JP2008113899A - Electronic device, electronic device controlling program and electronic device controlling method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To create the entertaining effect or to enhance the amusement of such magic that a performer performs the fortunetelling with a four-digit number written by an audience, and that a wristwatch guesses the four-digit number after that. <P>SOLUTION: Secret signs as identifiers indicating figures 0-9 are displayed one after another (C)-(E). The performer X operates press button switches according to the display modes H1-H10 of the secret signs unknown to the audience Y (C)-(E), and stores the four-digit number, which the audience Y wrote on paper, corresponding to the display modes H1-H10 in the wristwatch. After that, the performer X hands the wristwatch to the audience Y. When the audience Y operates the press-button switches in the same way, the four-digit number which the audience Y wrote on paper is displayed on the wristwatch. In this way, the performer can play such magic as if the wristwatch could guess the four-digit number the audience Y wrote on paper. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an electronic device having a magic function, an electronic device control program, and an electronic device control method.

Nowadays, various electronic devices having a display function such as a wristwatch and a mobile phone have appeared, and on the other hand, various tricks dedicated tools such as trick magic tools (see, for example, Patent Document 1) have also appeared. Has reached.
JP-A-3-33776

  Therefore, by using various types of magic tricks such as trick tricks, magic tricks can be demonstrated and a side effect can be generated. However, since conventional electronic devices mainly focus on generating the original functions of the device, this can be used to generate side effects or enhance the interest of the device. You ca n’t.

  The present invention has been made in view of such a conventional problem, and provides an electronic device, an electronic device control program, and an electronic device control method capable of generating side effects or enhancing interest. Objective.

  In order to solve the above-described problem, in the electronic device according to the first aspect of the present invention, each time a numerical value indicating each digit up to a predetermined number of digits is sequentially displayed, and each time the numerical value indicating the digit is changed, , First display control means for sequentially displaying identifiers indicating numbers from “0” to “9”, and identifiers indicating numbers from “0” to “9” by the first display control means. Are sequentially displayed, a first determination means for determining the presence or absence of a predetermined operation every time the numeral indicating the digit changes, and the predetermined determination means by the first determination means. Storage means for storing the numerical value corresponding to the identifier displayed at the time when the presence of the operation is determined in correspondence with the numerical value indicating the displayed digit, and each digit in the storage means Numeric value indicating Correspondingly, on the condition that the numerical value indicated by the identifier is stored, a second determination means for determining the presence / absence of a predetermined operation and the second determination means determine the predetermined value. And second display control means for displaying a number corresponding to each digit stored in the storage means on the condition that the presence of an operation is determined.

  Further, in the electronic device according to the invention of claim 2, a message indicating that the first display control means should describe an arbitrary number consisting of a plurality of digits up to the predetermined number of digits. Is further displayed and sequentially displayed corresponding to each digit up to the plurality of digits.

  Moreover, in the electronic device according to the invention of claim 3, the first display control means indicates that an arbitrary number consisting of a plurality of digits up to the predetermined number of digits should be described. 1 message and a second message indicating that an operation using an arbitrary number consisting of a plurality of digits is to be performed, and using the plurality of numerical values stored in the storage means, the same as the operation Computation means for executing computation is further provided, wherein the storage means further stores computation progress and computation results of the computation means, and the second display control means is the computation means stored in the storage means. The calculation process or calculation result is further displayed.

  In the electronic device according to the invention of claim 4, the storage means further stores a plurality of fortune telling result data, and the second display control means displays the calculation progress or the calculation result. In this case, any of the fortune telling result data is read from the storage means and displayed.

  In the electronic device according to the fifth aspect of the invention, the second display control means emits light when displaying a plurality of numbers corresponding to each digit stored in the storage means. It further comprises a light emitting means.

  In the electronic device control program according to the invention of claim 6, the computer included in the electronic device including the display unit sequentially displays a numerical value indicating each digit up to a predetermined number of digits, and Each time the numerical value indicating the digit is changed, the first display control means for sequentially displaying the identifiers indicating the numbers from “0” to “9” and the numbers from “0” to “9” are respectively indicated. In a state where the identifiers are sequentially displayed, a first determination unit that determines whether or not a predetermined operation is performed every time the numeral indicating the digit changes, and the predetermined determination unit by the first determination unit. Storage means for storing a numerical value corresponding to the identifier displayed at the time when it is determined that the operation being performed is associated with a numerical value indicating the displayed digit, and the storage means A second determining means for determining the presence or absence of a predetermined operation on condition that a numerical value indicated by the identifier is stored in correspondence with a numerical value indicating each digit; and the second determining means And functioning as second display control means for displaying a number corresponding to each digit stored in the storage means on the condition that the presence of the predetermined operation is determined. To do.

  Further, in the electronic device control method according to the invention of claim 7, each time a numerical value indicating each digit up to a predetermined number of digits is sequentially displayed and each time the numerical value indicating the digit is changed, In a first display control step for sequentially displaying identifiers indicating numbers from “0” to “9”, and identifiers indicating numbers from “0” to “9” being sequentially displayed, A first determination step for determining presence / absence of a predetermined operation every time a numeral indicating a digit changes, and at the time when the presence of the predetermined operation is determined by the first determination step A storing step for storing a numerical value corresponding to the displayed identifier in correspondence with a numerical value indicating the displayed digit, and a preceding step corresponding to the numerical value indicating each digit by the storing step. On the condition that the numerical value indicated by the identifier is stored, a second determination step for determining the presence or absence of a predetermined operation, and the presence of the predetermined operation by the second determination step. And a second display control step of displaying a number corresponding to each digit stored in the storing step, on the condition that is determined.

  According to the electronic device of the present invention, it is possible to demonstrate a magic in which a spectator applies a single-digit or multi-digit number previously written on paper using the electronic device. Therefore, it is possible to generate side effects using this, or to enhance the interest of the device.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a plan view showing an external configuration of a wristwatch to which an embodiment of the present invention is applied.

  The wristwatch 1 includes a watch body 2 and wristbands 3 and 4 that are attached to both sides of the watch body 2. A display unit 5 composed of an LCD or the like is provided at the center of the upper surface of the watch body 2, and two push button switches 6 to 9 that are turned on when pressed are arranged on both sides. Has been. The display unit 5 is divided into a first display area 51 on the upper left side, a second display area 52 on the right side, and a third display area 53 on the lower side.

  FIG. 2 is a block diagram showing a configuration of a circuit arranged in the timepiece main body 2.

  The oscillation circuit 10 is a circuit that generates a clock signal having a fundamental frequency, and outputs the generated clock signal to the frequency divider circuit 11. The frequency divider circuit 11 divides the clock signal to create a time signal of 1 Hz and outputs it to the time counting circuit 12. The time counting circuit 12 has hour, minute, and second counters, and outputs hour, minute, and second time data obtained by counting a time signal of 1 Hz to the CPU 14. The time counting circuit 12 outputs a day carry signal every 24 hours to the date counting circuit 13, and the date counting circuit 13 outputs date data obtained by counting the day carry signal to the CPU 14. The input unit 15 includes the push button switches 6 to 9 and outputs these operation signals to the CPU 14.

  The CPU 14 is a central processing unit that decodes various programs stored in the ROM 16 and uses the RAM 17 as a work area to execute time display processing, processing shown in the flowcharts described later, and the like. The display unit 5 displays the data by driving the display elements based on the current time data or display data output from the CPU 14. The EL 22 is laminated on the lower surface side of the display unit 5, and the CPU 14 controls the lighting operation of the EL 22 and the sound output operation of the sound output unit 18.

  FIG. 3 is a conceptual diagram showing the memory configuration of the ROM 16.

  The ROM 16 is provided with a program storage unit 161 for storing the program, an image data storage unit 162 for storing image data for displaying various characters and images shown in display examples to be described later, and the like. Further, the ROM 16 is provided with a fortune telling result data storage unit 163 for storing fortune telling result data. In this embodiment, the fortune telling result data is “SOSO (= so good)” and “GOOD (= good)”. There are two types.

  FIG. 4 is a conceptual diagram showing the memory configuration of the RAM 17.

  In the RAM 17, as will be described later, a first storage unit 171 in which a four-digit numerical value entered by a spectator Y on paper and a performer X using a secret sign is input from the first digit to the fourth digit. A second storage unit 172 that stores the addition value of the first digit and the second digit of the numerical value stored in the unit 171 and the addition value of the third digit and the fourth digit, and is stored in the second storage unit 172 A third storage unit 173 that stores an addition value of both values, and a fourth storage unit 174 that stores a value obtained by adding the numerical values of both digits when the value stored in the third storage unit 173 has two digits. Is provided.

  Next, the operation of the present embodiment according to the above configuration will be described together with the operations of the performer X and the spectator Y who perform 4-digit number hitting magic.

  That is, the wristwatch 1 owned by the performer X displays the current time on the display unit 5 in the clock mode. From this state, when the performer X operates the push button switch 6 to perform the playing card hitting magic in front of the spectator Y using the wristwatch 1, the mode shifts from the clock mode to the magic mode, and the CPU 14 follows the program according to FIG. The process shown in a series of flowcharts shown in FIG.

  The magic that will be performed is the magic in which the opponent writes a four-digit number, and then fortune-telling the number, and then the clock hits the number.

  First, a mode display process is executed (FIG. 5, step S1). As a result of the process in step S1, the magic to be executed is displayed in the second display area 52 of the display unit 5 as shown in FIG. 7A. No. “05” is displayed, and “MAGIC” is displayed in the third display area 53. Next, a title display process is executed (step S2). As a result of the process in step S2, as shown in FIG. 7B, “calculation” which is the title of magic to be executed in the third display area 53 from now on. “CAL” indicating “” is displayed.

  Next, it is determined whether or not the push button switch 8 has been operated (step S3). If operated, the characters “WRITE” and “???” are switched and displayed, and “1” is displayed. And a secret sign display process is executed (step S4). As a result of the processing in step S 4, the characters “WRITE” and “???” are switched and displayed in the third display area 53, as shown in FIG. “1” is displayed, and the display of a secret sign described later in the first display area 51 is started.

  When the performer X visually recognizes the switching display between the characters “WRITE” and “???” in the third display area 53, “The number is fortune-telling. There are five times, so follow the order. Write a four-digit number. ” Therefore, the progress of magic can be made smooth.

  Then, according to the remark by the performer X, the spectator Y enters, for example, “8609” with a pencil on the prepared paper. At this time, since “1” is displayed in the second display area 52, the spectator Y who has seen this understands that it is the “1” th instruction from the watch. However, “1” in the second display area 52 means that for the performer X, the first digit in the four-digit number written by the audience Y should be input by the secret sign.

  Next, it is determined whether or not the push button switch 8 has been operated (step S5). If not, the value of d1 indicating the first digit is sequentially changed from 0 to 9 and repeatedly changed ( Step S6) Every time the value of d1 is changed by “1”, the process returns to Step S4 to execute the secret sign display process.

  That is, the secret sign is an identifier representing a numerical value of invalid, 1, 2, 3,... 0 by combining the display forms of the two sets of segments S1, S2 as shown in FIG. Then, every time the value of d1 is changed by “1” in step S6, the process returns to step S6 and the secret sign display process is executed to display secret signs that sequentially change in accordance with the numbers in the first display area 51.

  Also, the performer X already knows the relationship between the display form of the two sets of segments and the numbers shown in FIG. 10 by reading the instruction manual of the wristwatch 1. Therefore, the performer X can recognize which number 0 to 9 means by looking at the secret sign displayed in the first display area 51 while changing.

  Therefore, the performer X has an identifier (the number “8” in FIG. 10) indicating the first digit “8” from the left of the four digits “8609” written on the paper by the audience Y in the first display area 51. When the corresponding segment display form H8 is displayed, the push button switch 8 is operated. Then, the determination in step S5 is YES, and the process proceeds from step S5 to step S7. The number d1 corresponding to the identifier that is the secret sign displayed in the first display area 51 when the pushbutton switch 8 is operated is stored in the RAM. It memorize | stores in the 1st storage part 171 (step S9). As a result, as shown in FIG. 4, the number “8” corresponding to the identifier that is the displayed secret sign is stored in the storage area of the “1” digit in the first storage unit 171 of the RAM. .

  At this time, the spectator Y understands that “1” displayed in the second display area 52 as described above is the “1” -th instruction from the watch. Even if the pushbutton switch 8 is operated to input the first digit “8”, the trick is not revealed.

  On the other hand, in step S8 following step S7, the characters “ABCD” and “A + B =?” Are switched and displayed, and “2” is displayed in the second display area 52, and the secret sign display process is performed. Is executed (step S8). By the processing in step S8, as shown in FIG. 7D, the characters “ABCD” and “A + B =?” Are switched and displayed in the third display area 53, and the second display area 52 is displayed. “2” is displayed, and the display of the secret sign is started in the first display area 51.

  The performer X who visually recognizes the switching display between the letters “ABCD” and the letters “A + B =?” In the third display area 53 is prompted by this display. Please write to ". Accordingly, the audience Y adds “8” and “6” and writes “14” on the paper.

  At this time, since “2” is displayed in the second display area 52, the audience Y who has seen this understands that it is the “2” -th instruction from the watch. However, in this second display area 52, “2” indicates that for the performer X, the second digit “6” in the four-digit number “8609” written by the audience Y should be entered by the secret sign. means.

  Next, it is determined whether or not the pushbutton switch 8 has been operated (step S9). If not, the value d2 indicating the second digit is sequentially changed from 0 to 9 and repeatedly changed ( Step S10) Every time the value of d2 is changed by “1”, the process returns to Step S8 to execute the secret sign display process.

  Therefore, the performer X has an identifier (the number “8” in FIG. 10) indicating the second digit number “6” from the left of the four digits “8609” written on the paper by the audience Y in the first display area 51. When the corresponding segment display form H6) is displayed, the push button switch 8 is operated. Then, the determination in step S9 becomes YES, and the process proceeds from step S9 to step S11. The number d2 corresponding to the secret sign displayed in the first display area 51 when the pushbutton switch 8 is operated is stored in the first RAM. The data is stored in the unit 171 (step S11). As a result, as shown in FIG. 4, “6” is stored in the first storage unit 171 of the RAM corresponding to the “2” digit.

  At this time, the spectator Y understands that “2” displayed in the second display area 52 as described above is the “2” -th instruction from the watch. Even if the pushbutton switch 8 is operated to input the second digit “6”, the trick is not revealed.

  In step S12 subsequent to step S11, the characters “ABCD” and “C + D =?” Are switched and displayed, “3” is displayed, and secret sign display processing is executed (step S11). ). By the processing in step S11, as shown in FIG. 7E, the characters “ABCD” and “C + D =?” Are switched and displayed in the third display area 53, and the second display area 52 is displayed. “3” is displayed, and the display of the secret sign is started in the first display area 51.

  The performer X who visually recognizes the switching display between the letters “ABCD” and the letters “C + D =?” In the third display area 53 is prompted by this display, “Next, add the right two digits and answer. Please write on paper. " Accordingly, the audience Y adds “0” and “9” and writes “9” on the paper.

  At this time, since “3” is displayed in the second display area 52, the spectator Y who has seen this understands that it is the “3” th instruction from the watch. However, in this second display area 52, “3” indicates that for the performer X, the third digit “0” in the four-digit number “8609” written by the audience Y should be input by the secret sign. means.

  Next, it is determined whether or not the push button switch 8 has been operated (step S13). If not, the value of d3 indicating the third digit is sequentially changed from 0 to 9 and repeatedly changed ( Step S14) Every time the value of d3 is changed by "1", the process returns to Step S12 to execute the secret sign display process.

  Accordingly, the performer X has an identifier (in the first display area 51, an identifier (the number “8” in FIG. 10) indicating the third digit “0” from the left of the four digits “8609” written on the paper by the audience Y. When the corresponding segment display form H0) is displayed, the push button switch 8 is operated. Then, the determination in step S13 is YES, and the process proceeds from step S13 to step S15. The number d3 corresponding to the secret sign displayed in the first display area 51 when the pushbutton switch 8 is operated is stored in the first RAM. The data is stored in the unit 171 (step S15). As a result, as shown in FIG. 4, “0” is stored in the first storage unit 171 of the RAM corresponding to the “3” digit.

  At this time, the spectator Y understands that “3” displayed in the second display area 52 as described above is the “3” -th instruction from the watch. Even if the pushbutton switch 8 is operated to input the third digit “0”, the trick is not revealed.

  Further, in step S16 following step S15, the characters “EF” and “E + F =?” Are switched and displayed, “4” is displayed, and secret sign display processing is executed (step S15). ). As a result of the processing in step S15, as shown in FIG. 8F, the characters “EF” and “E + F =?” Are switched and displayed in the third display area 53, and the second display area 52 is displayed. “4” is displayed, and the display of the secret sign is started in the first display area 51.

  The performer X who visually recognizes the switching display between the letters “EF” and “E + F =?” In the third display area 53 is prompted by this display, “Add two more answers, and write the answer on paper. If the answer is two digits, add it again to make it one digit. ” In accordance with this, the audience Y adds “14” and “9” and writes “23” on the paper, and then adds “2” and “3” and writes “5”.

  At this time, since “4” is displayed in the second display area 52, the spectator Y who has seen this understands that it is the “4th” instruction from the watch. However, in this second display area 52, “4” indicates that for the performer X, the fourth digit “4” of the four-digit number “8609” written by the audience Y should be entered by the secret sign. means.

  Next, it is determined whether or not the push button switch 8 has been operated (step S17). If not, the value of d4 indicating the fourth digit is sequentially changed from 0 to 9 and repeatedly changed ( Step S18) Every time the value of d3 is changed by "1", the process returns to Step S16 to execute the secret sign display process.

  Therefore, the performer X has an identifier (the number “8” in FIG. 10) indicating the fourth digit “9” from the left of the four digits “8609” written on the paper by the audience Y in the first display area 51. When the corresponding segment display form H9 is displayed, the push button switch 8 is operated. Then, the determination in step S17 becomes YES, and the process proceeds from step S17 to step S19. The number d4 corresponding to the secret sign displayed in the first display area 51 when the pushbutton switch 8 is operated is stored in the first RAM. The data is stored in the unit 171 (step S19). As a result, as shown in FIG. 4, “9” is stored in the first storage unit 171 of the RAM corresponding to the “4” digit.

  At this time, the spectator Y understands that “4” displayed in the second display area 52 as described above is the “4th” instruction from the watch. Even if the pushbutton switch 8 is operated to input the fourth digit “9”, the trick is not revealed.

  As a result of the above processing, as shown in FIG. 4, numerical values “8”, “6”, “0”, and “9” from the “1” digit to the “4” digit are stored in the first storage unit 171 of the RAM 17. The Rukoto. Therefore, the CPU 14 adds the left two digits in “8609” stored in the first storage unit 171 and adds the two right digits, and stores each value in the second storage unit 172 ( FIG. 6, step S20). As a result, “8 + 6 = 14” and “0 + 9 = 9” are calculated, and “14” and “9” are stored in the second storage unit 172 of the RAM 17 as shown in FIG. Become.

  Furthermore, the addition result is added and stored in the third storage unit 173. If this value is two digits, the two digits are added and stored in the fourth storage unit 174 (step S21). As a result, the calculation “14 + 9 = 23” is performed. As shown in FIG. 4, after “23” is stored in the third storage unit 173 of the RAM 17, the calculation “2 + 3 = 5” is performed. , “5” is stored in the fourth storage unit 174 of the RAM 17.

  Next, “5” is displayed and an input instruction display process is executed (step S22). As a result of the processing in step S 22, as shown in FIG. 8G, the characters “X = 0” are displayed in the third display area 53 and “0” is flashed and displayed in the second display area 52. “5” is displayed.

  The performer X who visually recognizes this statement says, “Lastly, press the lower right button to input the answer and then operate the upper right button.” And hand the wristwatch 1 to the audience Y. The spectator Y who has received this operates the pushbutton switch 9 to input “5” and then operates the pushbutton switch 8. By the operation of the pushbutton switch 8 by the spectator Y, the determination in step S23 becomes YES, and the process proceeds from step S23 to step S24 to execute a fortune telling display process. As a result of the process in step S24, as shown in FIG. 8 (H), the third display area 53 is dynamically displayed so that the triangle mark moves, and the effect is as if the wristwatch 1 is performing fortune-telling. It can be performed.

  The performer X who has visually recognized this urges the operation of the push button switch 8 by saying, “Let's see the fortune telling result.” In response to this, when the spectator Y operates the pushbutton switch 8, the determination in step S25 is YES, and the process proceeds from step S25 to step S26, and the fortune-telling result and the addition result (the value input by the spectator Y or the fourth storage unit 174). The value stored in () is switched and displayed.

  As a result of the processing in step S26, as shown in FIG. 8 (I), the third display area 53 is displayed by switching between the character “5” and the character “SOSO?”. Therefore, as will be described later, the watch 1 is a magic in which the wristwatch 1 applies a four-digit number described in advance, but the fun of the watch 1 can also be improved as a fortune-telling game.

  The fortune-telling result was “SOSO (= so-so)” out of two types of “SOSO (= so-so)” and “GOOD (= good)”. However, this fortune-telling result was simply input from the fortune-telling result data storage unit 163 of the ROM 16 as a result of randomly selecting either “SOSO (= so good)” or “GOOD (= good)”. It has nothing to do with numerical values.

Also, performer X, who visually recognizes the fortune-telling results and the addition results, says, “Fortune-telling is“ OK ”. Then press the upper right button. " In response to this, when the spectator Y operates the pushbutton switch 8, the determination in step S27 is YES, and the process proceeds from step S27 to step S28 to execute the first two-digit total display process (step S28). In the process at step S28, two numbers stored in the second storage unit 172 are read out and displayed in the third display area 53 via a comma. Therefore, in this example, since “14” and “9” are stored in the second storage unit 172, “14, 9” is stored in the third display area 53 as shown in FIG. "Is displayed.

  Performer X, who has seen this, said, “Compare with the calculation written on paper. The first two digits are“ 14 ”and“ 9 ”. " The audience Y who heard this statement and saw the display state of FIG. 8 (J), the value written on paper and calculated (see FIG. 7 (E)) and the display of the wristwatch 1 match, Startle (first startle).

  Further, when the performer X urges the push button switch 8 to be operated and the spectator Y operates the push button switch 8, the determination in step S29 is YES. Therefore, the process proceeds from step S29 to step S30, and the first four-digit number display process is executed (step S30). In the processing in step S30, four numbers stored in the first storage unit 171 are read out and displayed in the third display area 53, and the EL 22 is blinked.

  Therefore, as a result of the processing in step S23, as shown in FIG. 9K, the characters “8609” are displayed in the third display area 53, and EL22 blinks. Performer X, who has seen this, said, “And the first number is“ 8609 ”. " Audience Y who listens to this statement and sees the display state of FIG. 9 (K) matches the 4-digit number written on the paper (see FIG. 7 (C)) with the display of wristwatch 1. , Startle (second startle).

  Moreover, the surprise level of the audience Y can be increased by blinking EL22.

  Thus, in this magic, the performer X matches the 4-digit number written on the paper by the audience Y immediately after the magic starts with the identifier display forms H0 to H10 which are secret signs on the upper left side of the display unit 5. Then, by operating the push button switch 8, it is possible to perform the number hitting and the addition progress hitting magic by a simple operation of storing the corresponding number in the wristwatch 1. Therefore, it is possible to generate a side effect using the wristwatch 1 and enhance the interest of the device (watch 1).

  In the description of the present embodiment, the four-digit number “8609” has been described as an example. However, the number may be another combination, and in that case, the line of the performer X described may be appropriately changed. Also, the numerical value to be used is not limited to four digits, and may be one digit or more digits. In the case of a single digit, after the processes of steps S1 to S6 are performed, the processes of steps S29 and S30 are performed, and the first one-digit number may be displayed in step S30.

  Also by this, the side effects can be generated using the wristwatch 1 and the interest of the device (the wristwatch 1) can be enhanced.

  In the embodiment, addition is used as an operation, but subtraction, multiplication, and division may be used. Furthermore, in the embodiment, the case where the present invention is applied to a wristwatch has been shown. However, the present invention is not limited thereto, and may be configured as a magic dedicated device or applied to other electronic devices such as a portable game device and a mobile phone. You may make it do.

1 is an external configuration diagram of a wristwatch according to an embodiment of the present invention. It is a block diagram which shows the circuit structure of the wristwatch. It is a memory block diagram of ROM. It is a memory block diagram of RAM. It is a flowchart which shows the process sequence of this Embodiment. It is a flowchart following FIG. It is a display transition diagram of the same embodiment. FIG. 8 is a display transition diagram following FIG. 7. FIG. 9 is a display transition diagram following FIG. 8. It is a figure which shows a secret sign.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Wristwatch 2 Watch body part 5 Display part 6-9 Pushbutton switch 14 CPU
15 Input section 16 ROM
17 RAM
18 sound output section 51 first display area 52 second display area 53 third display area 161 program storage area 162 image data storage area 171 first storage section 172 second storage section 173 third storage section

Claims (7)

A numerical value indicating each digit up to a predetermined number of digits is sequentially displayed, and each time the numerical value indicating the digit is changed, an identifier indicating each number from “0” to “9” is sequentially displayed. Display control means;
In the state where the identifiers indicating the numbers “0” to “9” are sequentially displayed by the first display control means, every time the number indicating the digit changes, a predetermined operation is performed. First determination means for determining presence or absence;
The numerical value corresponding to the identifier displayed at the time when the first determination means determines the presence of the predetermined operation is stored in association with the numerical value indicating the displayed digit. Storage means for
Second determination means for determining presence or absence of a predetermined operation on the condition that a numerical value indicated by the identifier is stored in correspondence with a numerical value indicating each digit in the storage means;
A second display control means for displaying a number corresponding to each digit stored in the storage means on the condition that the presence of the predetermined operation is judged by the second judgment means; An electronic device comprising:   The first display control means further displays a message indicating that an arbitrary number consisting of a plurality of digits up to the predetermined number of digits should be described, and sequentially corresponding to each digit up to the plurality of digits. The electronic apparatus according to claim 1, wherein the electronic apparatus is displayed. The first display control means includes a first message indicating that an arbitrary number of a plurality of digits up to the predetermined number of digits should be described, and an operation using the arbitrary number of the plurality of digits And display a second message indicating that
Using a plurality of numerical values stored in the storage means, further comprising a calculation means for performing the same calculation as the calculation;
The storage means further stores the calculation progress and calculation result of the calculation means,
The electronic apparatus according to claim 1, wherein the second display control unit further displays the calculation progress or calculation result of the calculation unit stored in the storage unit. The storage means further stores a plurality of fortune telling result data,
4. The electronic apparatus according to claim 3, wherein the second display control means reads and displays any of the fortune telling result data from the storage means when displaying the calculation progress or calculation result.   5. The light emitting device according to claim 1, further comprising a light emitting device that emits light when displaying a plurality of numbers corresponding to each digit stored in the storage device by the second display control device. Or electronic equipment as described. A computer included in an electronic device including display means,
A numerical value indicating each digit up to a predetermined number of digits is sequentially displayed, and each time the numerical value indicating the digit is changed, an identifier indicating each number from “0” to “9” is sequentially displayed. Display control means;
In a state where identifiers indicating the numbers from “0” to “9” are sequentially displayed, a first operation for determining the presence or absence of a predetermined operation each time the number indicating the digit changes. Judgment means,
A numerical value corresponding to the identifier displayed at the time when the first determination unit determines that the predetermined operation is present is stored in association with the numerical value indicating the displayed digit. Storage means for
Second determination means for determining presence or absence of a predetermined operation on the condition that a numerical value indicated by the identifier is stored in correspondence with a numerical value indicating each digit in the storage means;
As a second display control means for displaying a number corresponding to each digit stored in the storage means on the condition that the presence of the predetermined operation is judged by the second judgment means. An electronic device control program characterized by functioning. A numerical value indicating each digit up to a predetermined number of digits is sequentially displayed, and each time the numerical value indicating the digit is changed, an identifier indicating each number from “0” to “9” is sequentially displayed. A display control step;
In a state where identifiers indicating the numbers from “0” to “9” are sequentially displayed, a first operation for determining the presence or absence of a predetermined operation each time the number indicating the digit changes. A decision step;
The numerical value corresponding to the identifier displayed when the presence of the predetermined operation is determined by the first determination step is stored in association with the numerical value indicating the displayed digit. A memory step to
A second determination step of determining presence or absence of a predetermined operation on condition that the numerical value indicated by the identifier is stored in correspondence with the numerical value indicating each digit by the storage step;
A second display control step for displaying a number corresponding to each digit stored in the storage step on the condition that the presence of the predetermined operation is determined by the second determination step; An electronic device control method comprising:

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