via? In step 41, it is determined whether or not the player has turned off the lights by operating the key switches SW1, 2, 3, and when the lights are turned off, the process proceeds to step SP43 to determine whether or not it is within a predetermined time. To judge. As shown in Fig. 11, when the call is turned off within a predetermined time T3, for example, one hour after the call from the living organism, it is properly cared for, and the process proceeds to step SP45, where the caring is +1. Increases.

On the contrary, if there is a call from a living being, but no care is taken, or if the call is turned off after a predetermined time (T3), e. If it does not, it advances to step SP47 from step SP41 or 43, and caregiving decreases by one.

Referring back to FIG. 7, if it is determined in step SP31 that the call is not a sleep call, the process proceeds to step SP33. In step SP33, it is determined whether or not the value of the double variable of the living organism is MAX. If the value of the double variable is not MAX, the process proceeds to step SP51 of FIG. In step SP51, it is determined whether the player has prepared a meal by operating the key switches SW1, 2, and 3, and when the meal is ready, the process proceeds to step SP53. In step SP53, it is determined whether the living thing has eaten the prepared rice, and if it is eaten, the process proceeds to step SP55. In step SP55, it is determined whether or not it is within a predetermined time. As shown in Fig. 11, if a meal can be eaten within a predetermined time T2, for example, 15 minutes after the call from the living being, the proper care is taken, and the process proceeds to step SP57. Increases by +1.

On the contrary, even if there is a call from a living being, even if the care is not made completely or if a meal is taken care of, it is a predetermined time (T2), for example, 15 minutes or more after the call from the living being. In the case where a meal is eaten after this time, proper care is not taken, the process proceeds from step SP51 or 55 to step SP59, whereby the degree of care decreases by one.

In addition, when the player prepares a meal in step SP51, if the living thing has not eaten, the process proceeds from step SP53 to step SP37 in FIG.

Here, the player judges that the creature has no habit of not eating even if the value of the double variable of the creature is not MAX, and performs manipulation related to the manner of manners. In other words, the player can operate the key switches SW1, 2, 3 to select and display the courtesy mark 19a, thereby performing the courtesy of the creature. In step SP37, it is judged whether or not the operation relating to the above-described example of the example has been made. When the operation relating to the example of the example is performed, the procedure proceeds to step SP39, where the example-of-example degree increases by +1.

As described above, at step SP33, it is determined whether or not the value of the double variable of the living organism is MAX. If the value of the double variable is MAX, the process proceeds to step SP35. In step SP35, it is determined whether or not the mood variable value of the creature is MAX. If the mood variable value is not MAX, the process proceeds to step SP61 of FIG. In step SP61, it is determined whether or not the player has prepared the game by operating the key switches SW1, 2, 3, and when the game is ready, the process proceeds to step SP63. In step SP63, it is determined whether or not the creature has played the above-described game, and when the game has been played, the process proceeds to step SP65. In step SP65, it is determined whether or not it is within a predetermined time. As shown in Fig. 11, when a game is played within a predetermined time (T2), for example, 15 minutes after the call from the living creature, care is properly performed, and the process proceeds to step SP67. Increases +1.

In addition, in step SP61, when game preparation is not made, it progresses to step SP62. In step SP62, it is determined whether the player has prepared the sweets by operating the key switches SW1, 2, and 3, and when the sweets are ready, the process proceeds to step SP65. As described above, it is determined at step SP65 whether it is within a predetermined time. As shown in Fig. 11, when the confectionery is prepared within a predetermined time T2, for example, 15 minutes after the call from the living organism, the caring is properly performed, and the process proceeds to step SP67. Increases +1.

On the contrary, even if there is a call from a living being, even if the care is not taken completely or if the game is taken care of, it is a predetermined time (T2), for example, 15 minutes or more after the call from the living being. In the case where the game is played after the elapse of time, proper care is not performed, and the process proceeds from step SP61 and 62 to step SP69, whereby the degree of care is reduced by one.

If the creature does not play the game despite the player preparing for the game in step SP63, the process proceeds from step SP63 to step SP37 in FIG.

Here, the player determines that the creature's mood variable is not MAX but the game is not habitual and performs manipulations related to etiquette. In other words, the planar can perform the prejudice against the creature by operating the key switches SW1, 2 and 3 to select and display the prejudice mark 19a. In step SP37, it is determined whether or not the operation relating to the example of the above-described example has been performed. When the operation relating to the example of the example is performed, the procedure proceeds to step SP39, where the example-of-example degree increases by +1.

If there is no call from a living organism at step SP21 or if there is no operation related to the manner of example at step SP37, the process proceeds to step SP29 to carry out various caring treatments. The process returns to step SP11 of FIG.

In addition, since the action in another growth stage is the same as the action in the said 2nd growth stage, detailed description is abbreviate | omitted.

Next, with reference to FIG. 12, the effect | action when the influence body appears in a growth stage is demonstrated in detail.

The CPU 5 performs a control procedure for randomly appearing an influence body that adversely affects the growth of living things. When this control, for example, an influence body such as a devil or a bat appears, the condition and constant at that time are constant. Abnormalities occur in living things according to the probability (steps SP70 to SP72). At this time, the CPU 5 starts the timer and starts counting the time when an external call can be accepted (step SP73). When there is a call from the outside within a predetermined time, that is, when the detection circuit 9 detects a voice issued by the player or a sound of knocking on the main body device 11 (step SP74), a pleasant image of the life that can avoid abnormalities. It is displayed on this display part 13. (Step SP75, SP76).

In addition, when there is no external call within the predetermined time, i.e., when the detection circuit 9 cannot detect the voice made by the player (step SP77), an abnormality cannot be avoided and an image indicating that an abnormality has occurred is displayed. It is displayed on the display part 13 (step SP78, SP79). In this case, the player can heal the living creature by selecting and treating the treatment mark 19b (step SP80).

In addition, as described above, the configuration in which randomly appearing an influencer that adversely affects the growth of the living being and at the same time, when the outside call is detected under the situation in which the influencer is appearing, causes the affected body to be displaced. Has

For example, an influencer such as a bat intercepting the food during the meal of the living creature may appear, and the influencer may be expelled when an external call is detected under the situation in which the influencer appears.

Next, with reference to FIG. 13, the operation | movement in the case where the living thing performed the normal operation in a growth stage is demonstrated.

The CPU 5 performs an operation control for randomly performing an operation different from the normal to the living thing. For example, the control which hides the living thing displayed on the screen so far and disappears, i.e., conceals the living thing. Control is performed (steps SP81 to SP85).

At this time, when there is an external call within a predetermined time, that is, when the detection circuit 9 detects a voice or a sound emitted by the player, the concealment is released, and the creature gradually appears (steps SP86 to SP89). ). By this, the living being is modified in normal operation.

In addition, when there is no external call within the predetermined time, that is, when the detection circuit 9 cannot detect the voice of the player (step SP90), the operation unit 7 may be operated to input various commands. No change occurs in the display unit 13 (steps SP96 and SP97).

Under such a situation, when there is a call to the player from the creature, the creature itself appears gradually and makes a call to the player (steps SP91 to SP95).

In addition, as described above, when the living creature randomly performs an operation different from the normal and detects a call from the outside under the situation where the living creature is different from the normal operation, the configuration is configured to modify the living organism to the normal operation. It also has a lot of changes.

For example, even when the bedtime has elapsed, when the call from the outside is detected in the situation where the creature is playing late at night, the creature may be reloaded to correct the normal operation.

As another change, when the creature is dozing in the middle of praying, when it detects an external call under such a situation, it may be configured to shake the creature to wake up and correct it in its normal operation.

As described above, the invention according to claim 1 has an input means for inputting a treatment relating to the growth of a living being, a storage unit storing control data relating to the growth of a living being, and inputs the treatment relating to the growth from the input means. When this occurs, control data corresponding thereto is read out from the storage unit, and control related to the growth of living things is performed based on the read control data. And a detecting means for detecting an external call and a concealing means for randomly concealing the display of the creature on the display unit, and when the external call is detected under the situation where the creature is hidden, the concealment of the relevant creature is released. Life can be displayed as usual.

In this way, since the creature hidden by the call of the player's real voice can be displayed as it is, it has the effect of providing a nurturing simulation apparatus with high interest.

In addition, since the player takes serious action as if they are raising real creatures, there is an effect of providing a simulation apparatus suitable for education and for training.

Claims (6)

In the growth simulation apparatus of living things, (A) input means for inputting treatment related to the upbringing of living things, (B) a display unit for displaying the living body, (C) a storage unit for storing control data related to the growth of the living organisms; (D) a control unit which, when inputting the treatment related to the rearing from the input means, reads out the control data corresponding to the rearing from the storage unit and performs control related to the growth of the living body based on the read control data; (E) detecting means for detecting a call from the outside; (E) the control unit includes concealment means for randomly concealing the display of the creature from the display unit; And (g) The control unit is configured by applying release means for removing the concealment of the living creature when detecting a call from the outside under the condition that the living creature is concealed. In the growth simulation apparatus of living things, (A) input means for inputting treatments relating to the upbringing of living things; (B) a storage unit that stores control data related to the growth of the living body, (C) a control unit which, when inputting the treatment related to the rearing from the input means, reads out the control data corresponding to the rearing from the storage unit and performs control related to the growth of the living body based on the read control data; (D) detecting means for detecting a call from the outside; (E) the control unit comprises appearance means for randomly appearing an influencer that adversely affects the growth of the living body; (E) the control unit, when the caller detects a call from the outside under the situation in which the influencer appears, a means for discharging the influencer; And (g) a display unit for displaying the living body and / or the influencer. In the growth simulation apparatus of living things, (A) input means for inputting treatments relating to the upbringing of living things; (B) a storage unit that stores control data related to the growth of the living body, (C) a control unit which, when inputting the treatment related to the rearing from the input means, reads out the control data corresponding to the rearing from the storage unit and performs control related to the growth of the living body based on the read control data; (D) detecting means for detecting a call from the outside; (E) the control unit comprises operation means for causing the living organism to randomly perform an operation different from the normal one; (F) The control unit includes correction means for correcting the normal operation when the call from the outside is detected in a situation in which the living organism is operating differently from the normal one; (H) A living growth simulation apparatus comprising a display unit for displaying the living creature. The method of claim 1, (A) the memory unit stores various kinds of living things with different faces; (B) the control unit calls means for making a call from the living organism in the process of growing the living creature, (C) the means for inputting means for caring for calls from the living being, and means for making etiquette, (D) The controller selects selection means for selecting one organism from among the stored kinds of organisms according to the degree of care and politeness in the growth process up to that time when the organism grows, And (e) the control unit is provided with change means for changing the grown organisms into the selected creatures. The method of claim 2, (A) the memory unit stores various kinds of living things with different faces; (B) the control unit calls means for making a call from the living organism in the process of growing the living creature, (C) the means for inputting means for caring for calls from the living being, and means for making etiquette, (D) The control unit selects means for selecting one organism from among the various kinds of stored creatures according to the degree of care and politeness in the growth process up to that point when the organism grows, And (e) the control unit is provided with change means for changing the grown organisms into the selected creatures. The method of claim 3, wherein (A) the memory unit stores various kinds of living things with different faces; (B) the control unit calls means for making a call from the living organism in the process of growing the living creature, (C) the means for inputting means for caring for calls from the living being, and means for making etiquette, (D) The control unit selects means for selecting one organism from among the various kinds of stored creatures according to the degree of care and politeness in the growth process up to that point when the organism grows, And (e) the control unit is provided with change means for changing the grown organisms into the selected creatures.