TW201819015A - Digital entertainment system capable of improving fairness among users by maintaining a certain number of unknown combinations - Google Patents

Abstract

The present invention provides a digital entertainment system and an interactive method thereof. The method includes the steps of receiving requests of 2 to 6 users; providing the users with 6 to 9 non-repeated combinations, respectively; dividing the users according to the combinations respectively owned by each user into a first sorting group, a second sorting group and a third sorting group; obtaining a plurality of basic scores respectively based on the combinations respectively owned by the users, the first sorting group, the second sorting group, and the third sorting group; and calculating the basic scores separately owned by each first user and converting the same into comparison scores; and ranking the users based on the comparison scores. The present invention can maintain a certain number of unknown combinations to improve fairness among the users, and generate various comparison scores through calculation of the basic scores according to predetermined rules, so as to improve entertaining effects.

Description

   Digital entertainment system and its interactive method   

The invention relates to a digital entertainment system, in particular to a digital entertainment system and an interactive method thereof.

Any form of entertainment involves numbers directly or indirectly. Numbers can not only rank participants, but also intersperse colorful changes to increase interest. Especially when modern entertainment combines advanced computing systems, it presents a more complex form.

Everyone familiar with stepping on landmines can randomly generate at least one negative value (mine) in the 10 * 10 coordinate matrix. When a player enters a specific coordinate value as a negative value and touches a mine by mistake, the player's score will be based on Negative values are calculated to get 0 points. Similarly, playing cards can also be composed of each other through a pair of numbers. One number represents the value, ranging from 01 to 13 to represent Ace to K, and the other number represents the suit, ranging from 1 to 4. By representing cubes, plum blossoms, hearts, and spades, a certain number is assigned to players without repeating a pair of numbers, and the ever-changing poker game can be started.

Although most digital entertainment systems are entered by the user after entering any value, the back-end system or remote server performs calculations according to a predetermined code and presents it to the user. However, during the input of numbers, the calculation process The number displayed to the user and the value of the presented result, once overly exposed, will cause the user to crack the logic after deciphering, thereby reducing the fairness among the users during the entertainment process.

In view of this, the present invention proposes a digital entertainment system and its interactive method to effectively overcome these problems in view of the lack of the foregoing prior art.

The main purpose of the present invention is to provide a digital entertainment system and an interactive method thereof, which control the number of first users and the number of combinations allocated to each first user to maintain unknown combinations to a certain number, thereby reducing the first The user has doubts about fairness decline during the interaction process; and compares or calculates the combinations owned by the first user and the plural basic points corresponding to the sorted groups according to preset rules, thereby increasing entertainment Richness in the process.

Another object of the present invention is to provide a combination that has a higher priority than other combinations and has a size difference between them, thereby improving the interest in the interaction process.

Another object of the present invention is to provide a first user to input a value, which is adjusted to obtain a completely new value according to the comparison points, thereby improving the interest in the interactive process.

Another object of the present invention is to provide a second user or a third user to input at least one second input value for at least one first user, respectively, and adjust the comparison points or the first output value according to the first user. After that, a second output value is obtained to improve the fun in the interaction process.

In order to achieve the above object, the present invention provides a digital entertainment system. The input unit accepts requests from 2 to 6 first users, and the random number unit signals are connected to the input unit to generate 6 to 9 unique and independent requests for each request. The combination of the first numbered group and the second numbered group, and the number of combinations corresponding to each request is the same. The sorting unit of the signal connection random number unit is divided into a first sorting group, a second sorting group, and After the third sorting group, the database is connected by at least one comparison unit to compare the combinations of the first users, the first sorting group, the second sorting group, and the third sorting group, so as to obtain basic points and calculate The module signal connection comparison unit is used for interactive calculation between all first users based on their respective basic points, thereby obtaining one comparison point respectively.

The present invention further provides an interactive method applied to a digital entertainment system, including the steps of receiving two to six first user requests, and providing each first user with six to nine unique combinations. These combinations are provided by the first A numbered group and a second numbered group, and the number of combinations assigned to these first users are the same. The first owned group, the second ranked group, and the third ranked are divided into the combinations owned by the first users. Group, wherein at least one combination in the second sorting group is larger than at least one combination in the first sorting group, and at least one combination in the third sorting group is larger than at least one combination in the second numbering group, and according to the first user The combination, the first sorting group, the second sorting group, and the third sorting group, respectively, obtain a plurality of basic points, and then according to a preset rule, the basic points respectively owned by the first user are converted to obtain comparison points, and finally These first users are ranked based on these matching points.

In one embodiment, the first numbered group is between 1 and 14 and the second numbered group is at least two.

In one embodiment, the first input value of the first user is received, and the comparison points of at least one first user are multiplied with the first input value of the same first user to obtain the first output value.

In an embodiment, the step of receiving the first user further includes a request corresponding to each first user, generating a preset value, at least one set of second input values, and a corresponding second input value without Repeated unit value, the second input value is a positive input value and a negative input value, which respectively provide at least one second user and at least one third user input, and according to the preset value and the negative input Value, adjust the upper limit of the forward input value.

In one embodiment, the steps are performed on an application.

Detailed descriptions are provided below through specific embodiments, so as to understand the purpose, technical content, and effects of the digital entertainment system and the interactive method provided by the present invention.

10‧‧‧user device

20‧‧‧Server

200‧‧‧ input unit

210‧‧‧Generation unit

220‧‧‧ Random number unit

230‧‧‧Sorting Units

240‧‧‧ Matching Unit

250‧‧‧Database

260‧‧‧ Computing Module

270‧‧‧cumulative unit

280‧‧‧output unit

The first figure is a structural diagram of a main embodiment of the digital entertainment system of the present invention.

The second figure is a block diagram of a main embodiment of the digital entertainment system of the present invention.

The third figure is a flowchart of a main embodiment of an interactive method applied to a digital entertainment system according to the present invention.

The third figure is a flowchart of the second embodiment of the interactive method applied to the digital entertainment system of the present invention.

The fifth figure is a flowchart of a specific embodiment of an interactive method applied to a digital entertainment system according to the present invention.

Next, the main embodiment of the digital entertainment system will be described. Please refer to the first figure and the second figure.

As shown in the first figure, the user device 10 is an electronic device with a connection or signal transmission function, such as a mobile phone or a personal computer. The server 20 is a device that provides user services remotely. The user device 10 can be accessed through an application program. The signal is connected to the server 20 for data access and numerical input and feedback.

For the system block diagram of the server 20, please refer to the second figure. The second figure is a block diagram of the digital entertainment system of the present invention, which discloses the input unit 200, the random number unit 220, and the sorting unit 230 which are connected to the signal generating unit 210 mutually. , The comparison unit 240, the database 250, the arithmetic module 260, the accumulation unit 280, and the output unit 270, wherein the input unit 200 accepts a plurality of first user requests from the user device 10 and the first input of each first user Signal, the generating unit 210 is connected to the input unit 200. When any input from the first user appears in the input unit 200, the generating unit 210 will generate a corresponding preset value and at least one set of second input values accordingly. The input values are respectively a positive input value for at least one second user input and a negative input value for at least one third user input, and the second input values of different groups correspond to unique unit values. After the aforementioned positive input value and negative input value are generated, at least one second user or at least one third user can be set via the input unit 200. At this time, the input unit 200 transmits the positive input value and the negative input value. The input value is sent to the generating unit 210, and the generating unit adjusts the upper limit of the positive input value input by the second user according to the preset value and the negative input value input by the third user.

The random number unit 220, after receiving requests from a plurality of first users, randomly generates different combinations based on the number of the first users, and then transmits them to the sorting unit 230 for sorting, where the combination is composed of the first number group and The second numbering group is composed of the first numbering group and the second numbering group are arbitrary numerical intervals, such as 0 to 1000, the sorting unit 230 sorts all the combinations of each first user, which is ranked first The sorting group, the second sorting group, and the third sorting group. It should be noted that the meaning of the sorting group is classification, not at least two. Specifically, the first sorting group can be only one and the second sorting. The group may be two or three, and the number of the sorting unit 230 may be configured according to the number of first users.

The comparison unit 240 is connected to the sorting unit 230 and performs data access with the database 250. Specifically, the comparison unit 240 is a combination of the first user of the sorting unit 230 before the sorting and the sorting of the first user after the sorting. The first sorting group, the second sorting group, and the third sorting group are compared with the database 250 to search whether there is corresponding sorting data. When there is a matching sorting data, the basic score corresponding to the sorting data is obtained. If the data matches, another basic point preset by the system is obtained. In addition, when there are multiple sorting units 230, the number of comparison units 240 can also be adjusted. Finally, the signal is connected to the operation module 260 of the comparison unit 240. Calculate or compare all the basic points between the first users, and obtain the comparison points of the first users, and then return them to the first users through the output unit 270.

Preferably, the digital entertainment system of the present invention further includes an accumulating unit 280 that transmits information to and from the output unit 270. The accumulating unit 280 can accumulate a preset ratio according to a multiplication product of the first input value and the comparison points, thereby accumulating To obtain the cumulative value, the preset ratio can be at least 1% or less than 1%. During the comparison between the comparison unit 240 and the database 250, when at least one combination held by the first user satisfies the If conditions are set, the accumulation unit 280 transmits the accumulated value to the first user who meets the preset condition via the output unit 270.

The following describes the interactive method applied to the aforementioned digital entertainment system, please refer to the third figure.

As shown in step S30, two to six first user requests are received. Preferably, each first user can enter a first input value at this time.

As shown in step S31, in order to increase the interest between other non-first users, a second input value for setting a second user and a third user may be provided. Specifically, in accepting any first use, When the user requests, a preset value corresponding to the first user and at least one set of second input values are generated. The preset value is an arbitrary value set by the system, such as 10 or 100; the second input values are respectively positive. Input value and negative input value. Any one of the first users can only choose one of positive input value or negative input value. Preferably, each group of second input values corresponds to a unique unit value. For example, the unit value corresponding to the first group of second input values is 100, the unit value corresponding to the second group of second input values is 200, the unit value corresponding to the third group of second input values is 300, and so on .

The forward input value generated by each first user can be set by at least one second user. The upper limit of each forward input value is a preset value, and the number of each forward input value can be a second Users individually set or the sum of values set for all second users; similarly, according to the negative input value generated by each first user, it can be set by at least one third user. The upper limits are all preset values, and the number of each negative input value may be the sum of the values set by the third user individually or all third users.

It should be noted that when the negative input value of any one first user is set by any third user, the upper limit corresponding to the positive input value of the same first user will be based on the preset value And the sum of the negative input values is adjusted. In short, when a third user inputs a negative input value, the second user can set a higher value with the corresponding positive input value.

As shown in step S32, in order to avoid a comparison between a part of the first users who are familiar with the combinations held by each of the first users, and then use the combination held by other first users to deduced, resulting in an interactive experience. The fairness letter in the network has dropped. This step provides 6 to 9 unique combinations for the number of first users. These combinations are composed of the first numbered group and the second numbered group. For example, a combination of 014 represents The first number group is 01 and the second number group is 4. Each first user is assigned the same number of combinations. For example, 6 users are assigned 7 combinations respectively, so that 42 combinations are generated. However, The first numbered group can be 01 to 99, and the second numbered group can be 1 to 9, so there are still many unknown combinations that have not yet been generated. Preferably, the first numbered group is between 01 to 14, and the second numbered group Greater than or equal to 2, in detail, the range of the combinable combination is reduced from the smallest 011 to the largest 142 through the range limitation of the first number group and the second number group.

As shown in step S33, the combination owned by each first user is distinguished into a plurality of sorting groups, and there is a size difference between different sorting groups. Specifically, at least one combination in the second sorting group is larger than the first sorting group. At least one combination in a sorting group, the size of the combination is judged by the first number group and the second number group, for example, if the user holds a combination of 021, 022, 023, 024, 031, 032, 033, when the first sorting group is 024, the second sorting group cannot be 021, 022, 023, because at least one combination in the second sorting group needs to be larger than the first sorting group, the same, when The first sorting group is 023, and the second sorting group is 021, 022, 024. Then, 024 in the second sorting group is greater than 023 in the first sorting group.

As shown in step S34, any combination of each first user, the first sorting group, the second sorting group, and the third sorting group correspond to a specific score. For example, when the second sorting group is 021, 022, 023, their basic points are 3 points; if they are 023, 033, 043, their basic points are 2 points; and if they do not meet the above-mentioned ranking combination, they will always correspond to 0 points, and each user will get at least in this step Four basic points.

As shown in step S35, there are three steps S351, S353, and S354 in S35. These steps may be performed either singly or in combination.

First, step S351 will be described. Each first user can calculate the basic points obtained by all combinations of each other, and the calculation process can be only an addition and subtraction formula. For example, two first users obtain 3 points, 2 points, the difference between the two basic points is 1 point, the first user with higher basic points gets 1 point, and the first user with lower basic points gets -1 point, where each first user has The basic points obtained for all combinations owned are obtained when at least one specific combination is satisfied, and the specific combination includes at least four unique combinations. In detail, when the combination of the first user is 061, 062, respectively 063, 064, 071, 081, 091, the specific combination can be 061, 062, 063, 064 and three arbitrary combinations. At this time, the first user who meets the specific combination can get basic points based on this, and each special combination Can be composed of different combinations, and each corresponds to a basic point.

Step S352 is followed by step S351. It is optional. Each first user performs a size comparison to obtain comparison points according to all the combinations and basic points that the first user has. In detail, among different first users, If the basic points of all combinations are the same, the comparison result is obtained by the size of the combination, so that each first user can obtain comparison points.

Next, step S353 is explained. Each first user performs interactive calculation on the corresponding ranking group. For example, the calculation of the basic points of the first ranking group corresponds to the basic points of the first ranking group of other first users. Proceed in the same way for the second sorting group and the third sorting group. Each of the first sorting group, the second sorting group, and the third sorting group owned by each first user has their respective basic points obtained when at least one specific combination is satisfied in step S34. For example, when The first sorting group is only one combination, and the combination is any one of 131 to 134, you will get a basic point, and if the first sorting group is only one combination, and the combination is any one of 141 to 142, you will get another one. Basic points, and so on.

Next, step S354 is described. The difference between this step and S353 is that this step is the basic points of the corresponding sorting group between each first user, and the size is judged to obtain the comparison results. In detail, by comparing the basic points corresponding to the respective first sorting group, second sorting group, and third sorting group between each first user, a comparison result of large or small has been obtained since. The points are the same and the size cannot be judged, then the size of the combination is further compared, whereby each first user obtains three comparison results relative to other first users, for example, the first The two sorted groups are compared. The combination of the first and second sorted groups is 011, 021, and 031, corresponding to 3 points, and the combination of the second and second sorted groups are 041, 051, and 061, respectively. It is also 3 points, because the basic points corresponding to the two second sorting groups are the same, so the size cannot be compared, so the size of the combination is compared. Therefore, the combination of the second second sorting group includes 041 and 051. If any of 061 is greater than 031 of the first second sort group, then the first first user gets a small comparison, and the second first user gets a large comparison result. Preferably, when the comparison result is The larger one is judged as 1 point If the comparison result is small, it is judged to obtain -1 points. The three comparison results of each first user relative to other first users can be converted and compared through the total system. For example, if the The comparison results of the other first user are respectively large, large, and small, then + 1 + 1-1, and the comparison points obtained are 1 point.

Next, as shown in step S355, it is a selective step following step S354. In this step, the plural comparison results obtained by each first user with respect to other first users are determined in step S354. For the same, adjust the comparison points of the first user based on the total number of first users. For example, if there are two first users, The comparison results are all large, then the comparison points are adjusted, and the adjustment formula can be the product of the comparison points and the total number of first users minus one.

As shown in step S36, the comparison points obtained by each first user in any step or all steps in S35 are settled, and all users are ranked accordingly. The comparison points can be aggregated, but not based on This is limited.

As shown in step S37, the comparison points of each first user and their first input values are calculated to obtain the first output value of each first user. The calculation may be multiplication or addition.

As shown in step S38, according to the positive input value input by each second user and the negative input value input by each third user, the unit value corresponding to the corresponding positive input value or the negative input value, and the corresponding first Comparison points or first output values owned by a user, whereby each second user and each third user obtain a second output value, for example, a first output value of a first user (-) 100, then the second user corresponding to its first user, enter 2 in the positive input value corresponding to the unit value of 100, and the second output value obtained by the second user is 2 * 100 * (-) 100 and -20000.

As shown in step S39, in order to improve the fun of the interactive process, the interactive method of the digital entertainment system of the present invention further provides a cumulative system for the first user to obtain the cumulative value, and the cumulative value can be continuously obtained by the first user. The output value, or the second output value of the second user, is extracted according to a preset ratio. The preset ratio can be at least 1%. When all combinations of the first user meet the preset conditions, for example, the first use The owner has a combination of 141 to 144, or any one of 061 to 064 and 141 to 144, and the accumulated value is passed to the first user who meets the preset conditions.

Next, the second embodiment of the fourth figure is described, which discloses another interactive method applied to the digital entertainment system. The difference from the main embodiment is to provide a different calculation process of the comparison points, so the same steps are not repeated. .

As shown in step S40, when receiving the first user's request and the first input value, the first user's feedback value can be received. The feedback value can be preset to 0 or set by the first user.

As shown in step S41, when 6 to 9 combinations of each first user are allocated, the arrangement order is determined by comparing the feedback values input by each first user. For example, when the feedback values of all first users are If both are 0, the first order of allocation will be determined according to the historical points of each first user. If there is no historical points, the system will follow the preset order. If the feedback value is not 0, the highest self-return value will be the first. The user configures it. In more detail, the aforementioned feedback value is not 0. It may be the value entered by the first user in S30. When at least one first user inputs the feedback value, the maximum or The arrangement of the smallest is performed in combination. If the feedback value input by the first user is the same, the first user who inputs the feedback value is the first user.

The order of the preceding paragraph may be the first number group randomly selected from the combinations allocated to all first users, and according to the value of the first number group, the number is counted in the order of the plurality of first users until the counting ends. The configuration is started by the first user in the current order. Preferably, the first numbering group is limited to any value of 01 to 13. When the randomly selected first numbering group is 14, the previous order, the next order, or a random selection can be selected, and the selection is performed again until Appears as any value between 01 and 13.

Steps S42 to S43 are respectively the same as steps S33 and S34 of the main embodiment.

Next, step S44 will be described. When any combination of the first users includes at least four identical specific first number groups, comparison points will be obtained. Among them, the first number group of 14 can be regarded as the first number group. From 01 to 13, the first user who obtains the comparison points may be the one with the highest or lowest feedback value among all the first users in step S41. The special first number group is also the first number group randomly selected in step S41. . For example, the special first number group is 04, and when the combination of the first user with the highest feedback value is 041, 042, 043, 044, 051, 061, 141, because there are four combinations of The first numbered group is all 04, and one of the first numbered group is 14, which means that it contains five first numbered groups that are the same as 04. At this time, specific comparison points are obtained based on the same number of combinations. Therefore, Depending on the same number, different comparison points can be obtained.

Step S45 is the same as step S36 of the main embodiment.

Step S46 reveals that when the first input value of each first user is calculated and output to the first user, its basic points or comparison points are output as the first user's next set feedback in step S40. value.

Finally, please refer to the fifth figure, which is a flowchart of a specific embodiment of the present invention. The digital entertainment system disclosed by the present invention can be implemented in any entertainment game formed by two numbered groups. In order to better understand the present invention, For the technical characteristics, a game using poker cards is referred to herein as the "seven flowers", which will be described in detail as an example. However, other similar examples are mentioned in the description process, so this should not be used as limit.

As shown in step S50, the player or spectator can choose a flower arrangement room or a flower arrangement room to make a bet before the game starts. Among them, the flower arrangement room and the flower arrangement room can be further divided into good luck rooms and investment rooms, so the type can be flower arrangement investment rooms. , Flower arrangement good luck room, flower receiving investment room and flower receiving good luck room.

Specifically, the flower arrangement investment house can be used to buy and win different units for specific players, the flower arrangement investment house can be used to buy and lose bets for different units, and the flower arrangement good luck house can be used to buy fixed units for specific players. Winning the bet, the flower accepting good luck room can be used to buy or lose a fixed unit for a specific player. When betting in the flower arrangement good luck room or the flower accepting good room, it can be restricted to betting for a single player only.

As shown in step S51, when the player is between 2 and 6, the system will randomly issue 6 to 9 unique cards of the player, and each player has the same number of cards. If the player has only 1 player, then no cards will be dealt and Continue to wait for other players to join, until the system judges that the player is between 2 and 6 and keeps playing for a period of time, and then starts to issue playing cards. Each player's assigned cards are unique to each other. A total of 7 cards are dealt by each player. In addition to the normal cards, they also include a set of wild cards. All cards can be placed in the first number group from 01 to 14, and the second number group of any value greater than or equal to 2. The assembly, of which there are 52 general cards, can be obtained from the first number group 01 to 13 in combination with the second number group 1 to 4, the number of wild cards can be at least two, namely wild card A, wild card The wild cards are obtained from the second number group whose first number group is 14 and the second number group is at least 2. Therefore, in this embodiment, at least 54 cards can be obtained. Specifically, the general cards 2, 3, 4,5,6,7,8,9,10, J, Q, K, A, corresponding to 01 to 13 of the first number group, through 1 to 4 The second number group in the interval is used to distinguish squares, plums, hearts, and spades. Wild cards are distinguished by the size of the second number group. For example, the general cards of plum 3, spades 2, and squares. K is 022, 014, and 121, while wild card B and wild card A are 142 and 141, respectively. Among them, the general cards are all smaller than the wild cards, because the general cards are between 011 and 134, and the wild cards The cards are between 141 and 142, and there are different priorities in the wild cards. Among them, the wild card B (142) is greater than the wild card A (141). In summary, by the first number group General cards and wild cards formed with the second number group can form at least 54 cards in this card group.

As shown in step S52, each player's cards are divided into the first pier, the middle pier, and the tail pier. At least one card in the middle pier should be larger than the card in the first pier, and the tail pier also has at least one card larger than the card in the middle pier. For example, if the middle pier is spades J, spades Q, and spades K, the first pier cannot be larger than the three cards of the previous three cards. Similarly, the tail pier should contain at least one wild card. Cards that are larger than the middle pier, where the first pier, middle pier, and tail pier can be 1, 3, and 3 cards respectively, but in other similar examples, in accordance with the difference in the number of cards dealt in step S41, the first pier, the middle pier, and The tail pier can also be 1, 2, 3, or 1, 3, 4, or even 1, 4, or 4 cards.

As shown in step S53, the player's respective decks, the first deck, the middle deck, the tail deck, etc. will obtain their basic points according to the card type, suit, and size of the card. , Specifically, the basic points obtained by the deck are obtained after a comparison of all the decks held by the player. For example, when the deck held by the player contains four identical cards (iron ), The basic points are 1 point; if the seven cards are of the same suit (7 flush), the basic points are 2 points; if there are four 5 (5 iron branches), the basic points are 3 Points; if there are four 6 (6 irons), the basic points are 5 points; if they contain the same suit and the number is consecutive (one color and one dragon), the basic points are 7 points; if there are four 7 (7 irons) ), The basic points are 8 points; if there are four 7 and three wild cards (positive 7 iron), the basic points are 9 points.

In addition, the decks of the first, middle, and tail pier also correspond to different basic points. For example, when the first pier is any wild card, the basic points are 2 points; the first pier is any card. Ace, the basic points are 1 point; if the first pier does not have the above card, the basic points are 0 points; if the middle pier is three cards of the same board (three pieces), the basic points are 6 points; if the middle pier is a continuous card But if the maximum does not exceed K (flush straight), the basic points are 10 points; if the middle pier is continuous and the minimum does not exceed Q (flush straight), the basic points are 14 points; if there is no such deck, The basic points are 0 points; if the tail pier is three cards of the same type (three), the basic points are 3 points; if the tail pier is a continuous card but does not exceed K (flush), the basic points are 5 points; If the tail pier is a continuous board and the minimum does not exceed Q (flush flush), the basic point is 7 points; if the tail pier does not have the above card group, the basic point is 0 points; and so on but not as a limitation .

Step S54 reveals four types of points calculation steps, S541, S542, S543, and S545. The point calculation step can be one or more.

First, step S541 will be explained. This is a special bonus system, which means that players subtract the basic points corresponding to their seven cards to obtain comparison points respectively. For example, when player A holds a deck of cards The corresponding basic points are 9 points, player B's basic points are 7 points, and player C's basic points are 3 points. Then player A can calculate 9-7 = +2 points relative to player B. Conversely, player B Compared to player A, they only get -2 points; in addition, player A gets 9-3 = +6 points, player C gets -6 points, and so on.

Preferably, players can also compare the basic points corresponding to their seven cards to obtain comparison points. When the comparison of basic points is equal, then the card or suit is further compared to determine the size. The comparison is large. The party of can directly get basic points for comparison points.

Next, step S542 will be described. This is a big card system, which means that players calculate their head pier, middle pier, and tail pier respectively. For example, when player A holds any wild card in the first pier, player B Hold Spades 2, Player A gets +2 points, and Player B gets -2 points, but not limited to the previous example. If Player A holds any wild card and Player C holds Ace, the player A still gets +2 points, and player C gets -2 points, but between player B and player C, player B gets -1 point, and player C gets +1 point

Next, step S543 will be described. This is a positive and negative points system, which refers to the comparison of the size of each of the basic points of the first pier, the middle pier, and the tail pier between the players. When the card type comparison results are the same, the cards are compared. Face, if they are still the same, compare their suits. For example, when the two players' middle piers are all flushes with a basic score of 10, player A is spades J, spades Q, spades K, and player B is love J, Love Q and Love K are compared to their card sizes, but their card size comparison results are still the same, then their suit sizes are compared, so the comparison result is that player A is greater than player B, and player A can get +1 points, Player B gets -1, and so on.

As shown in step S544, this is an optional step after judging the shooting / home run. After step S543, in this step, when there are only two players in the match, and the match result of one of the three players is all Greater than another player, at this time, the match points are 3 points, and the match points are adjusted to twice. Therefore, the party with the larger comparison result obtains 6 points, and the party with the smaller comparison result obtains -6 points. This is called shooting; if there are at least three players in S543, and one of them has a three-match comparison result that is greater than the other two players, the comparison points will be adjusted from three points to three times, so the comparison result The larger one scored a total of 9 points, and the other players with smaller comparison results scored -9 points respectively. This is called a home run, and the multiples are adjusted by analogy.

As shown in step S55, in order to calculate the above steps S541 to S545, each player obtains the game points respectively, and the calculation process can be based on the total system.

As shown in step S56, the player obtains a bonus after multiplying the comparison points obtained by him with the bet amount.

As shown in step S57, according to the comparison points in the competition, players are divided into winners and losers, and when the winner is the player in the flower arrangement good luck room or the audience buys the winning object, the system will send to the player Or the audience bonus, the bonus is the same as the bonus obtained in the match according to the bet object; similarly, when the loser is the player in the lucky luck room or the audience buys the loser, the system will send the Player or spectator bonus, the bonus is equal to the bonus obtained in the session according to the bet object. For example, when the player or spectator bets 2 tickets of A player in the flower arrangement good luck room, and the A player's If the match point is the highest, the bonus obtained by the player or spectator is the bonus of player A * 2; and when the player or spectator bets B player 3 tickets in the flower receiving good luck room, the player's match points are not At the highest level, the bonus lost by that player or spectator is B player's deposit * 3.

As shown in step S58, when the player wins the competition and successfully obtains the bonus through betting, the bonus is invested into Longchi according to a preset ratio to accumulate the accumulated funds. In addition, when the flower arrangement investment room, flower arrangement investment room, In the flower arrangement good luck room and flower arrangement good luck room, any player gets a bonus in the bet, and the bonus is also invested in Longchi according to a preset ratio to increase the cumulative gold. The preset ratio can be at least 1%, or less than 1%. In a round event, if a player who participates in the event has a set of cards that meets the preset conditions, the player will receive accumulated gold. The preset conditions can be to hold four suits of 7 and three wild cards at the same time. Support), or hold four wild cards at the same time.

Preferably, the bet in step S50 of this specific embodiment may also refer to the system of robbing players between players. When a player joins an event, it is determined by the corresponding feedback value of each player. The decision method may be based on the feedback. The value comparison, specifically, the initial feedback value can be preset to 0, and the size comparison is performed by betting a random amount of 1-5. When the betting amount is all 0, the player in this game is selected in the previous game. In the event, the player with the highest score at the tail pier, if there is no highest score, the first dealer will be preset. When the bet amount is not 0, the person with the highest bet amount will be used. When the bet amount is the largest and at least the two are the same , The player is determined by the betting speed.

The player determined by the size of the feedback value in the previous section can be the first order of the cards in step S52. For example, if 5 players each issue 7 cards for a total of 35 cards, the system randomly selects one card from 1 to 35. Display the card, and start counting according to the larger feedback value. The counted value is a randomly selected card face. When the count ends, the cards will be dealt in the current user order. When the selected card is a wild card, then You can pick again on the next or previous or random card until a normal card appears.

The card selected in the previous paragraph is called the door opener in step S545. When the card group held by the player with the largest reward value contains more than four cards randomly selected in step S51, the game points will be obtained. If the player holds a wild card, it can be regarded as a randomly selected card. Depending on the number of cards, different game points can be obtained. If 4 cards are included, +1 points will be obtained, and 5 points will be +3 points. +10 points for 6 cards and +30 points for 7 cards.

In summary of the above descriptions of the main embodiments and specific embodiments, the digital entertainment system and the interactive method provided by the present invention are characterized by the number of users and the number of combinations allocated to users to avoid combinations due to interaction. Uncovering concerns about fairness reduction due to excessive disclosure; limiting the numerical range of the number of combinations to increase the interest in user interaction; and generating a preset value and a set of second input values for each user, allowing more use Participants participate by setting a second input value.

Claims (23)

    An interactive method applied to a digital entertainment system includes the following steps: receiving requests from 2 to 6 first users; assigning 6 to 9 unique combinations to each of the first users, each of which consists of The first number group and the second number group are composed, wherein the number of the combinations allocated by the first users are the same; the first sort group is divided into the combinations owned by the first users. , A second sorting group, and a third sorting group, wherein at least one of the combinations in the second sorting group is larger than at least one of the combinations in the first sorting group, and at least one of the combinations in the third sorting group is larger than the second numbering group Obtain at least one of the combinations; based on the combinations owned by each of the first users and the first sorting group, the second sorting group, and the third sorting group, respectively, to obtain complex basic points; calculate Each of the basic points owned by each first user is used for conversion to obtain comparison points; and the first users are ranked according to the comparison points.         The interactive method applied to a digital entertainment system as described in claim 1, wherein the first number group is between 1 and 14, and the second number group is at least two.         The interactive method applied to a digital entertainment system as described in claim 2, wherein the basic points of the combinations owned by the first users are obtained when at least one specific combination is satisfied, wherein the specific combination includes at least Four of these combinations.         The interactive method applied to a digital entertainment system as described in claim 3, wherein in the step of calculating the basic points, the combinations of the first users and their basic points are compared to obtain the comparison points.         The interactive method applied to a digital entertainment system as described in claim 2, wherein in the step of calculating the basic points, in order to calculate the basic points, the basic points, the The basic points of the second sorted groups and the basic points of the third sorted groups.         The interactive method applied to a digital entertainment system as described in claim 2, wherein in the step of calculating the basic points, the first ranking group and the second ranking group respectively owned by the first users are compared respectively. And the third sorting group to obtain a plurality of comparison results. When any one of the comparison results is the same, the first number group and the second number group are sequentially compared, and the comparison points are obtained according to the comparison results. .         The interactive method applied to a digital entertainment system as described in claim 5, wherein the comparison results of any one of the first users are the same, and the comparison results are adjusted to be the same according to the number of the first users. The comparison points of the first user.         The interactive method applied to a digital entertainment system as described in claim 2, wherein the step of receiving the request of the first users further includes receiving and comparing the feedback values of the first users to determine the allocation The order of these combinations.         The interactive method applied to the digital entertainment system as described in claim 8, wherein when the feedback values of the first users are the same, it can be determined according to the historical points of the first users.         The interactive method applied to a digital entertainment system as described in claim 9, wherein in the step of calculating the basic points, when any one of the combinations of the first user includes at least four specific the first Number group, the comparison point is obtained, wherein the first user who obtains the comparison point is the largest or smallest of the feedback values of the first users, and the first number group is specified Is randomly selected from the combinations of the first users.         The interactive method applied to a digital entertainment system as described in claim 1, wherein the step of receiving the request of the first users further includes receiving first input values of the first users respectively.         The interactive method applied to a digital entertainment system according to claim 11, wherein after the step of obtaining the comparison points, the method further includes performing at least one of the comparison points of the first user and the first input value. Product to get the first output value.         The interactive method applied to a digital entertainment system as described in claim 12, wherein when the step of receiving the request of the first users further includes the request corresponding to each of the first users, a preset is generated Value, at least one set of second input values, and a pair of non-repeating unit values corresponding to the second input values. The second input values are a positive input value and a negative input value, where the positive input value And the negative input value is to provide at least one second user and at least one third user input respectively; and the upper limit of the positive input value is adjusted according to the preset value and the negative input value.         The interactive method applied to a digital entertainment system as described in claim 13, wherein after the step of obtaining the comparison points, the method further includes according to the first output value or the comparison points of each first user, Calculate the second input value corresponding to each of the first users to obtain second output values of the second user and the third user, respectively.         The interactive method applied to a digital entertainment system according to claim 11 or 14, wherein after the step of obtaining the first output value or the second output value, the method further includes the first output value or the second output value. At least 1% is extracted to obtain a cumulative value; when the combinations of at least one of the first users meet a preset condition, the cumulative value is returned to the first user who meets the preset condition.         The interactive method applied to a digital entertainment system as described in claim 1, wherein the steps are performed on an application.         A digital entertainment system includes: an input unit for receiving requests from 2 to 6 first users; a random number unit for signals connected to the input unit for configuring each of the first users 6 to 9 Non-repeating combinations, wherein the combination is composed of a first number group and a second number group, and each of the combinations held by the first user is the same number; at least one sorting unit, the signal is connected to the Random number unit for distinguishing each combination of the first user into a first sorting group, a second sorting group, and a third sorting group, wherein at least one of the combinations in the second sorting group is greater than the first sorting group. At least one of the combinations in the sorting group, at least one of the combinations in the third sorting group is greater than at least one of the combinations in the second numbering group; at least one comparison unit, a signal connecting the sorting units and a database, the database It has a plurality of numbered combinations and basic points corresponding to each of the numbered combinations. The comparison unit is used for according to the combinations of each of the first users, the first sorting group, the second sorting group, and the third After sorting the groups, respectively Obtaining a basic point; and a computing module, the signal is connected to the comparison unit, and is used to interactively calculate the basic points of the first users to obtain a comparison point respectively.         The digital entertainment system according to claim 17, wherein the operation module calculates the basic points of the first ranking groups, the basic points of the second ranking groups, and the The basic scores of the third sorted groups.         The digital entertainment system according to claim 17, further comprising a generating unit having a system value, and the signal is connected to the input unit for generating a preset value and at least one second input for each first user. Value and a pair of non-repeating unit values corresponding to the second input values. The second input values are a positive input value and a negative input value. The generating unit further includes a value for adjusting the positive input value. An upper limit value, the upper limit value is the sum of the system value and the negative input value.         The digital entertainment system according to claim 19, wherein the input unit further includes a first input value for receiving one of the users, the positive input value for at least a second user input, and at least a third input value for the third user. The negative input value entered by the user.         The digital entertainment system according to claim 20, wherein the computing module further includes a calculation of the comparison points and the first input value of each first user to obtain a first output value; Calculate the second input value corresponding to each first user according to the comparison points or the first output value of each first user to obtain the second user and the third use respectively The second output value.         The digital entertainment system described in claim 21 further includes an output unit, and the signal is connected to the computing module to return the first output value corresponding to each of the first users, and is used to separately return The second output value corresponding to each of the second users and the second output value corresponding to each of the third users are passed.         The digital entertainment system according to claim 22, further comprising an accumulation unit for accumulating a preset ratio of the first output value and the second output value to obtain an accumulated value, wherein when at least one of the first The combinations of a user meet a preset condition in the comparison unit, and the accumulated value is passed through the output unit to the first user who meets the preset condition.