JP2006068131A - Horse race game system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a horse race game system based on actual races by incorporating factors other than a capacity parameter in the horse race game system including a race phase in which a plurality of horses including the horse raised by a player can participate and the plurality of horses perform a horse race on the basis of one, or two or more parameter values possessed respectively and a training phase of training the raised horse and varying at least one of the one, or two or more parameter values for the horse race. <P>SOLUTION: In the horse race game system, one, or two or more parameters affecting a race result and/or race content in the race phase other than the one, or two or more parameters are experience parameters imparted on the basis of the past race results and/or race content in the race phase and/or past training results in the training phase. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention can be applied to, for example, an arcade game device installed in a so-called game center, and for the purpose of winning a horse racing race, a horse racing game in which a player trains his own horse and trains a strong horse. About the system.

Traditionally, for example, a player who produces a horse with a high ability value by crossing a stallion and a breeding mare based on his own formulation theory, or a horse with a high ability value by training his own horse based on his own theory There are various types of horse racing game systems that aim to win in many horse racing races. For example, the horse racing game system described in Patent Document 1 places importance on the pedigree and composition of a competing horse, and determines the ability parameter of the competing horse based on, for example, the earning index of a stallion. Similarly, as a technique for determining the strength of a horse with parameters, for example, the horse racing game system described in Patent Document 2 prepares parameters such as stamina, speed, and condition as the capacity of a breeding horse, and sets numerical values of the parameters. It is a game content that is raised by training.
Japanese Patent No. 3315678 Japanese Patent No. 3308963

  By the way, in an actual horse racing, even if the absolute ability of a horse is high, the result does not necessarily match the ability. One reason for this is the pace of the race and the positioning of the horse at that pace. For example, if a horse is placed at a position where it competes with the escape horse at a very high pace, the leg stops before reaching the goal, but if the horse is placed at a rear position at the pace, There is a tendency that the power accumulated in the front can be efficiently produced at once and a good result can be obtained.

  Therefore, an object of the present invention is to provide a horse racing game system that introduces new parameters based on experience other than ability parameters, and is more suitable for actual racing.

The present invention (1) includes a race phase in which a plurality of horses including a breeding horse of a player can participate, and a horse racing race is performed based on one or a plurality of parameter values respectively held by the horses, and the horse racing A training phase that trains the rearing horse for the purpose of varying at least one of the one or more parameter values.
The one or more parameters other than the one or more parameters that influence the race result and / or the race content in the race phase are past race results and / or the race content and / or the race phase in the race phase. It is a horse racing game system characterized by being an experience parameter given based on past training results in the training phase.

  The present invention (2) is the horse racing game system according to the invention (1), further comprising a stable phase that takes care of the horse for the horse racing and changes at least one of the one or more parameter values. is there.

  The invention (3) is the horse racing game system according to the invention (1) or (2), wherein the one or more parameter values are parameter values relating to a physical ability and / or a mental state of a horse.

  In the present invention (4), in the race phase, during the race, one or a plurality of race carrying related instruction candidates related to the carrying of the breeding horse including the experience parameter are displayed, and the player can select the experience parameter. In the horse racing game system according to any one of the inventions (1) to (3), when the is selected, the result of the race may be different compared to the case where the selection is not made.

  In addition to the present inventions (1) to (4), the following aspects may be arbitrarily combined.

  Aspect 1-1 is a horse racing game system including a race phase in which a plurality of horses including a breeding horse of a player can participate and a horse racing race is performed based on one or a plurality of parameters respectively held by the plurality of horses. When one or more race carrying related instruction candidates related to the race carrying of the rearing horse are displayed during the race, and the player selects a predetermined race carrying related instruction from the instruction candidates, it is compared with the case where the selection is not made Then, the horse racing game system is characterized in that the result of the race can be different.

  Aspect 1-2 is configured so that at least one instruction candidate among the instruction candidates can be given based on the race contents and / or the race results that the horse has experienced in the past. 1-1 is a horse racing game system.

  Aspect 1-3 is the horse racing game system according to Aspect 1-1 or 1-2, wherein the one or more parameters are parameters relating to the physical ability and / or mental state of the horse.

  In the aspect 1-4, the horse racing game system may train the horse to change the parameters related to the physical ability and / or the mental state and / or take care of the horse and / or the physical ability and / or Alternatively, the horse racing game system according to aspect 1-3, further including a stable phase in which a parameter relating to the mental state can be changed.

  Aspect 1-5 enables at least one instruction candidate among the instruction candidates to be given based on the past training result in the training phase and / or the past care result in the stable phase. The horse racing game system according to aspects 1 to 4 described above.

  Aspect 1-6 is configured to display an indication indicating that the predetermined race carrying-related instruction has an important influence on the race result when the predetermined racing carrying-related instruction is given during the race. The horse racing game system according to any one of aspects 1-1 to 1-5.

  Aspect 2-1 is a game system in which the progress and / or result of a game is determined according to the value of one or a plurality of parameters, and the color and the size are linked according to the magnitude of at least one parameter value of the parameter values. Thus, the game system is characterized in that a changeable object is displayed on a screen.

  Aspect 2-2 is the game system according to aspect 2-1 in which the size changes continuously or stepwise as the color changes.

  In aspect 2-3, as the at least one parameter value increases, the color shifts from cold to warm, from warm to cold, from light to dark, or from dark to light. The game system according to aspect 2-1 or 2-2, which shifts greatly from

  Aspect 2-4 is the game system according to any one of Aspects 2-1 to 2-3, in which the object can move according to a value of a parameter different from the at least one parameter.

  Aspect 2-5 is the game system according to Aspect 2-4, wherein the motion is a rotation motion, a revolving motion, or a telescopic motion of the object.

  Aspect 2-6 is the game system according to Aspect 2-4 or 2-5, in which the amount of exercise increases continuously or stepwise as the value of the different parameter increases.

  Aspect 2-7 is a race phase in which the game system allows a plurality of horses to participate and performs a horse racing race based on a value of one or a plurality of parameters including the at least one parameter that each of the plurality of horses has. The game system according to any one of the above aspects 2-1 to 2-6.

  Aspect 2-8 is the game system according to Aspect 2-7, wherein the at least one parameter value is a parameter value related to a horse's physical ability and / or a mental state of the horse.

  Aspect 2-9 includes a training phase in which the game system trains the horse and / or a stable phase in which the horse is cared for, and the physical ability and / or the horse in the at least one phase. The game system according to aspect 2-8, wherein a parameter value related to the mental state can be changed.

  In the game system that determines the progress and / or the result of the game according to the value of the one or more parameters, the mode 3-1 is based on the change of the image displayed on the screen, and the one or more parameter values The game system is characterized in that the image can be changed and the player can directly change the image through a touch panel.

  Aspect 3-2 is that the change in the image is a change in the position of the image, a change in the shape of the image, a change in the color of the image, and / or a change in the movement of the image. It is a game system.

  Aspect 3-3 is a horse racing game system including a race phase in which a plurality of horses can participate and a horse racing race is performed based on the one or a plurality of parameter values possessed by the plurality of horses. It is a game system of aspect 3-1 or 3-2.

  Aspect 3-4 is the game system according to aspect 3-3, wherein the one or more parameter values are parameter values relating to a physical ability of the horse and / or a mental state of the horse.

  Aspect 3-5 includes a training phase in which the game system trains the horse and / or a stable phase in which the horse is cared for, and based on a change in the image in the at least one phase, The game system according to aspect 3-4, wherein a parameter value related to a physical ability and / or the mental state can be changed.

  According to the present invention (1), since at least a part of the factor affecting the race result and the race content in the horse race is given based on the past race content and the training result, In addition, the player can be motivated to ponder about the content of the race and training, and the game can be expanded.

  According to the present invention (2), in addition to the effect of the invention (1), the factor can also be given based on the care content in the stable, so the player is motivated to ponder the care content. The game can be given and the game can be further expanded.

  According to the invention (3), in addition to the effects of the invention (1) or (2), parameters such as the physical ability of the horse are adopted. This is advantageous in that the player can be motivated to ponder further.

  According to the present invention (4), in addition to any one of the effects of the inventions (1) to (3), a timing at which the player can participate in the race is provided in the middle of the horse racing race. It is possible to avoid the boring situation of just looking at the race after the start of the race like a conventional horse racing race, and the player can instruct the player to change the race carrying according to the content of the race, Since the race result can be changed by the change instruction, it is possible to construct a situation in which players can concentrate on the pace and development of the race until the timing comes, and the instruction that can be given at the timing Since it is selected from the instruction change candidates, it is easy for anyone to carry the race without complicated operations. An effect that allowed the further.

  In addition, the effect added when it combines with the said form is described below.

  According to this aspect 1-1, since the timing at which the player can participate in the race is provided in the middle of the horse racing race, just look at the race after the race starts as in the conventional horse racing game. It is possible to avoid the tedious situation of being present, and the player can instruct to change the race carrying of the player horse according to the content of the race, and the race result can be changed by the change instruction, so the timing comes It is possible to build a situation where the player is focused on the pace of the race and the position of the horse, etc., and the instructions that can be given at the timing are selected from the candidates for changing the race carrying instruction, so it is complicated. There is an effect that anyone can easily change the race without changing the operation.

  According to the present aspect 1-2, in addition to the effect of the above aspect 1-1, since the instruction regarding the carrying of the race is given based on the past experience of the horse, for example, not only losing and losing but also more during the race. It is possible to give motivation to make the player try to have a lot of experience, and it is possible to make the game more spacious.

  According to the present aspect 1-3, in addition to the effects of the above aspects 1-1 or 1-2, in the actual horse racing race in which the race is based on the parameter values relating to the physical ability and / or mental state of the horse. Since it adopts what is considered as the main parameter of, there is an effect that it is possible to entertain a horse racing game closer to practice by the player.

  According to this aspect 1-4, in addition to the effect of said aspect 1-3, by providing the phase which trains a owned horse called training or stable phase, and the said parameter value can be changed by the said phase. This brings about an effect that the player can enjoy the same experience as the actual breeding by raising the owned horse to make it a strong horse and putting it into a race.

  According to this aspect 1-5, in addition to the effect of said aspect 1-4, the structure which gives the race carrying related instruction | indication candidate which can change the said racing carrying during a race reflecting the training result in a training phase, etc. By doing so, it is possible to give the player the motivation of contemplating the content of the training in the training phase, and there is an effect that the game can be expanded.

  According to the present aspect 1-6, in addition to the effects of the present aspects 1-1 to 1-5, when an instruction related to carrying the race is given during the race, it can be suggested whether or not the instruction is effective. Therefore, in the case of a display suggested to be effective, the player is satisfied that his judgment was correct, and in the case of a display suggested that it was not effective, The effect is that the sweetness of one's own judgment can be made known.

  According to the present embodiment 2-1, since the magnitude of the predetermined parameter value is determined based on two factors of color and size, there is a slight difference in the parameter value compared to the case where only one parameter is used. It is possible to make the player perceive.

  According to the present embodiment 2-2, in addition to the effect of the above embodiment 2-1, the size changes continuously or stepwise according to the color change, so that the size cannot be visually confirmed. However, if the player can discriminate between the colors, the parameter value can be determined based on the difference.

  According to this aspect 2-3, in addition to the effects of the above aspects 2-1 or 2-2, for example, since the color value changes from a cold color to a warm color as the parameter value increases, the color change according to the change in the parameter value is recognized. The effect is easy.

  According to this aspect 2-4, in addition to the effects of any of the above aspects 2-1 to 2-3, the magnitude of the parameter value is reduced by adopting the configuration of the movement of the other parameter values. There is an effect that it is easily visually recognized.

  According to this aspect 2-5, in addition to the effect of the said aspect 2-4, there exists an effect that it is easier for a player to be noticed by exercise | movements, such as a rotation exercise | movement.

  According to the aspect 2-6, in addition to the effect of the aspect 2-5, by adopting a configuration in which the amount of exercise changes in accordance with the size of other parameters, the player can determine the degree of the size of the parameter. There is an effect that it is possible to guess in a form that is easily visible.

  According to this aspect 2-7, in addition to the effects of the above aspects 2-1 to 2-6, when applied to a horse racing game including a race in which the parameter is very important, the important parameter is slightly The effect is that the difference is easily visible.

  According to this aspect 2-8, by applying to the extremely important parameter in the horse racing such as the physical ability of the horse, the player can hope for the horse racing game after recognizing the slight difference in size. Has the effect of becoming.

  According to this aspect 2-9, the slight difference in magnitude is recognized by providing a phase in which the owned horse is nurtured, such as a training or stable phase, and the parameter value can vary in the phase. Above, there is an effect that the player can hope for each of these phases.

  According to this embodiment 3-1, since the image related to the game important parameter can be directly changed through the touch panel, the player does not need prior knowledge on how to change the image, In addition, since the image fluctuates according to the movement of the finger on the touch panel, it is possible to easily change the image according to the player's intention.

  According to this aspect 3-2, in addition to the effect of said aspect 3-1, the effect that it can respond easily to various changes, such as a change of the position of an image, and a change of a shape, only by moving a finger with a touch panel. Play.

  According to this aspect 3-3, in addition to the effects of the above aspect 3-1 or 3-2, by applying it to a horse racing game including a race in which the parameter is very important, the actual training and care to be performed It is possible to experience the hardships in the game and to make it possible for players to feel that they are raising their own horses.

  According to this aspect 3-4, it is possible to easily change the image related to the important parameter by applying it to a very important parameter in the horse racing such as the physical ability of the horse. .

  According to this aspect 3-5, by providing a phase for training the owned horse, such as a training or stable phase, and adopting a configuration in which the parameter value can vary in the phase, There is an effect that the image can be easily changed.

  Hereinafter, the meaning of each term in the present specification will be clarified, and the best mode of the present invention will be described in detail. The technical scope of the present invention is not limited to the best mode described below.

  “Physical parameter” means a parameter indicating the absolute ability of a horse, “mental parameter” means a parameter indicating how much the “physical parameter” is to be exhibited, and “experience parameter” is the same. The “physical parameter” value and the same “mental parameter” value are parameters that can change the race result. The “physical parameters” include the “potential ability value” (innate ability value) that the horse has born, and the “actual value” (experimental value) that is possessed by experience in the training phase, stable phase, and race phase ( "Physical parameter" in this specification means "actual value".

  Specifically, the “physical parameter” is a parameter that is an index of the absolute ability of the horse. For example, a speed parameter indicating the degree of the absolute speed of the horse, the ability of the high speed racetrack or the ability to respond at high pace, A stamina parameter that indicates the level of endurance of a horse, a power parameter that indicates the level of aptitude ability for a horse that requires power such as bad or dirt, a temper that indicates the level of concentration and intelligence in the race, and after the gate opens The start parameter which shows the grade of the condition reflective ability until it starts can be mentioned. Next, “mental parameters” are parameters that serve as indicators of the physical condition and mood of horses. For example, how much is the motivation parameter used as an indicator of the degree of motivation during racing and training, and how much ability can be demonstrated in the race? A finish parameter that serves as an indicator of whether or not a tire is present, and a fatigue parameter that serves as an indicator of how much fatigue is present at present. The “experience parameter” is a parameter that can change based on previous experience (for example, experience in racing, experience in training), and obtains a race carrying instruction candidate (skill) based on the value. It can be done. The race carrying instruction candidates include those possessed from the beginning as defaults. The types of experience parameters include a large escape experience parameter, a escape experience parameter, a prior experience parameter, an insertion experience parameter, and a driving experience parameter. As examples of skills, “Large escape”, “Near head”, “Keep current position”, “Hana stand”, “Super large escape”, and “Experience escape parameter” ”,“ Near the top ”,“ keep current position ”,“ stand on Hana ”, and advance experience parameters,“ escape ”,“ preceding ”,“ decrease to middle ”,“ keep current position ”,“ run away ” ”, Regarding the experience parameter,“ attach to the previous team ”,“ keep the middle team ”,“ keep backward ”,“ keep current position ”, and regarding the experience parameter for the driving experience,“ attach to the middle team ”,“ wait backward ” , “Keep current position”, “Last”, “Last head”, and the like.

  FIG. 1A is a conceptual diagram of “physical parameters”, “mental parameters”, and “skills”. In the figure, the black circle portion is a “physical parameter” indicating the absolute ability of the horse, and the value of the parameter is the largest parameter that determines the race result. In the figure, the dotted line is the corrected value of the “physical parameter” in the race after taking the “mental parameter” into consideration. If the value of the “mental parameter” is high, the value of the “physical parameter” In contrast, when the value of the “mental parameter” is low, the value of the “physical parameter” is also corrected to a low value. In other words, if a horse has an absolute ability, if the horse's physical condition and mental condition are good, the horse will exhibit a capacity that exceeds the original absolute ability, and conversely, if the horse's physical condition and mental condition are poor It means that you will be in a state where you can't demonstrate your absolute abilities. By the way, in addition to the ability value of the participating horses, the content of the race (race carrying) is also an important factor that determines the race order. That is, even if a certain rank is taken as shown in A in FIG. 1 (A), even if it is the same “physical parameter” value and the same “mental parameter” value, If another race is carried as shown in B of FIG. 1 (A), the ranking is lowered, and if another race is carried as shown in C of FIG. 1 (A), the ranking is raised. To do. The ability to change the race carrying in this way is a skill (race carrying related instruction) based on the “experience parameter”. However, the value of “physical parameter” and “mental parameter” is related to whether or not the instruction can be followed based on the specified skill. For example, even if the skill of “straight demon leg” is instructed, if the “physical parameter” or “mental parameter” value of the horse is extremely low, the instruction may not be followed as a result.

  Next, FIG. 1B shows the relationship between the “experience parameter” and the skill {race carrying instruction (candidate)}. As shown in the figure, when the experience parameter reaches a predetermined value, a predetermined skill is acquired. Specifically, as the experience parameter increases, when the experience parameter reaches a predetermined value, skill 1, skill 2, and skill 3 are acquired in order.

  Next, it will be outlined how the values of each parameter in this best mode change (increase and decrease) in each phase. First, as for “physical parameters”, each parameter value increases according to the type of training by performing training. For example, the speed value increases when you train a course, the stamina and power increase when you train on slopes and pools, and the start ability increases when you practice gate. Here, the increase rate of these parameters depends on, for example, the “motivation” and “fatigue” parameters of the “mental parameter”. The larger the motivation parameter value, the smaller the fatigue parameter value, the same content. Even in training, the increase rate of “physical parameters” will increase. Further, the “physical parameter” increases the value of each parameter according to the type and amount of the food by feeding the food. For example, among the parameters, the “stamina parameter” and the “power parameter” can be increased by feeding food. Furthermore, the “physical parameter” increases as a result of the race based on the result of the race and the content of the race. For example, if you make an outstanding start in the race, the start parameter will increase, the speed parameter will increase if you finish early, and the power parameter will increase if you perform well on a bad racetrack. .

  Next, the “mental parameter” is increased or decreased according to the type of training by performing training. For example, the “motivation parameter” and the “finishing parameter” increase when the course is trained or overtaken. As for the “fatigue parameter”, as a general rule, it increases (fatigue) in any kind of training, but goes down (gets tired) in the training of forest horses. Furthermore, as for “mental parameters”, the value of each parameter increases or decreases depending on the type and degree of care taken care of. For example, brushing that evenly strokes a horse with a brush (the player actually operates the brush on the touch panel) will improve the “motivation parameter” if it can be improved, and the horseshoe (the player will touch the touch panel) By actually moving the horseshoe and wearing it on the horse's heel, the “motivation parameter” will increase if you get good, and the shower will remove the dirt of the horse in the shower (the player will actually move the shower on the touch panel) By thoroughly cleaning the dirty part of the horse), the “motivation parameter” increases and the “fatigue parameter” decreases. In addition, the “mental parameter” gives food (the player determines the type of food on the touch panel and adjusts the amount of food by tilting the bucket). The parameter value increases or decreases. For example, when the bait is fed, the “motivation parameter” basically increases and the “fatigue parameter” decreases, but when the bait is excessively fed, the “finish parameter” decreases due to being overweight.

  First, each component in this best mode is demonstrated, referring the block diagram of FIG. The horse racing game system according to the best mode is capable of changing the main control unit 1 that performs various determinations in each phase, and touching the image on the screen with a finger, and the like. Can be displayed, a display control unit 3 for displaying a predetermined image on the display 2 based on a command from the main control unit 1, an acoustic control unit 4 for controlling various sounds, a player and the player Information on the breeding horse (player name, breeding horse name, potential value and current value of each “physical parameter”, current value of each “mental parameter”, acquired skill and “experience parameter”, etc.) A recordable player data management unit 5 and a readable / writable card on which the player data is recorded can be inserted. At the start of the game, data is acquired and passed to the player data management unit 5; at the end of the game, the card reader 6 updates the data in the card to the latest data in the player data management unit 5; The other horse data management unit 7 in which various data of CPU horses and other horses) are recorded, and the communication control unit 8 that enables network competition with the outside.

  First, the flow of main processing according to the best mode will be described with reference to the flowchart of FIG. In step 100, in accordance with the player's operation, training of the breeding horse of the player is performed, and a series of processes relating to training for mainly changing the “physical parameter” value of the horse is performed (training phase). In step 200, a series of processes for mainly taking care of the breeding horse of the player (for example, brushing, hoofing, showering, etc.) and mainly changing the “mental parameter” value of the horse based on the operation of the player. Perform {stable phase 1 (care)}. In step 300, based on the player's operation, a series of processes {stable phase 2 (bait)} for feeding the breeding horse of the player and changing the “physical parameter” value and the “mental parameter” value of the horse are performed. In step 500, a process (race phase) for performing a horse racing race is performed by, for example, quantifying the ability value at the time of the race based on the “physical parameter” value and the “mental parameter” value of the participating horses. Hereinafter, processing in each phase will be described in detail.

  First, processing related to the training phase according to the best mode will be described with reference to the flowchart of FIG. First, in step 400, step 600, and step 700, the main control unit 1 and the display control unit 3 perform race registration processing, physical parameter processing, and mental parameter processing. These processes will be described later. Next, in step 102, the display control unit 3 displays the “physical parameter” and the “mental parameter” together with a display for confirming whether or not to perform training in the week, and the main control unit 1 Determine if the player has chosen to train. In the case of No in step 102, the process proceeds to the next process {stable phase 1 (care) 200}.

  FIG. 5 shows an example of display contents on the screen at this stage. As shown in FIG. 5, the upper part displays the current time (March 1 week), the “training” phase, and the name of the player's rearing horse (Ichliebe). In the middle row, there is a display for confirming with the player whether or not training is performed.

  In the upper right of FIG. 5, “motivation”, “finish” and “fatigue” regarding “mental parameters” are displayed in the form of indicators (crescent type) corresponding to those values at the present time. For example, for “motivated”, the motivated indicator is completely discolored, indicating that the motivated value is very high at the present time. Regarding “finish”, the finish indicator is discolored by about half, indicating that the finish value is about half at the present time. Regarding “fatigue”, the fatigue indicator is not discolored at all, indicating that the fatigue value is very low at the present time.

  In the lower part of FIG. 5, “speed”, “stamina”, “power”, “temper” and “start” relating to physical parameters reflect the ratio of these parameters to their current values with respect to the potential. It is displayed in the shape of the selected object (circle). Each object of the “physical parameter” performs a rotational motion corresponding to each potential value. Here, when the rotation speed of the object of the “speed parameter” is high, it indicates that the potential regarding speed is high. Further, the size and color of the circle of the object indicate how much of the potential ability is present at present. Specifically, if it is a large warm color system, it indicates that it currently has a speed capability close to the potential, and conversely, if it is a small cold color system, a speed capability far from the potential is displayed. Indicates that it is currently prepared. With reference to these parameters, the player determines whether or not to perform training in the week by touching “Yes” or “No” on the screen.

  Returning to the flowchart of FIG. 4, if Yes in step 102, that is, if the player selects “Yes” on the touch panel, the display control unit 3 displays the training menu on the screen in step 104. Next, in step 106, the display control unit 3 determines whether or not the player has selected the training content.

  FIG. 6 shows an example of a screen displayed at this time. The training menu (course training, gate, slope, overrun, forest horse trail, pool) is listed in the middle of FIG. 6, and the player selects the desired training on the touch panel in consideration of the displayed parameters. It will be different. For example, when practicing gate, the parameter value related to “start” which is “physical parameter” increases.

  Returning to the flowchart of FIG. 4, if Yes in Step 106, the display control unit 3 starts the selected training in Step 108. Next, in step 110, the main control unit 1 determines whether or not the player has given an operation instruction to directly change a predetermined image through the touch panel. In the case of Yes in step 110, in step 112, the main control unit 1 determines whether or not to change a predetermined image on the screen based on the instruction from the player and the “mental parameter” value, and the display control. The unit 3 performs image display according to the determination. On the other hand, in the case of No in step 110, in step 114, the main control unit 1 automatically determines whether or not to change the predetermined image and the amount of change, and the display control unit 3 follows the determination. Display an image.

  FIG. 7 shows an example of a screen when the follow-up is selected as training. In the training, two horses are run together, and by running together, there is an effect of drawing out the struggle instinct of the racehorse and stir it. In training, the target time displayed on the left (as a result, “physical parameters” will be added as a result), and the training content will be tailored to the footing you want to remember (the desired “skill”) For example, by touching “chase” or “pull” on the screen, the player follows or pulls the horse, or touches “whip” on the screen, I hit the horse with a whip.

  Returning to the flowchart of FIG. 4, in step 116, the main control unit 1 determines whether or not the training is completed. If the answer is No in this step, the process returns to Step 110 and training is continued. On the other hand, in the case of Yes in this step, in Step 118, the main control unit 1 calculates the time difference between the scheduled training time and the actual training time. In step 120, the main control unit 1 calculates a “physical parameter value” to be added based on the training based on the content of the training (including the time difference) and the “mental parameter value”, and the training The “mental parameter value” to be added or subtracted based on the training is calculated based on the contents (including the time difference), and the parameter value is updated. At step 122, the main control unit 1 controls the player data management unit 5. The updated parameter values are recorded in. Here, in the case of the same time difference and the same training content, the higher the “mental parameter” value, the more “physical parameter” values are added.

  Next, in step 124, the main control unit 1 determines whether the value of any “experience parameter” of the training content of the rearing horse satisfies the skill acquisition condition. If Yes in step 124, the main control unit 1 acquires the corresponding “skill” in step 126. In step 128, the main control unit 1 sends the skill and “experience parameter” to the player data management unit 5. Record. In the case of No in step 124, the process proceeds to the next process {stable phase 1 (care) 200}.

  For example, in the process of training, actively instructing whip and chasing at the beginning, and by refraining from the latter half, acquire the skills of “great escape” and “super-escape”, on the contrary, give the first half instructions First, acquire the skill of “slowly set” by actively instructing with the whip or chasing only in the second half. More specifically, for example, referring to FIG. 7, in the situation where a parallel horse is approaching, the player gives a whip instruction, and as a result, a scene in which the parallel horse is further widened is displayed. If so, the skill “Super Escape” is acquired according to the content of the training.

  Next, processing related to stable phase 1 (care) will be described with reference to the flowchart of FIG. First, in step 400 and step 700, the main control unit 1 and the display control unit 3 perform a race registration process and a mental parameter display process which will be described later. Next, in step 202, the display control unit 3 displays a screen for confirming whether or not to take care of the player, and whether or not the main control unit 1 has made an input to take care of the player. Determine. If Yes in step 202, the display control unit 3 displays a care menu in step 204. Next, in step 206, the main control unit 3 determines whether or not the player has selected the care content. If No in step 202, the process proceeds to the next process.

  FIG. 9 shows an example of a screen displayed at this time. In the middle of FIG. 9, care menus (brushing, showering, hoofing) are listed, and the player selects desired training on the touch panel with reference to the displayed “mental parameters”.

  Returning to the flowchart of FIG. 8, if Yes in Step 206, the display control unit 3 starts the selected care in Step 208. Next, in step 210, the main control unit 1 determines whether or not the player has given an operation (care) instruction to directly change a predetermined image through the touch panel. In the case of Yes in step 210, in step 212, the main control unit 1 takes care of the horse on the screen based on the instruction from the player. In step 214, the main control unit 1 determines whether or not the time is up. If the answer is No in the step, the main control unit 1 returns to step 210, and the operation can be continued until the time is up. Next, in the case of Yes in step 214, the main control unit 1 calculates each “mental parameter value” to be added based on the care in step 216, and updates it to the player data management unit 5 in step 218. Record the value of.

  FIG. 10 shows an example of a screen when a shower is selected as care. The care is to wash the body of a dirty horse in the shower, and the player can operate the shower by touching the “shower” on the screen, and move the finger while touching on the touch panel. Thus, the shower also follows, and as a result, the horse in the moved portion is cleaned. Then, after the shower is finished, for example, the values of “motivation parameter” and “fatigue parameter” that are “mental parameters” are added according to the degree of dirt that has been removed.

  Next, the process which concerns on stable phase 2 (food) is demonstrated, referring the flowchart of FIG. First, in step 400, step 600, and step 700, the main control unit 1 and the display control unit 3 perform race registration processing, physical parameter processing, and mental parameter processing described later. Next, at step 302, the display control unit 3 displays a bait menu. Next, in step 304, the display control unit 3 determines whether or not the player has designated food.

  FIG. 12 shows an example of a screen displayed at this time. In the middle of FIG. 12, various foods (carrots, apples, power supplements) and “Esaiya” are listed, and the player considers the displayed “mental parameters” and touches the desired food or food on the touch panel. Will choose not to give.

  Returning to the flowchart of FIG. 11, in the case of Yes in step 304, in step 306, the display control unit 3 starts a feeding step of giving the designated food to the horse. Next, in step 308, the main control unit 1 determines whether or not the player has given a bait instruction to tilt the bucket through the touch panel. In the case of Yes in Step 308, in Step 310, the main control unit 1 determines the degree of tilting the bucket on the screen based on the instruction from the player, determines the amount of bait discharged from the tilt, and displays it. The control unit 3 performs image display according to the determination. In step 314, the main control unit 1 determines whether or not the time is up. If the answer is no in the step, the main control unit 1 returns to step 308 and can continue the operation until the time is up (for example, different types). Can be fed). Next, in the case of Yes in step 314, in step 316, the main control unit 1 calculates each “physical parameter value” and each “mental parameter value” to be added based on the feed, and updates these values. In step 318, the updated value is recorded in the player data management unit 5. If No in step 304, the process proceeds to the next process.

  FIG. 13 shows an example screen when apples are selected as food. When the apples in the bucket are tilted, they are discharged to the outside according to the tilting degree. The player can operate the bucket by touching the “bucket” on the screen. By moving the finger while touching on the touch panel, the bucket follows the bucket, and as a result, the apple is discharged from the tilted bucket. It will be. And after finishing feeding, according to the type and amount of the given food, for example, “physical parameters” “stamina parameters” and “power parameters” and “mental parameters” “motivation parameters” are added, “Fatigue parameter” which is “mental parameter” is subtracted. On the other hand, if too much is applied, the weight increases and the “finish parameter” value, which is the “mental parameter”, is subtracted. For example, the target value is displayed, and the player operates to match the target value. Finally, the difference between the target value and the actually given value is taken, and the parameter value is changed based on the difference. You may comprise.

  Next, the race registration process will be described with reference to the flowchart of FIG. First, in step 600 and step 700, the display control unit 3 displays “physical parameters” and “mental parameters” on the screen. Next, in step 402, the display control section 3 displays a race program guide. Next, in step 404, the main control unit 1 determines whether or not the player has registered for the race. If yes in step 404, the main control unit 1 sends the race data to the player data management unit 5 in step 406. Record registration information. If No in step 404, the process proceeds to the next process.

  FIG. 15 shows an example of a screen displayed at this time. In the middle part of FIG. 15, the race program table for 4 weeks in June is listed, and the player can select a desired race from the displayed race program table with reference to the displayed parameter values. And if the game progresses until the week when the race is registered, it will start.

  Next, processing related to the race phase will be described with reference to the flowchart of FIG. First, in step 502, the main control unit 1 refers to the player data management unit 5 and determines whether or not a race is registered for the week. In the case of Yes in Step 502, in Step 600 and Step 700, the display control unit 3 displays “physical parameters” and “mental parameters” on the screen. Next, in step 504, the display control unit 3 displays a riding instruction list in the race.

  FIG. 17 shows an example of a screen displayed at this time. A riding instruction list is displayed in the middle of FIG. 17, and the player gives a strategy instruction from among the various parameters displayed and the strategy that the horse is good at in the past.

  Returning to the flowchart of FIG. 16, in step 506, the main control unit 1 determines whether or not there is a riding instruction from the player. In the case of Yes in step 506, in step 508, the main control unit 1 automatically starts a race for horses other than the breeding horse of the player. In step 510, the main control unit 1 If there is a riding instruction based on the “physical parameters” and “mental parameters”, the horse starts to race (displays the race) in consideration of the riding instructions.

  Next, in step 512, the main control unit 1 determines whether or not a predetermined distance has been reached. Specifically, it is determined whether or not the vehicle has reached either 300 m immediately after the start or 600 m before the goal. When the race distance is 1400 m or less, the predetermined distance is only in the latter case. If Yes in step 512, the display control unit 3 displays selectable “skills” on the screen in step 514. Here, as selectable “skills”, in addition to the default “skills”, the “skills” that the horse has acquired empirically through training and past races are displayed together.

  18 and 19 show examples of screens displayed at this time. The list shown in the middle of FIG. 18 and FIG. 19 is “skill”, and with regard to FIG. 18, in addition to the “leave to jockey” and “keep current position” which are set by default, training and past “Large escape”, “Escape” and “Attract” acquired through the experience of the race are displayed as selectable, and with regard to FIG. 19, “Left to jockey” and “ In addition to “Slowly set”, “Large Roll”, “Mark” and “Dead Pretend” acquired through training and past race experience are displayed as selectable items. In the lower right column, the distance of the race, the right is the current elapsed time, and the lower is the remaining distance. The player can recognize the race space based on the information. In consideration of the pace, the jockey is instructed at the timing as necessary. The “skill” instruction timing in the best mode is from 300 m to 500 m after starting (FIG. 18) and from 600 m before reaching to 400 m before reaching (FIG. 19).

  Returning to the flowchart of FIG. 16, in step 516, the main control unit 1 gives a command to the jockey from the “skill” list displayed through the touch panel before the player reaches the predetermined distance based on the race development or the like. It is determined whether or not the “skill” desired is selected. In the case of Yes in Step 516, in Step 518, the main control unit 1 determines how to change the race carrying of the breeding horse of the player based on the selected skill, and the display control unit 3 According to the decision, the position of the horse is changed and displayed. Next, in step 520, the main control unit 1 determines whether or not the selected skill is a very appropriate or extremely inappropriate instruction. If the answer is yes in step 520, then in step 522, the main control unit 1 determines a cut-in screen that suggests that it was a very appropriate instruction if it is extremely appropriate, and conversely, If it is extremely inappropriate, a cut-in screen that suggests that it was a very inappropriate instruction is determined, and the display control unit 3 displays the cut-in screen.

  20 and 21 are examples of cut-in screens. In FIG. 20, the parameter selected from the “skill” list is “Large Escape”, and when this instruction is appropriate, a cut-in “Large Escape!” Is displayed. On the other hand, in FIG. 21, the parameter selected from the “skill” list is “Large Escape”. If this instruction is inappropriate, a cut-in “Large Escape Failure!” Is displayed.

  Returning to the flowchart of FIG. 16, in step 524, the main control unit 1 determines whether or not the race has ended, that is, whether or not all the participating horses have finished. In the case of Yes in step 524, in step 526, the main control unit 1 updates the experience parameters based on the race result of the player's rearing horse and the carrying of the race, and grant conditions among all “skills” prepared by the computer Whether or not there is a new “skill” that is not owned by the horse is determined. If YES in step 526, the main control unit 1 acquires the new “skill” in step 528 and records the new “skill” in the player data management unit 5 in step 530. To do. For example, in the race, if the player's rearing horse carries a race that marks a powerful escape horse, and as a result, the escape horse stalls on the last straight line, a new “skill escape” Will be acquired. Next, in step 532, the main control unit 1 calculates a “physical parameter” value to be added and a “mental parameter” value to be added or subtracted based on the race result and the race carrying, and the “physical parameter” value and “ In step 534, the main control unit 1 records the updated “physical parameter” value and “mental parameter” value in the player data management unit 5. If No in step 524, the process proceeds to step 512. If No in step 526, the process proceeds to step 532.

  Next, the physical parameter display process will be described with reference to the flowchart of FIG. First, in step 602, the main control unit 1 calls up the potential value of each “physical parameter” value of the breeding horse of the player from the player data management unit 5. Immediately after starting the game, it is necessary to drop information on the breeding horse of the player recorded on the player card to the player data management unit 5 via the card reader 6. Next, in step 604, the main control unit 1 calls each “physical parameter” value of the horse at the present time from the player data management unit 5. In step 606, the main control unit 1 compares the potential value with the current value for each “physical parameter” value and digitizes it. Next, in step 608, the main control unit 1 determines the size and color of the object corresponding to each “physical parameter” based on the numerical value. At this time, the size increases in proportion to the numerical value, while the color shifts from a cold color to a warm color in proportion to the numerical value. However, the size and the color do not have to be “one-to-one” correspondence, and for example, a configuration in which the color can be different with the same size may be adopted. For example, when trying to make the difference of a slight parameter value distinguishable to the player, even if the size is changed slightly (for example, one dot), the player cannot usually distinguish this difference, but in the case of color In such a case, the object can be achieved even if the size is the same and only the colors are different. Next, in step 610, the main control unit 1 determines the rotation speed of the object based on the potential value. At this time, the speed is set larger in proportion to the size of the potential value. In step 612, the display control unit 3 displays the object related to each “physical parameter” value in the size, color, and rotation speed determined in step 608 and step 610.

  Next, mental parameter display processing will be described with reference to the flowchart of FIG. First, in step 702, the main control unit 1 calls each “mental parameter” value of the breeding horse of the player from the player data management unit 5. Next, in step 704, the main control unit 1 determines the color change amount of the indicator corresponding to each “mental parameter” value based on the numerical value. At this time, the amount of color change increases in proportion to the parameter value. In step 706, the display control unit 3 displays the indicator for each “mental parameter” value by the amount determined in step 704.

  Next, a game example of the horse racing game of the best mode will be described. First, the player inserts coins to start the game. Thereafter, the player inserts a player card into the card reader 6. In the case of the first game this time, nothing is written in the player card or information on the horse prepared in advance is written. On the other hand, in the case of a continuous game of the past play, Data at the end of the previous play is written.

  When playing this horse racing game for the first time, the player needs to acquire a horse to be nurtured. Here, as the acquisition method, (1) a breeding horse is prepared in advance for the card purchased as described above, (2) a player selects from an existing horse list prepared by a computer, (3) pedigree Based on a theory or the like, any one of producing a stallion and a mare desired by the player by themselves may be adopted. In any case, as an index to be selected, each information of the horse (selected horse, stallion / mare to be multiplied) (for example, potential value and current value regarding “physical parameter”, “skill” owned, etc.) May be displayed.

  Next, the training phase of the first week is entered on the screen. At this point, if the player has already decided which race to run from now on, the registration procedure for the desired race is performed. For example, a registration confirmation screen is displayed by touching a race to be registered with a finger from the program guide displayed in FIG. 15, and the registration procedure is completed after the confirmation. Next, whether or not to train in the week is determined with reference to various parameters displayed on the screen. For example, the presence or absence of training is determined by touching “Yes” or “No” displayed in FIG. 5 with a finger. Here, when deciding whether or not to perform training, it is important to check the status of various parameters displayed. For example, if the discoloration degree of “motivation” is low, sufficient effects to increase the “physical parameters” can not be expected even after training, and if the discoloration degree of “finishing” is high, finishing more than this “Fatigue” discoloration is expected to increase, and it is expected that this will affect the subsequent races. If the “fatigue” discoloration is high, neither can be expected to increase the parameters even after training. In these cases, the player may also decide to stop training for the week.

  Next, when the player chooses to train, the player selects the type of training in consideration of various displayed parameters. In this best mode, as shown in FIG. 6, as the type of training, course training for increasing “speed parameter”, gate training for increasing “start parameter”, “power parameter”, etc. are increased. Slope training to improve the morale parameter, follow-up training to increase the "motivation parameter", forest horse training to reduce the "fatigue parameter", pool training to increase the "stamina parameter", etc. are prepared . The training content is determined by touching the desired training content with a finger in consideration of the current status of various parameters.

  Here, the following description will be given on the assumption that the player has selected, for example, the follow-up training. When the player selects the follow-up training, the screen switches to the follow-up training screen. Then, training is started on the screen, and the target time is displayed (the player may be able to set the time). Then, the player basically tries to control the horse so that the training time is close to the time. In addition, if there is a technique (skill) that the player wants to equip with the horse during the training, the player controls the horse in consideration of that technique. A horse control method will be described with reference to FIG. 7. FIG. 7 shows a situation where a player's rearing horse is pressed by a combined horse coming from behind. In this situation, for example, when the player wishes to further pull away, the player performs the operation of touching the “chase” and “whip” portions in the figure many times with the finger. Once the player wishes to lower the rearing horse, the player performs an operation of touching the “pull” portion in the figure many times with a finger. By performing such an operation, the horse basically moves (speeds) on the screen based on the player's intention.

  When the training is completed, the addition value of each “physical parameter” based on the training is displayed on the screen, and the size and color of the object of each “physical parameter” value are changed by the addition. Further, the color change amount of the indicator of each “mental parameter” also changes. This ends the week.

  Next, on the screen, the week changes and switches to stable phase 1 (care). Even at this point, if the player has already decided which race to run next time, the registration procedure for the desired race is performed. Next, the player determines whether or not to select care for the week with reference to various parameters displayed on the screen. For example, by touching either “Yes” or “No” displayed in FIG. 5 (however, “Do you want to train?” In FIG. 5 with “Do you care?”) The presence or absence of care is determined. Here, when deciding whether or not to take care, it is important to check the status of the various parameters displayed. For example, if the discoloration of “motivation” is low or the discoloration of “fatigue” is high, good results cannot be expected in the following races and trainings. It is preferable to perform an operation of changing these parameter values in a suitable direction by relaxing or relaxing.

  Next, when the player chooses to take care, the player selects the type of care in consideration of the displayed various parameters. In this best mode, as shown in FIG. 9, brushing and hoofing for increasing the value of the “motivation parameter” of the horse, a shower for reducing the “fatigue” of the horse, etc. It is prepared. The player decides the care content by touching the desired care content with a finger in consideration of the current status of various parameters.

  Here, the following description is given on the assumption that the player has selected, for example, a shower. When the player selects a shower, the screen is switched to a shower screen as shown in FIG. Then, the player's lightly bred breeding horse is displayed, and a shower in a water discharge state is displayed near the horse. When the player touches the shower image on the touch panel and rubs the place of the rearing horse to be cleaned with a finger, the shower image also moves up and down, left and right following this, and as a result, the motion part of the rearing horse Dirt is removed and a beautiful horse body is recovered.

  When the care is completed, the amount of discoloration of each “mental parameter” indicator changes on the screen according to the degree of the care. This ends the week.

  Next, on the screen, the week changes and switches to stable phase 2 (food). Even at this point, if the player has already decided which race to run next time, the registration procedure for the desired race is performed. Next, the player decides whether or not to give food during the week, and what kind of food to give, in consideration of various parameters displayed on the screen. For example, the presence or absence of food and the type of food are determined by touching any of the various foods ("carrots", "apples", "power supplements") or "no food" displayed in FIG. The Here, when deciding whether or not to feed, it is important to check the status of the various parameters displayed. For example, if the “power parameter” seems to be low or the indicator related to the “fatigue parameter” has a high degree of discoloration, a good result cannot be expected in the following race or training. Is preferred. On the other hand, if the “finishing parameter” is high just before the race, feeding the week may cause the finished horse to become thick, so if you think so, do not feed the week There can also be a strategy.

  Here, the following description will be given assuming that the player selects, for example, “apple” as the bait. When the player selects “apple”, the screen is switched to a feeding screen as shown in FIG. The player places a finger on the bucket screen and slides the finger on the touch panel to tilt the bucket. The amount of apples supplied to the horse varies depending on the degree of this inclination. That is, when the slope is reduced, the amount of apples supplied to the horse is small, and when the slope is increased, the amount of apples supplied to the horse is large. The player decides how much the amount should be in consideration of various displayed parameters. Then, when it is considered that the predetermined amount has been reached, the player slides his / her finger on the touch panel so that the bucket is at the original position (ie, the inclination is eliminated). In addition, since a bait can be provided until predetermined time passes, it is also possible to give another bait or to give the bait already given.

  When the bait is finished, the size and color of the object related to each “physical parameter” change on the screen according to the type and amount of the bait, and the color change amount of the indicator of each “mental parameter” Changes. This ends the week.

  Next, on the screen, the week changes and switches to the race phase. If the race is not registered in the week, the next week is entered. In the following, the discussion will proceed assuming that the race is registered for the week. First, the player gives an instruction to the jockey about carrying the race in the race based on the various parameters and the qualities of the breeding horse. For example, the instruction is determined by touching any one of the instructions (“large escape”, “escape”...) Regarding the race carrying displayed in FIG. 17 with a finger.

  On the screen, after the instruction is given, the race starts. The player basically does not perform any operations during the race (except for the instruction change operation described later), and confirms the current distance and lap displayed on the screen while checking each running horse including its own breeding horse. You will watch movements and positioning.

  Then, when the breeding horse reaches the first predetermined distance (400 m after the start), the player can give a new instruction regarding the carrying of the breeding horse based on the contents of the race so far. . For example, when the race is at a slow pace, the horse's pace can be increased by selecting “Large Roll”. At this time, selectable instructions are displayed in a list as shown in FIG. 18, and the player selects a desired instruction by touching it with a finger. Incidentally, the instructions displayed as a list are configured such that different types of instructions are displayed according to the positioning of the rearing horse. For example, when the rearing horse is currently running away, “skills” that are inconsistent with the positioning of the rearing horse, such as “running horse running”, are not displayed (not selected). The time that the instruction can be selected is until a predetermined distance (500 m after the start) is reached. If not selected so far, the jockey of the rearing horse will continue following the instruction issued before the race. Will follow.

  Here, when the player gives an instruction to change the race, if it is extremely appropriate, a cut-in display is made on the screen as shown in FIG. On the other hand, when the player gives an instruction to change the race, even if it is extremely inappropriate, a cut-in display is made on the screen as shown in FIG. Here, the standard for performing cut-in display, for example, the management horse can follow the race carrying the instruction based on the “physical parameters”, “mental parameters”, and the details of the race so far. Or based on the difference in rank between when the instruction is issued and when the instruction is not issued.

  Then, when the rearing horse reaches the second predetermined distance (600 m before the goal), the player can issue a second change instruction regarding the carrying of the rearing horse based on the previous contents of the race. It becomes like this. For example, when the race is at a high pace, selecting “Attract” makes it possible to reduce the pace of the horse. At this time, selectable instructions are displayed in a list as shown in FIG. 19, and the player selects a desired instruction by touching it with a finger. The time that the instruction can be selected is until a predetermined distance (400 m before the goal) is reached. If not selected so far, the jockey of the rearing horse will follow the instruction issued so far. become. In addition, even if it is based on the race carrying change instruction, when it is very appropriate or when it is extremely inappropriate, a cut-in display is made on the screen as described above.

  When the race is completed, the addition value of each “physical parameter” based on the race is displayed on the screen together with the race result, and the size and color of the object of each “physical parameter” value are added to the addition. It depends on. Further, the color change amount of the indicator of each “mental parameter” also changes. In addition, “skills” newly acquired in the race are also displayed. This ends the week. After that, while repeating the training phase → stable phase → race phase, the player enjoys growing his own horse to make it a strong horse.

FIG. 1A is a diagram showing the mutual relationship between various parameters (“mental parameters”, “physical parameters”, and “skills”) in the best mode. FIG. 1B shows the relationship between experience parameters and skills. FIG. 2 is a block diagram of components in the best mode. FIG. 3 is a main flowchart in the best mode. FIG. 4 is a flowchart showing processing in the training phase of the best mode. FIG. 5 is a screen for confirming with the player whether or not to train in the training phase of the best mode. FIG. 6 is a screen when confirming the content of training with the player in the training phase of the best mode. FIG. 7 is a screen when performing the follow-up training in the training phase of the best mode. FIG. 8 is a flowchart showing the processing in the stable phase 1 (care) of the best mode. FIG. 9 is a screen when confirming the content of care to the player in the stable phase 1 (care) of the best mode. FIG. 10 is a screen when the breeding horse is washed with a shower in the stable phase 1 (care) of the best mode. FIG. 11 is a flowchart showing the processing in the stable phase 2 (food) of the best mode. FIG. 12 is a screen when confirming with a player the presence and type of food in stable phase 2 (food) of the best mode. FIG. 13 is a screen when feeding food (apples) in stable phase 2 (food) of the best mode. FIG. 14 is a flowchart showing the race registration process of the best mode. FIG. 15 is a screen (program guide) used when confirming with the player a race desired to be registered in the race registration process of the best mode. FIG. 16 is a flowchart showing processing in the race phase of the best mode. FIG. 17 is a screen when the player confirms the race carrying of the race before the race in the race phase of the best mode. FIG. 18 is a screen (first timing) when the player confirms the race carrying of the race after the race in the race phase of the best mode. FIG. 19 shows a screen (second timing) when the player confirms the race carrying of the race after the race in the race phase of the best mode. FIG. 20 is a cut-in display screen indicating that the instruction is appropriate when an instruction to carry the race is given after the race in the race phase of the best mode. FIG. 21 is a cut-in display screen indicating that the instruction is inappropriate when an instruction for carrying the race is given after the race in the race phase of the best mode. FIG. 22 is a flowchart showing the physical parameter display processing of the best mode. FIG. 23 is a flowchart showing the mental parameter display process of the best mode.

Explanation of symbols

1 Main Control Unit 2 Touch Panel Display 3 Display Control Unit 4 Acoustic Display Unit 5 Player Data Management Unit 6 Card Reader 7 Other Horse Data Management Unit 8 Communication Control Unit

Claims (4)

A plurality of horses including a breeding horse of a player can participate, a race phase in which a horse racing race is performed based on one or a plurality of parameter values respectively held by the plurality of horses, and the breeding horse for the horse racing race In a horse racing game system including a training phase that trains and varies at least one of the one or more parameter values,
The one or more parameters other than the one or more parameters that influence the race result and / or the race content in the race phase are past race results and / or the race content and / or the race phase in the race phase. A horse racing game system, which is an experience parameter given based on past training results in a training phase.   The horse racing game system according to claim 1, further comprising a stable phase that takes care of a horse for the horse racing and varies at least one of the one or more parameter values.   The horse racing game system according to claim 1 or 2, wherein the one or more parameter values are parameter values related to a physical ability and / or a mental state of a horse.   In the race phase, during the race, one or a plurality of race carrying-related instruction candidates related to the race carrying of the breeding horse including the experience parameter are displayed, and the selection is performed when the player selects the experience parameter The horse racing game system according to any one of claims 1 to 3, wherein the result of the race can be different as compared with a case where the race is not performed.