JP6234259B2 - GAME DEVICE AND GAME CONTROL METHOD - Google Patents

Description

  The present invention relates to a game apparatus and a game control method for displaying a game on a display screen and making it progress.

  As this type of game device, there is one described in Patent Document 1 or the like. In Patent Document 1, among “Try to look at”, “Try to chase”, “Try to get lost”, “Try to find”, “Try to match”, “Try to aim”, and “Try to drop” A game is configured by one or a combination of two, and this game is performed on the screen of the display unit, so that visual acuity recovery training and right brain frontal lobe activation training can be performed simultaneously.

JP 2008-55043 A

  By the way, rather than playing a single type of game on a single screen, it is considered that playing multiple types of games that use different brain regions on a single screen has a higher training effect such as dementia prevention. . Also, if the difficulty levels of various games performed on one screen are changed in correlation with each other, the various games are performed in parallel without any bias, and a high training effect can be expected.

  However, in general, only one type of game is played on one screen. In Patent Document 1, only one type of game is played on one screen.

  Furthermore, conventionally, it has not been performed to change the difficulty levels of various games performed on one screen so as to correlate with each other.

  Therefore, the present invention has been made in view of the above-described conventional problems, and can perform a plurality of types of games on one screen, and change the difficulty levels of these games so as to correlate with each other. An object of the present invention is to provide a game device and a game control method capable of performing the above.

  In order to solve the above-described problems, a game device of the present invention includes a display unit that displays images of a plurality of types of games, an operation unit that is operated to input instructions related to the various games, and the operation unit. A controller that advances the various games based on an input instruction by the operation, determines a player's performance for the various games, and changes the difficulty of the various games based on the determined performance of the player; The control unit reflects the performance of the player for one of the various games on the other difficulty level of the various games, and changes the other difficulty level.

  In such a game apparatus of the present invention, images of a plurality of types of games are displayed on the display unit, the player's performance for various games is determined based on an input instruction by operation of the operation unit, and the performance of the determined player is performed. The difficulty level of various games is changed based on the ability, and the difficulty level of the other game is changed by reflecting the performance of the player for one of the various games on the other difficulty level of the various games. For this reason, for example, the difficulty level of the various games can be changed so that the various games are played without bias, and the training effect such as dementia prevention can be further enhanced.

  In the game device of the present invention, when the various games are completed, the control unit determines a player's ability to perform the various games based on an input instruction by operating the operation unit, and the various games. When the game is performed again, the difficulty level of each game is changed based on the performance ability of the player.

  In this case, the difficulty level of the various games is changed based on the player's ability to perform the various games performed previously.

  Furthermore, in the game device of the present invention, the display unit displays the various games in respective display areas separated from each other on the screen of the display unit.

  Thereby, various games can be easily distinguished.

  In the game device of the present invention, the operation unit is a touch panel overlaid on the screen of the display unit.

  Next, the game control method of the present invention displays images of a plurality of types of games on a display unit, and when an operation unit is operated to perform input instructions related to the various games, based on the input instructions, The various games are progressed and the player's ability to perform the various games is determined, and the difficulty level of the various games is changed based on the determined player's performance, and one of the various games is The other difficulty level is changed by reflecting the performance of the player on the other difficulty level of the various games.

  In such a game control method of the present invention, the same operational effects as the game control device of the present invention are obtained.

  According to the present invention, images of a plurality of types of games are displayed on the display unit, the player's performance for various games is determined based on an input instruction by operation of the operation unit, and various types of games are determined based on the determined player's performance. The difficulty level of the game is changed, and the performance level of the player for one of the various games is reflected in the other difficulty level of the various games, and the other difficulty level is changed. For this reason, for example, the difficulty level of the various games can be changed so that the various games are played without bias, and the training effect such as dementia prevention can be further enhanced.

It is a block diagram which shows 1st Embodiment of the game device of this invention. (A)-(d) is a figure which shows the transition of two types of game images displayed on the screen of the display part in the game device of FIG. (A), (b) is a figure which shows notionally the proficiency level and concentration degree table of two types of games in the game device of FIG. It is a figure which shows notionally the comprehensive capability table in the game device of FIG. 2 is a flowchart showing a procedure from determination of a player's proficiency level and concentration level to two types of games in the game device of FIG. (A), (b) is a figure which shows the switching state of the display position of two types of game images in 2nd Embodiment of the game device of this invention. (A)-(c) is a figure which shows the state displayed selectively combining two of the three types of game images in 3rd Embodiment of the game device of this invention.

(First embodiment)
Embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

  FIG. 1 is a block diagram showing a first embodiment of the game apparatus of the present invention. As shown in FIG. 1, the game apparatus 1 according to the first embodiment includes a connector 11 to which a memory card 2 in which a game program, data, and the like are stored is detachably attached, and a display unit 12 including a liquid crystal display device and the like. An audio output unit 13 for reproducing and outputting the game sound, an image processing unit 14 for processing image data of the game image displayed on the screen 12a (shown in FIG. 2) of the display unit 12, and an output from the image processing unit 14 Input image data, a display control unit 15 for displaying a game image indicated by the image data on the screen 12a of the display unit 12, a touch panel 16 superimposed on the screen 12a of the display unit 12, A touch control unit 17 that detects a touch operation position on the touch panel 16 based on the detection output, an operation key 18, a CPU, a RAM, a ROM, an I / O port. And a main control unit 19 of the like.

  The main control unit 19 reads out a game program, data, and the like from the memory card 2 and controls the game apparatus 1 in an integrated manner while advancing the game based on the game program, data, and the like. For example, the main control unit 19 processes the image data of the game image based on the game program and data, and displays the game image on the screen 12a of the display unit 12 and the display control unit 15. To control. Further, when the player performs a touch operation on the touch panel 16, the main control unit 19 inputs position data indicating the touch operation position on the touch panel 16 from the touch control unit 17, and plays a game on the screen 12 a of the display unit 12. The touch operation position with respect to the image is determined, the game is advanced according to the touch operation position, the game image on the screen 12a of the display unit 12 is operated, and the game sound is reproduced and output as the game progresses. Therefore, the image processing unit 14, the display control unit 15, and the audio output unit 13 are controlled.

  In the game apparatus 1 of the first embodiment, the screen 12a of the display unit 12 is divided into two display areas A and B on the left and right sides as shown in FIG. The game image Pa of Ga is displayed, the game image Pb of the mole game Gb is displayed in the other display area B, and the two types of games Ga and Gb are simultaneously started, advanced and terminated. Accordingly, the main control unit 19 reads out the programs and data of the two types of games Ga and Gb from the memory card 2, and controls the image processing unit 14 and the display control unit 15 based on the programs and data of these games Ga and Gb. When the game images Pa and Pb of the respective games Ga and Gb are displayed on the screen 12a of the display unit 12 and the player performs a touch operation on the touch panel 16, the touch operation position on the touch panel 16 is indicated. Position data is input from the touch control unit 17, the touch operation positions for the game images Pa and Pb on the screen 12a of the display unit 12 are determined, and the games Ga and Gb are advanced according to the touch operation positions. The game image Pa, Pb on the screen 12a of the display unit 12 is controlled by controlling the image processing unit 14, the display control unit 15, and the audio output unit 13. The or to the reproduction output game sound or operate.

  Here, with reference to FIG. 2 (a)-(d), the play method of two types of games Ga and Gb is demonstrated. First, as shown in FIGS. 2A to 2D, the numeric keypad 31 is displayed on the game image Pa of the calculation game Ga in the display area A. When the calculation game Ga is started, a calculation problem 32 is displayed. Subsequently, when an answer to the calculation problem 32 is input by touching the numeric keypad 31, the next different calculation problem 32 is displayed. When the answer is input by the touch operation, the next different calculation problem 32 is displayed. Similarly, when the answer is input by the touch operation of the numeric keypad 31, the next different calculation problem 32 is displayed. When the tenth calculation problem 32 is displayed and an answer is input by a touch operation of the numeric keypad 31, the calculation game Ga ends. Therefore, when a total of 10 calculation problems 32 are displayed and each answer is input, the calculation game Ga is finished. If the answer input by the touch operation of the numeric keypad 31 is a correct answer, the correct answer 33 is displayed below the calculation problem 32, and the value of the latest point 34 is incremented.

  On the other hand, as shown in FIGS. 2A to 2D, the game image Pb of the mole game Gb in the display area B includes a chick image 21 at the center of the display area B, an inner frame 22 surrounding the chick image 21, and An outer frame 23 surrounding the inner frame 22 is displayed. When the mole tack game Gb is started, the mole image 24 is intermittently displayed, and each time the mole image 24 is displayed, the display position of the mole image 24 gradually changes from the outside of the outer frame 23 to the chick image 21. When the display position of the mole image 24 reaches the inside of the inner frame 22, the mole tack game Gb ends. If the touch operation position matches the mole image 24 before the display position of the mole image 24 reaches the inside of the inner frame 22, that is, if the touch operation of the mole image 24 is successful, the display position of the next mole image 24 is changed. Get away from the chick statue 21. Therefore, if the touch operation on the mole image 24 continues to be successful, the display position of the mole image 24 does not approach the chick image 21, and the mole tack game Gb is continued without ending.

  Further, when the start button 35 on the upper side of the display area A is touched, two types of games Ga and Gb are started and progressed simultaneously, and when one of the games Ga and Gb ends, the other ends.

  Thus, in the game device 1 of the first embodiment, the game image Pa of the calculation game Ga and the game image Pb of the mole game Gb are displayed in the left and right display areas A and B on the screen 12a of the display unit 12, and each game Ga , Gb are started at the same time, proceed and finish.

  By the way, the main control unit 19 determines the proficiency level and concentration level of the player for each game Ga, Gb when each game Ga, Gb ends, and based on the determined proficiency level and concentration level. The player's ability to perform the game is obtained, the player's total ability for each game Ga, Gb is determined based on the performance ability obtained for each game Ga, Gb, and the determined player's overall ability is used as the main controller 19. Is stored in the built-in memory 19a. Then, when each game Ga, Gb is performed again, the main control unit 19 maintains or changes the difficulty level of each game Ga, Gb based on the total ability of the player in the memory 19a, and further changes the game Ga, Gb. Then, the player's performance (proficiency level and concentration level) for one of the games Ga and Gb is reflected in the other difficulty level of each game Ga and Gb, and the other difficulty level is changed.

  In this way, based on the player's overall ability with respect to each game Ga, Gb, the performance ability (skill and concentration) of the player with respect to one of the games Ga, Gb is reflected in the difficulty of the other of the games Ga, Gb. If the other difficulty level is changed, it is possible to set the difficulty level of each game Ga, Gb so that each game Ga, Gb is performed without bias, thereby further improving training effects such as dementia prevention. be able to.

  Next, the player's proficiency level, concentration level, performance ability, overall ability, and difficulty level of each game Ga, Gb will be described in detail.

  First, the main control unit 19 refers to the proficiency level and concentration level tables Ta and Tb of the respective games Ga and Gb as shown in FIGS. Judging the ability to perform These proficiency level and concentration level tables Ta and Tb are stored in a memory 19 a built in the main control unit 19.

  The proficiency level and the concentration level table Ta of the calculation game Ga shown in FIG. 3A are expressed in two levels of the proficiency level and the concentration level for the calculation game Ga. Four stages of performance capabilities LA-1, LA-2, LA-3, and LA-4 corresponding to the four types of combinations are set and registered.

  The proficiency level for the calculation game Ga corresponds to, for example, the correct answer rate of all (1-10) calculation questions 32 displayed in the period from the start to the end of each game Ga, Gb. The proficiency level is determined to be “low” when it is equal to or lower than the set correct answer rate threshold, and the proficiency level is determined to be “high” when the correct answer rate exceeds the correct answer rate threshold value. In addition, the degree of concentration with respect to the calculation game Ga is, for example, the elapsed time from the display start of the calculation problem 32 to the answer every time the calculation problem 32 is displayed in the period from the start to the end of each game Ga, Gb. The average value of the elapsed time measured for all the displayed calculation problems 32 is obtained, and the average value of the elapsed time is set in advance according to the average value. The concentration level is determined to be “high” when the concentration level is equal to or lower than the concentration level threshold value, and the concentration level is determined to be “low” when the average value of the elapsed time exceeds the concentration level threshold value.

  The main control unit 19 obtains the correct answer rates of all (1-10) calculation questions 32 displayed in the period from the start of each game Ga, Gb to the end thereof, and the calculation game Ga based on the correct answer rate. The level of the player's proficiency with respect to the game is determined, and the average value of the elapsed time measured for all the calculation problems 32 displayed in the period is obtained, and the level of the player's concentration with respect to the calculation game Ga is determined based on the average value. Determine. Then, the main control unit 19 refers to the proficiency level and concentration level table Ta, and selects any one of the performance capabilities LA-1 to LA-4 corresponding to the determined level of proficiency level and concentration level of the player. Is determined to be the performance capability of the player for the calculation game Ga. Note that the proficiency level and the concentration level for the calculation game Ga may be obtained by other methods.

  In the proficiency level and concentration level table Tb of the mole tack game Gb shown in FIG. 3B, the proficiency level and the concentration level for the mole tack game Gb are expressed in two levels: a level of proficiency and a level of concentration Four levels of performance LB-1, LB-2, LB-3, and LB-4 corresponding to the four types of combinations are set and registered.

  The proficiency level for the mole tack game Gb was performed, for example, every time the mole image 24 was displayed in the period from the start to the end of each game Ga, Gb until the touch operation of the mole image 24 was successful. The number of touch operations (= (number of failures) + (number of successes)) is counted, and an average value of the number of touch operations counted for each of the displayed mole images 24 is obtained. Depending on the level, the level of proficiency is determined as “high” when the average number of touch operations is less than or equal to a preset proficiency threshold, and the average number of touch operations is determined. When the value exceeds the proficiency level threshold, the proficiency level is determined to be “low”. The degree of concentration with respect to the mole game Gb is determined to be either high or low according to the number of mole images 24 in which the touch operation is successful in a period from the start to the end of the games Ga and Gb, for example. When the number of mole images 24 in which the touch operation is successful is equal to or less than a preset concentration threshold, the concentration is determined to be “low”, and the number of mole images 24 in which the touch operation is successful is equal to the concentration threshold. When it exceeds, the degree of concentration is determined as “high”.

  The main control unit 19 obtains an average value of the number of touch operations counted one by one for all mole images 24 displayed in a period from the start to the end of each game Ga, Gb. Based on this, the level of the player's proficiency with respect to the mole tack game Gb is determined, and the level of concentration of the player is determined according to the number of mole images 24 that have been successfully touched during that period. Then, the main control unit 19 refers to the proficiency level and concentration level table Tb, and selects one of the performance LB-1 to LB-4 corresponding to the determined proficiency level and concentration level of the player. It is determined that the performance ability of the player with respect to Gb. Note that the proficiency level and the concentration level for the mole game Gb may be obtained by other methods. For example, the degree of concentration may be determined according to the distance between the mole image 24 and the initial touch operation position.

  In this way, for the calculation game Ga, one of the performances LA-1 to LA-4 corresponding to the level of proficiency and concentration of the player is determined, and for the mottled game Gb, the level of proficiency of the player and One of the performance LB-1 to LB-4 corresponding to the level of concentration is determined.

  Next, the main control unit 19 refers to the total ability table Tc as shown in FIG. 4 to determine and determine the total ability corresponding to each performance ability of the player for each game Ga, Gb. The total ability table Tc is also stored in the memory 19a built in the main control unit 19 in the same manner as the proficiency level and concentration level tables Ta and Tb.

  The total ability table Tc shown in FIG. 4 includes 16 stages corresponding to the four stages of performance LB-1 to LB-4 and the four stages of performances LA-1 to LA-4 of the calculation game Ga. The total capacities UL-1 to UL-16 are set and registered. Here, the total capacity UL-1 is set highest, each total capacity UL-2 to UL-15 is gradually set lower, and the total capacity UL-16 is set lowest.

  The main control unit 19 refers to the total ability table Tc, and has 16 levels of total ability UL-1 to UL corresponding to the player's performance for the mole game Gb and the player's ability for the calculation game Ga determined earlier. -16 is determined as the player's total ability for each of the games Ga and Gb, and the determined player's total ability is stored in the memory 19a built in the main control unit 19. Then, when each game Ga, Gb is performed again, the main control unit 19 maintains or changes the difficulty level of each game Ga, Gb based on the total ability of the player in the memory 19a, and further changes the game Ga, Gb. Then, the player's performance (proficiency level and concentration level) for one of the games Ga and Gb is reflected in the other difficulty level of each game Ga and Gb, and the other difficulty level is changed.

  Here, for each of the overall abilities UL-1 to UL-16 set and registered in the overall ability table Tc, a difficulty level setting method for each game Ga, Gb is determined in advance. When the total ability corresponding to each performance ability is determined, a difficulty level setting method for each game Ga, Gb corresponding to the player's total ability is executed, and the difficulty level of each game Ga, Gb is maintained. If it is changed or changed further, the player's performance (proficiency and concentration) for one of the games Ga and Gb is reflected in the other difficulty level of each game Ga and Gb, and the other The difficulty level of is changed.

  Further, the difficulty level of the mole tack game Gb is increased or decreased by shortening or extending the continuous display time of the mole image 24, or increased or decreased by increasing or decreasing the moving amount of the display position of the mole image 24. It will be lost. In addition, the difficulty level of the calculation game Ga is increased or decreased by increasing or decreasing the number of digits of the calculation problem 32, or by changing the type of the calculation problem 32 (addition, subtraction, multiplication, division, etc.). Increased or decreased.

  Next, a specific example of a difficulty level setting method corresponding to the total capabilities UL-1 to UL-16 will be described.

  [UL-1] The number of repetitions n of each game Ga, Gb reaches a certain number N, and at this time, it is determined that both the proficiency level and the concentration level of the player are high for both games Ga, Gb ( When it is determined that the performance ability LA-1, LB-1) and the player's total ability is UL-1, each game Ga, Gb is easy because the player can easily play each game Ga, Gb. Is performed for a fixed number of times N + 1, that is, when the games Ga and Gb are performed again, the difficulty levels of the games Ga and Gb are both increased. As a result, it is necessary for the player to improve the proficiency level and the concentration level in a balanced manner for both the games Ga and Gb.

  [UL-2] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, both the proficiency and concentration of the player are high for the calculation game Ga, and for the mole tack game Gb. If it is determined that the player's proficiency level is high and the concentration level is low (execution ability LA-1, LB-2), and the player's total ability is determined to be UL-2, the game Ga for the player , Gb are both easy, and the mole tataki game Gb has a high level of proficiency even when the degree of concentration is low, so that each game Ga, Gb is played a certain number N + 1 times, that is, each game Ga, Gb When is performed again, the difficulty level of the calculation game Ga is maintained without being changed, and the difficulty level of the mole game Gb is increased. As a result, as with the calculation game Ga, the player needs to increase the degree of concentration of the mole game Gb, and the balance between the proficiency level and the degree of concentration of each game Ga, Gb is improved.

  [UL-3] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, both the proficiency and concentration of the player are high for the calculation game Ga, and for the mole game Gb If it is determined that the player's proficiency level is low and the concentration level is high (execution ability LA-1, LB-3), and the player's total ability is determined to be UL-3, the calculation game Ga for the player Since the game Ta and Gb are difficult, when the games Ga and Gb are performed again, the difficulty level of the calculation game Ga is maintained without being changed, and the difficulty level of the mole game Gb is reduced. Then, the proficiency level of the mole tack game Gb is likely to increase. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  After that, since the difficulty level of the mole game Gb is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again, but the number of repetitions n reaches a certain number N. However, if the player's overall ability continues to be maintained at UL-3, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is reduced, and the proficiency level of the mole game Gb is reduced. Make it easier to get higher.

  [UL-4] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, both the player's proficiency and concentration are high for the calculation game Ga, and for the mole game Gb If it is determined that both the proficiency level and the concentration level of the player are low (execution ability LA-1, LB-4) and the total ability of the player is determined to be UL-4, the calculation game Ga is determined for the player. Since it is easy and difficult to play the mole game Gb, when the games Ga and Gb are performed again, the difficulty level of the calculation game Ga is maintained without being changed, and the difficulty level of the mole game Gb is lowered. The proficiency level and the concentration level of the mole tack game Gb are increased. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  After that, since the difficulty level of the mole game Gb is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again, but the number of repetitions n reaches a certain number N. However, if the player's total ability continues to be maintained at UL-4, when the games Ga and Gb are performed again, the difficulty level of the calculation game Ga is reduced, and the proficiency level of the mole game Gb and Make it easier to concentrate.

  [UL-5] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, the player has a high level of proficiency and low concentration with respect to the calculation game Ga, and with respect to the mole play game Gb. Is determined that the player's proficiency level and concentration level are both high (execution ability LA-2, LB-1), and if the player's total ability is determined to be UL-5, the game Ga for the player , Gb is easy, and the calculation game Ga has a high level of proficiency even if the concentration level is low. Therefore, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is increased. The difficulty level of the mole game Gb is maintained without being changed so that the concentration level of the calculation game Ga is likely to increase. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-6] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, it is determined that the player has a high level of proficiency and low concentration for each of the games Ga, Gb. (Execution ability LA-2, LB-2), and when it is determined that the player's total ability is UL-6, both of the games Ga and Gb are easy for the player, and each game Ga , Gb, even if the degree of concentration is low, the level of proficiency is high. Therefore, when each game Ga, Gb is performed again, the difficulty level of each game Ga, Gb is increased and the concentration of each game Ga, Gb is increased. Make it easy to increase the degree. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-7] The number of repetitions n of the games Ga and Gb reaches a certain number N. At this time, the player is highly proficient and low in concentration with respect to the calculation game Ga, and with respect to the mole game Gb. Is determined that the player's proficiency level is low and the concentration level is high (execution ability LA-2, LB-3), and if it is determined that the player's total ability is UL-7, then the player has a calculation game. Since Ga is easy and the mole tack game Gb is difficult, when each game Ga, Gb is performed again, the difficulty of the calculation game Ga is maintained without being changed, and the difficulty of the mole tack game Gb is increased. It is made low so that the proficiency level of the mole tack game Gb is likely to increase. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-8] The number of repetitions n of each game Ga, Gb reaches a certain number N. At this time, the player has a high level of proficiency and low concentration with respect to the calculation game Ga, and with respect to the mole play game Gb. Is determined that the player's proficiency level and concentration level are both low (execution ability LA-2, LB-4), and if the player's total ability is determined to be UL-8, then the player is required to calculate game Ga Since the game Ta and Gb are difficult, when the games Ga and Gb are performed again, the difficulty level of the calculation game Ga is maintained without being changed, and the difficulty level of the mole game Gb is reduced. Then, the proficiency level of the mole tack game Gb is likely to increase. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-9] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, the player is less proficient and concentrated in the calculation game Ga, and moreover in the mole game Gb. Is determined that both the proficiency level and the concentration level of the player are high (execution ability LA-3, LB-1), and if it is determined that the player's total ability is UL-9, the calculation game Ga for the player is determined. Since the game is easy and the mole game Gb is easy, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is lowered and maintained without changing the difficulty level of the mole game Gb The proficiency level of the calculation game Ga is easily increased. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  Thereafter, since the difficulty level of the calculation game Ga is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again. However, the number of repetitions n reaches a certain number N. However, if the player's total ability continues to be maintained at UL-9, when each game Ga, Gb is performed again, the difficulty of the mole game Gb is also reduced, and the proficiency level of the calculation game Ga and Make it easier to concentrate.

  [UL-10] The number of repetitions n of each game Ga, Gb reaches a certain number N. At this time, the player is less proficient and highly concentrated with respect to the calculation game Ga, and moreover with respect to the mole game Gb. Is determined that the player's proficiency level is high and the concentration level is low (execution ability LA-3, LB-2), and if it is determined that the player's total ability is UL-10, the player is a computational game. Since Ga is difficult and the mole game Gb is easy, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is lowered and the difficulty level of the mole game Gb is not changed. Maintain the calculation game Ga so that the proficiency level of the calculation game Ga tends to be high. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-11] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, it is determined that the player has low proficiency and high concentration for each of the games Ga, Gb. (Execution ability LA-3, LB-3), if it is determined that the player's total ability is UL-11, it is difficult for the player to use each game Ga, Gb. Is performed again, the difficulty level of each game Ga, Gb is lowered so that the proficiency level of each game Ga, Gb tends to increase. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-12] The number of repetitions n of each game Ga, Gb has reached a certain number N. At this time, the player has a low level of proficiency and a high degree of concentration with respect to the calculation game Ga. Is determined that both the proficiency level and the concentration level of the player are low (execution ability LA-3, LB-4), and if it is determined that the total ability of the player is UL-12, the game Ga for the player Since Gb is difficult, when each of the games Ga and Gb is performed again, the difficulty level of the calculation game Ga is lowered and maintained without changing the difficulty level of the mole game Gb. Make it easy to increase the degree and concentration. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  Thereafter, since the difficulty level of the calculation game Ga is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again. However, the number of repetitions n reaches a certain number N. However, if the player's total ability continues to be maintained at UL-12, when the games Ga and Gb are performed again, the difficulty of the mole game Gb is reduced, and the proficiency level of the calculation game Ga and Make it easier to concentrate.

  [UL-13] The number of repetitions n of each game Ga, Gb reaches a certain number N. At this time, both the player's proficiency level and concentration level are low for the calculation game Ga, and for the mole game Gb When it is determined that both the proficiency level and the concentration level of the player are high (execution ability LA-4, LB-1) and the total ability of the player is determined to be UL-13, the calculation game Ga is determined for the player. Since the game is easy and the mole game Gb is easy, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is lowered and the difficulty level of the mole game Gb is maintained without being changed. The proficiency level of the calculation game Ga is easily increased. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  Thereafter, since the difficulty level of the calculation game Ga is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again. However, the number of repetitions n reaches a certain number N. However, if the player's overall ability continues to be maintained at UL-13, when each game Ga, Gb is performed again, the difficulty of the mole game Gb is reduced, and the proficiency level of the calculation game Ga and Make it easier to concentrate.

  [UL-14] The number of repetitions n of each game Ga, Gb reaches a certain number N. At this time, both the player's proficiency level and concentration level are low for the calculation game Ga, and for the mole game Gb If it is determined that the player's proficiency level is high and the concentration level is low (execution ability LA-4, LB-2), and it is determined that the player's total ability is UL-14, then the player is required to use the calculation game Ga Since the game is easy and the mole game Gb is easy, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is lowered and maintained without changing the difficulty level of the mole game Gb The proficiency level of the calculation game Ga is easily increased. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  [UL-15] The number of repetitions n of each game Ga, Gb reaches a fixed number N. At this time, both the proficiency level and the concentration level of the player are low for the calculation game Ga, and for the mole game Gb If it is determined that the player's proficiency level is low and the concentration level is high (execution ability LA-4, LB-3) and the player's total ability is determined to be UL-15, the difficulty level of the calculation game Ga Is maintained without change, and the difficulty level of the mole tack game Gb is lowered. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  After that, since the difficulty level of the mole game Gb is lowered, the number of repetitions n of each game Ga, Gb is reset to the initial value 0 and counted again, but the number of repetitions n reaches a certain number N. However, if the player's total ability continues to be maintained at UL-15, when each game Ga, Gb is performed again, the difficulty level of the calculation game Ga is reduced, and the proficiency level of the calculation game Ga and Make it easier to concentrate.

  [UL-16] The number of repetitions n of each game Ga, Gb reaches a certain number N, and at this time, it is determined that both the proficiency level and the concentration level of the player are low for each of the games Ga, Gb ( When it is determined that the performance ability LA-4, LB-4) and the player's total ability is UL-16, it is difficult for the player to use the games Ga and Gb. When it is performed again, the difficulty levels of the games Ga and Gb are both lowered. Thereby, the balance of the proficiency level and the concentration level of each game Ga, Gb is improved.

  Next, with reference to the flowchart of FIG. 5, the procedure from the determination of the proficiency level and the concentration level of the player for each game Ga, Gb to the maintenance or change of the difficulty level of each game Ga, Gb will be described.

  First, when the games Ga and Gb are started and ended (steps S101 and S102), the main control unit 19 corrects the correct answer rate and the calculation problems of all the displayed calculation problems 32 for the calculation game Ga (1 to 10). 32, the level of proficiency and the level of concentration are determined based on the average value of the elapsed time from the start of display to the answer, and the number of touch operations for the mole image game Gb until the touch operation of the mole image 24 is successful. Based on the average value and the number of mole images 24 that have been successfully touched, the level of proficiency and the level of concentration are determined (step S103).

  Then, the main control unit 19 refers to the proficiency level and concentration level table Ta of the calculation game Ga and performs each of the performances corresponding to the level of the proficiency level of the calculation game Ga and the level of concentration level determined by determination in step S103. Any one of the abilities LA-1 to LA-4 is determined to be the performance ability of the player for the calculation game Ga. Similarly, the main control unit 19 refers to the proficiency level and concentration degree table Tb of the mole tack game Gb, and corresponds to the proficiency level of the mole tack game Gb and the concentration level determined in step S103. It is determined that any one of the performance capabilities LB-1 to LB-4 is the performance capability of the player for the mole game game Gb (step S104).

  Subsequently, the main control unit 19 refers to the total ability table Tc to determine and determine the player's total ability corresponding to the performance ability of each game Ga, Gb, and determines the determined player's total ability. The data is stored in the memory 19a built in the unit 19 (step S105).

  Further, the main control unit 19 increments the number of repetitions n of each game Ga, Gb since the first time each game Ga, Gb was played or after the difficulty level of each game Ga, Gb was changed ( In step S106, it is determined whether or not the number of repetitions n has reached a certain number N (step S107). If the number of repetitions n has not reached the certain number N (“No” in step S107), the process returns to step S101. .

  Therefore, until the number of repetitions n reaches a certain number N, the player's performance for the calculation game Ga and the player's performance for the mole game Gb are determined, and the player's total ability corresponding to these performance is determined. Even if the total ability of the player is stored in the memory 19a built in the main control unit 19, the difficulty level of each game Ga, Gb is not changed. This is because the player is not used to the games Ga and Gb for a while after the games Ga and Gb are played for the first time or for a while after the difficulty level of the games Ga and Gb is changed.

  Further, when the number of repetitions n reaches the predetermined number N (“Yes” in step S107), the main control unit 19 reads out the player's total ability corresponding to the performance ability of each Nth game Ga, Gb from the memory 19a. Then, when each game Ga, Gb is performed again, one of the processes [UL-1] to [UL-16] as described above corresponding to the player's total ability is executed (step S108). .

  Thereafter, the number of repetitions n is returned to the initial value 0 (step S109), and steps S101 to S107 are repeated.

  Each time the games Ga and Gb are repeated, the repeat count n is incremented. When the repeat count n reaches the predetermined count N (“Yes” in step S107), the process proceeds to step S108 again. At this time, any one of [UL-3], [UL-4], [UL-9], [UL-12], [UL-13], and [UL-15] is performed in the previous step S108. Even if the difficulty level of one of the games Ga and Gb is changed and the overall ability of the player determined in step S105 is maintained without changing from the previous time, The same process in the previous step S108 is continued, the other difficulty level of each game Ga, Gb is also changed, and the proficiency level and the concentration level of either game Ga, Gb are likely to be higher. (Step S108). In addition, in the previous step S108, any one of [UL-3], [UL-4], [UL-9], [UL-12], [UL-13], and [UL-15] continues. The other difficulty level of each of the games Ga and Gb has also been changed, other processing has been executed in the previous step S108, or the total ability of the player determined in the current step S105 has changed from the previous time In this case, the player's total ability corresponding to the Nth game Ga, Gb performance is read from the memory 19a, and [UL-1] to [UL-16] corresponding to the player's overall ability. Any one of the processes is executed (step S108).

  Thereafter, similarly, the number of repetitions n is reset to the initial value 0 (step S109), steps S101 to S107 are repeated, and when the number of repetitions n reaches a certain number N (“Yes” in step S107), the process returns to step S108. Move.

  Thus, in 1st Embodiment, the setting method of the difficulty level of each game Ga and Gb is predetermined for every comprehensive ability UL-1 to UL-16, and when each game Ga and Gb is performed again, it is the last time. The difficulty level of each game Ga, Gb is set by a setting method corresponding to the total ability determined at the end of each game Ga, Gb. As a result, the player's performance (skill level and concentration level) for one of the games Ga and Gb is reflected in the other difficulty level of each game Ga and Gb, and the other difficulty level is changed. For example, when paying attention to the player's total ability UL-5 to UL-8, the difficulty of the calculation game Ga is limited under the condition that the player's performance for the calculation game Ga is maintained constant and the player's performance for the mole game Gb is different. Since the degree is increased, maintained without being changed, or lowered, the player's ability to play the mole game Gb is reflected in the difficulty of the calculation game Ga, and the difficulty of the calculation game Ga is increased. It can be said that it has been changed. Further, when focusing on the player's total ability UL-2, UL-6, UL-10, UL-14, the player's performance for the mole game Gb is maintained constant, and the player's performance for the calculation game Ga is different. Under the conditions, the difficulty level of the mole game game Gb is increased or maintained without being changed. Therefore, the player's performance for the calculation game Ga is reflected in the difficulty level of the mole game game Gb, and the mole game game Gb. It can be said that the difficulty level of has been changed. As a result, the games Ga and Gb are played with no bias, and training effects such as dementia prevention are further enhanced.

In the first embodiment, the player's total ability corresponding to the performance ability of each Nth game Ga, Gb is read from the memory 19a, and [UL-1] to [UL- 16], the player's total ability corresponding to the performance ability of the first to Nth games Ga and Gb, that is, the player's total ability history information is read from the memory 19a. Based on the history information, any one of [UL-1] to [UL-16] may be selected and executed.
(Second Embodiment)
Next, a second embodiment of the game device of the present invention will be described. The game device according to the second embodiment has the same configuration as the game device according to the first embodiment shown in FIG. 1, but is switched on the screen 12 a of the display unit 12 as shown in FIGS. 6 (a) and 6 (b). By touching the button 36, the game images Pa and Pb displayed in the display areas A and B can be exchanged with each other. When the replacement button 36 on the screen 12a of the display unit 12 is operated, the main control unit 19 inputs position data indicating the touch operation position on the touch panel 16 from the touch control unit 17, and indicates the touch operation position. Based on the position data, the touch operation of the replacement button 36 is determined, and the image processing unit 14 and the display control unit 15 are controlled according to this determination, and the game images Pa and Pb displayed in the display areas A and B are controlled. Replace each other. Thereby, the display position of each game image Pa and Pb can be set according to liking of various players.
(Third embodiment)
Next, a third embodiment of the game device of the present invention will be described. The game device of the third embodiment has the same configuration as the game device of the first embodiment shown in FIG. 1, but the screen of the display unit 12 as shown in FIGS. 7 (a), (b), and (c). By touching the selection button 37 on 12a, two of the three types of game images P1, P2, and P3 of the games G1, G2, and G3 are selectively combined and displayed in the display areas A and B, respectively. be able to. When the selection button 37 on the screen 12a of the display unit 12 is operated, the main control unit 19 inputs position data indicating the touch operation position on the touch panel 16 from the touch control unit 17, and indicates the touch operation position. The touch operation of the selection button 37 is determined based on the position data, and the image processing unit 14 and the display control unit 15 are controlled each time the touch operation is determined, and the game images P1 of the three types of games G1, G2, and G3. , P2, and P3 are selectively combined in order and displayed in the display areas A and B.

  Further, the proficiency level and concentration level tables T1, T2, and T3 (not shown) corresponding to the three types of games G1, G2, and G3 are stored in the memory 19a built in the main control unit 19, and each game is stored. For any of G1, G2, and G3, the performance level corresponding to the proficiency level and concentration level of the player can be determined with reference to the proficiency level and concentration level table. Further, respective comprehensive ability tables T4, T5, and T6 (not shown) corresponding to two selective combinations of the three types of games G1, G2, and G3 are stored in the memory 19a built in the main control unit 19. For any combination of the games G1, G2, and G3, the total ability corresponding to the performance ability of the two games can be determined with reference to the total ability table. Also, for each total ability table T4, T5, T6, a method for setting the difficulty level of two games corresponding to a plurality of total ability set and registered in the total ability table is determined in advance, and the determined total ability By implementing the method of setting the difficulty level of the two games corresponding to the above, the two games are played evenly, and the training effect such as dementia prevention is further enhanced.

  As mentioned above, although preferred embodiment and modification of this invention were described referring an accompanying drawing, it cannot be overemphasized that this invention is not limited to the example which concerns. It will be apparent to those skilled in the art that various changes and modifications can be made within the scope of the claims, and these are naturally within the technical scope of the present invention. It is understood.

DESCRIPTION OF SYMBOLS 1 Game device 2 Memory card 11 Connector 12 Display part 12a Screen 13 Audio | voice output part 14 Image processing part 15 Display control part 16 Touch panel (operation part)
17 Touch control part 18 Operation key 19 Main control part (control part)
A, B display area

Claims (5)

A display unit for displaying images of a plurality of types of games;
An operation unit operated to give input instructions related to the various games;
The various games are advanced based on the input instruction by the operation of the operation unit, and the player's performance for the various games is determined, and the difficulty level of the various games is changed based on the determined performance of the player. A control unit,
The game apparatus characterized in that the control unit changes the other difficulty level by reflecting the performance of the player for one of the various games in the other difficulty level of the various games. The game device according to claim 1,
When the various games are completed, the control unit determines the player's performance for the various games based on an input instruction by the operation of the operation unit. When the various games are performed again, the control unit performs A game device, wherein the difficulty level of each game is changed based on an ability. The game device according to claim 1 or 2,
The display device displays the various games in respective display areas separated from each other on a screen of the display unit. The game device according to any one of claims 1 to 3,
The game device, wherein the operation unit is a touch panel overlaid on the screen of the display unit. Display images of multiple types of games on the display,
When an operation unit is operated to input instructions relating to the various games, the various games are advanced based on the input instructions, and the player's ability to perform the various games is determined, and the determined player The difficulty level of the various games has been changed based on the performance ability of
A game control method, wherein the other difficulty level is changed by reflecting the performance of the player with respect to one of the various games on the other difficulty level of the various games.

Images