TWM540340U - Digital entertainment system - Google Patents

Description

Digital entertainment system

This creation relates to a digital entertainment system, and in particular to a digital entertainment system that controls the number of users and the number of configurations.

Any form of entertainment involves numbers directly or indirectly. Numbers can not only rank participants, but also intertwined with colorful and varied changes to add interest. Especially modern entertainment, after combining advanced computing systems, presents a more complex form.

If you are familiar with the mine, you can randomly generate at least one negative value (mine) in the 10*10 coordinate matrix. When the player enters a specific coordinate value as a negative value and also touches the mine, the player’s score will be Negative values are calculated to get 0 points; similar cards can also be composed of a pair of numbers, one number represents the value, between 01 and 13 to represent Ace to K, and the other number represents the color, between 1 and 4. By representing the box, plum, love, and spades, by assigning a certain amount to the player and not repeating a pair of numbers, you can start a game of ever-changing poker.

Although most digital entertainment systems are typed by the user and entered by the backend system or the remote server according to the established code, they are presented to the user. However, the number is entered and the operation is in progress. The number displayed to the user and the value of the rendered result, once overexposed, will cause the user to hack out the logic and then crack, thereby reducing the fairness between users in the entertainment process.

In view of this, this creation proposes a digital entertainment system to effectively overcome these problems in view of the above-mentioned lack of fairness caused by revealing too much information.

The main purpose of the present invention is to provide a digital entertainment system that maintains an unknown combination by controlling the number of first users and the number of combinations assigned to each first user, thereby reducing the interaction of the first user. The process of generating doubts about the decline in fairness; and, according to a preset rule, comparing or calculating the respective combinations owned by the first user and the plural basic points corresponding to the plurality of sorting groups, thereby adding richness in the entertainment process Sex.

Another object of the present invention is to provide a combination having a higher priority than other combinations and having a size distinction between each other, 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 according to the comparison of the points to obtain a brand new value, thereby improving the interest in the interaction process.

Another object of the present invention is to provide a second user or a third user, respectively inputting at least one second input value for at least one first user, and adjusting according to the first user's comparison score or the first output value. After that, a second output value is respectively obtained, thereby improving the interest in the interaction process.

To achieve the above objective, the present invention provides a digital entertainment system that accepts 2 to 6 requests from a first user by an input unit, and a random number signal to connect an input unit, generating 6 to 9 non-repetitions for each request and a combination of the first number group and the second number group, and the number of combinations corresponding to each request is the same, and 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 comparing unit, and the first user group, the first sorting group, the second sorting group, and the third sorting group are compared to obtain basic points respectively. The module signal connection comparison unit is used for interactive calculation between all the first users according to the respective basic credits, thereby obtaining a comparison score respectively.

In an embodiment, the first number group is between 1 and 14, and the second number group is at least 2.

In an embodiment, the input unit respectively receives the first input value of the first user, and the comparison index of the at least one first user is multiplied with the first input value of the same first user to obtain the first output. value.

In an embodiment, the generating unit generates a preset value, at least one set of second input values, and a corresponding second input value and does not repeat the unit value corresponding to the request of each first user, and the second input value is A forward input value and a negative input value respectively provide at least one second user and at least one third user input, and adjust an upper limit of the positive input value according to the preset value and the negative input value.

The following is a detailed description of specific embodiments to understand the purpose, technical content and the desired effect of the digital entertainment system provided by the present creation.

10‧‧‧User device

20‧‧‧Server

200‧‧‧ input unit

210‧‧‧Generating unit

220‧‧‧ random number unit

230‧‧‧Sorting unit

240‧‧‧ comparison unit

250‧‧‧Database

260‧‧‧ Computing Module

270‧‧‧Output unit

280‧‧ ‧ cumulative unit

The first figure is an architectural 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 flow chart of a specific example of applying the digital entertainment system.

The fourth figure is a flow chart of another specific example of applying the digital entertainment system.

The fifth picture shows the flow chart of applying the digital entertainment system to the playing cards.

First, 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 having a connection or signal transmission function, such as a mobile phone or a personal computer, and the server 20 provides a user service device for the remote end. The device 10 can connect to the server 20 via an application signal for data access and numerical input and feedback.

For a block diagram of the system 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. The input unit 200, the random number unit 220, and the sorting unit 230 are connected to the generating unit 210. The comparison unit 240, the data library 250, the operation module 260, the accumulation unit 280, and the output unit 270, wherein the input unit 200 receives the request of the plurality of first users and the first input of each first user from the user device 10. The value generating unit 210 is connected to the input unit 200. When the input unit 200 has any request of the first user, the generating unit 210 generates a corresponding preset value and at least one set of second input values according to the second input value. The input values are respectively a positive input value for at least one second user input, a negative input value for at least one third user input, and a second input value for the different group corresponds to a non-repeating unit value. After generating the forward input value and the negative input value, at least one second user or at least one third user can perform setting via the input unit 200. At this time, the input unit 200 transmits the forward input value and the negative direction. 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.

After receiving the request of the plurality of first users, the random number unit 220 randomly generates mutually different combinations according to the number of the first users, and then transmits the sequence to the sorting unit 230 for sorting, wherein the combination is performed by the first number group and The second number group is composed. The first number group and the second number group are arbitrary numerical intervals, such as 0 to 1000. The sorting unit 230 sorts all the combinations of the first users, and the order is first. The sorting group, the second sorting group, and the third sorting group, it should be noted that the sorting group means classification, not at least two meanings. Specifically, the first sorting group may be only one sheet, and the second sorting group The group may be 2 or 3 sheets, etc. Further, the number of sorting units 230 may be configured according to the number of first users.

The matching unit 240 is connected to the sorting unit 230 and performs data access with the database 250. Specifically, the matching unit 240 compares the first user before sorting, the first sorting group, the second sorting group, and the third sorting group of the first user after sorting, respectively, with the database. 250 performs a comparison to search whether there is corresponding sorting data. When there is matching sorting data, the basic score corresponding to the sorted data is obtained. If there is no matching data, another basic integral preset by the system is obtained, and in addition, when sorting If there are a plurality of units 230, the number of comparison units 240 can also be adjusted. Finally, the operation module 260 of the signal connection comparison unit 240 calculates or compares all the basic points between the first users. After obtaining the comparison scores of the respective first users, the output is returned to the respective first users via 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, and the accumulating unit 280 can accumulate a preset ratio according to the first input value and the multiplied product of the integrated points. Obtaining the cumulative value, the preset ratio may be at least 1% or less than 1%, wherein, in the process of comparing the comparing unit 240 with the database 250, when at least one first user holds the combination to satisfy the pre- With the condition set, the cumulative unit 280 transmits the accumulated value via the output unit 270 to the first user who satisfies the preset condition.

Next, a specific example of applying a digital entertainment system will be described. Please refer to the third figure.

As shown in step S30, the request of 2 to 6 first users is received. Preferably, each first user can input the first input value.

As shown in step S31, in order to increase the interest between the other non-first users, the second input value of the second user and the third user may be further provided, specifically, accepting any one of the first uses. When the request is made, a preset value corresponding to the first user and at least one set of second input values are generated, and the preset value is any value set by the system, such as 10 or 100; the second input value is positive The input value and the negative input value, any one of the first users can only make a setting for the positive input value or the negative input value. Preferably, each set of the second input value corresponds to a non-repeating unit value. For example, the unit value of the first group of second input values is 100, the second group The unit value corresponding to the two input values is 200, the unit value corresponding to the second input value of the third group is 300, and so on.

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

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

As shown in step S32, in order to avoid the comparison between the first user and the first user, the interaction between the first user and the other first user is used to cause the interactive experience. The fairness letter in the decline, this step provides 6 to 9 non-repetitive combinations for the number of first users, and these combinations are composed of the first number group and the second number group, for example, a combination of 014 represents The first number group is 01, the second number group is 4, and the number of combinations allocated by each first user is the same. For example, 6 users respectively allocate 7 combinations, so that 42 combinations are generated, however, The first number group can be 01~99, and the second number group can be 1~9, so there are still many unknown combinations that have not yet been generated. Preferably, the first number group is between 01 and 14, and the second number group Greater than or equal to 2, in detail, the constitutable combination is limited to a minimum of 011 to a maximum of 142 via the range limitation of the first number group and the second number group.

As shown in step S33, distinguishing each of the first user's respective combinations into a plurality of a sorting group, wherein different sorting groups have a size difference, in particular, at least one combination in the second sorting group is greater than at least one combination in the first sorting group, and the size between the combinations is respectively transmitted through The first number group and the second number group are used to determine, for example, if the user holds the combination of 021, 022, 023, 024, 031, 032, and 033, respectively, when the first sorting group is 024, the second The 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, and 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 of the first sorting group.

As shown in step S34, any combination of the first user, the first sorting group, the second sorting group, and the third sorting group all correspond to a specific score, for example, when the second sorting group is 021, 022, 023, the basic score is 3 points; if it is 023, 033, 043, the basic score is 2 points; and if the above sorting combination is not satisfied, it corresponds to 0 points, each user gets at least this step Four basic points.

As shown in step S35, there are three steps S351, S353, and S354 in S35, and these steps may be performed alternatively or collectively.

First, the step S351 is described. Each first user can perform mutual calculation on the basic points obtained by all the combinations, and the calculation process can be only the addition and subtraction. For example, the two first users respectively obtain 3 points. 2 points, the difference between the two basic points is 1 point, the first user with higher basic score gets 1 point, and the first user with lower basic score gets -1 point, wherein each first user has The basic scores obtained by all the combinations are obtained when at least one specific combination is satisfied, and the specific combination includes at least four combinations that are not mutually exclusive. In detail, when the first user's combination is 061, 062, respectively. 063, 064, 071, 081, 091, the specific combination may be 061, 062, 063, 064 and any combination of three, in which case the first user who meets the specific combination can obtain basic points, each special combination It can be composed of different combinations and each corresponds to a basic integral.

Step S352 is followed by step S351. Alternatively, each first user performs size comparison according to all combinations and basic points thereof to obtain comparison scores. In detail, different first users If the basic integrals of all combinations are the same, the comparison result is obtained by the combined size thereof, so that each first user obtains the comparison score.

Next, in step S353, each first user performs an interaction calculation on the corresponding sorting group. For example, the calculation of the basic points of the first sorting group corresponds to the basic integral of the first sorting group of the other first users. Perform the same, the second sorting group and the third sorting group. The basic scores respectively obtained by the first sorting group, the second sorting group, and the third sorting group respectively owned by each first user are respectively 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, then a basic integral is obtained, and if the first sorting group is only one combination, and the combination is any one of 141 to 142, another one is obtained. Basic points, and so on.

Next, step S354 is explained. The difference between this step and S353 is that this step is a basic integration of the corresponding ranked groups among the first users, and the size is determined to obtain the comparison result. In detail, by comparing the basic points corresponding to the respective first sorting group, the second sorting group, and the third sorting group between the respective first users, a comparison result of large or small is obtained, wherein, when If the points are the same and the size cannot be judged, the size of the combination is further compared, whereby each first user obtains three comparison results with respect to the other first users. For example, the two first users The two sorting groups are compared. The combination of the first second sorting group is 011, 021, and 031, respectively, and the corresponding basic integral is 3 points. The combination of the second second sorting group is 041, 051, and 061, respectively, corresponding to the basic integral. It is also 3 points, because the basic integrals corresponding to the two second sorting groups are the same, so that the size cannot be compared, so the size of the combination is compared. Therefore, the combination of the second second sorting group includes 041, 051. If any one of 061 is greater than 031 of the first second sorting group, the first first user obtains a small, and the second first user obtains a large comparison result. Preferably, when the comparison result is greater, it is judged to be 1 point, and the comparison result is small, and it is determined that -1 point is obtained, and the result of the comparison of the first user with respect to the other first users is The integral can be converted by the total system. For example, if the comparison result with respect to the other first user is large, large, and small, then +1+1-1, and the obtained pair is 1 point.

Next, as shown in step S355, the selective step of step S354 is followed. In this step, in step S354, the result of the complex comparison obtained by each first user with respect to the other first users is determined, and the comparison result is obtained. If the same, the first user's comparison score is adjusted according to the total number of the first user. For example, if there are two first users, one of the first users is relative to the other first user. If the comparison result is large, the alignment is adjusted, and the adjustment formula may be a product of the comparison of the integral and the total number of the first user minus one.

As shown in step S36, the comparison scores obtained by each first user in any one step or all steps in S35 are settled, and all users are ranked according to this, and the comparison points can be combined, but not This is limited.

As shown in step S37, the comparison index of each first user and its first input value are calculated to obtain the first output value of each first user, and 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 positive input value or the negative input value is matched, corresponding to the corresponding a comparison output or a first output value that each user has, whereby each of the second user and each of the third users respectively obtains a second output value, for example, the first output value of the first user is (-) 100, corresponding to the second user of the first user, filling in the positive input value of the corresponding unit value 100, 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 interest of the interactive process, the digital entertainment system of the creation provides a cumulative system for the first user to obtain the accumulated value, and the accumulated value can be continuously passed through the first The first output value obtained by the user or the second output value of the second user is extracted according to a preset ratio, and the preset ratio may be at least 1%, and when all combinations of the first user satisfy the preset condition For example, if the first user owns and contains 141 to 144, or holds any of 061 to 064 and 141 to 144, the accumulated value is transmitted to the first user who satisfies the preset condition.

Next, the fourth figure is applied. The fourth figure is applied to the flow chart implementation of another specific example of the present digital entertainment system. The difference from the specific example disclosed in the third figure is to provide different comparison calculation processes. Therefore, the same part is no longer redundant.

As shown in step S40, when receiving the request and the first input value of each first user, the feedback value of the first user may be further received, and the feedback value may be preset 0 or set by the first user.

As shown in step S41, when configuring the first to sixth combinations of the first users, the configuration order is determined by comparing the feedback values input by the respective first users, for example, when the feedback values of all the first users are If they are all 0, the first order of the configuration is determined according to the historical integral of each first user. If there is no historical integral, the order is preset according to the system. If the feedback value is not 0, the self-reward value is the largest. The user performs configuration. In more detail, the foregoing feedback value may not be 0, and may be a value input by the first user at S30. When at least one first user inputs the feedback value, the maximum or The smallest order is configured and combined. If the feedback value input by the first user is the same, the first user who inputs the feedback value is input by the first one.

The first stage configuration sequence may be a first number group randomly selected from the combination of all the first users, and counted according to the value of the first number group in the order of the first number of users until the end of the counting. The configuration is configured by the first user in the current order. Preferably, the first number group is limited to any value of 01, and when the first number group randomly selected is 14, the row may be selected again in a forward order, a backward order, or a random selection until the selection is continued. Appears as any value between 01 and 13.

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

Next, step S44 is illustrated. When any combination of the first user includes at least four identical specific first number groups, the comparison score is obtained, wherein the first number group 14 is regarded as the first number group. 01至13, the first user who obtains the comparison score may be the highest or lowest feedback value among all the first users in step S41, and the special first number group is also the first number group randomly selected in step S41. . For example, in particular, the first number group is 04, and when the combination of the first users whose feedback value is the highest is 041, 042, 043, 044, 051, 061, 141, respectively, since there are four combinations The first number group is 04, and the first number group is 14, which represents a combination of five first number groups that are the same as 04. At this time, the specific comparison points are obtained according to the same combination quantity, therefore, Different comparison points can be obtained according to different identical quantities.

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

Step S46 is disclosed, when calculating the first input value of each first user and outputting the first input value to the first user, and outputting the basic integral or the comparison integral as the feedback that the first user sets in the next step S40. value.

Finally, in order to better understand the technical characteristics of this creation, the game using the playing card (called seven flowers in this creation) is used as an example for detailed description. Please refer to the fifth figure, and the fifth figure discloses the application to the digital The flow chart of the playing card seven-flowers of the entertainment system, however, the digital entertainment system disclosed in the present invention can be executed in any entertainment game formed by two number groups, and other similar examples are mentioned in the description process, and therefore should not be used. This is limited to this.

As shown in step S50, the player or the spectator may select a flower arrangement room or a flower arrangement room to select a note before the start of the game, wherein the flower arrangement room and the flower arrangement room may be separately divided into a good transport room and an investment room, so the type may be a flower arrangement investment room. , flower arrangement good luck room, flowering investment room and picking up good luck room.

Specifically, the flower arrangement investment room can be used to bid for different units for different players. The flower investment room can be used for specific players to buy and lose bets for different units. For a specific player, you can make a buy or sell bet for a fixed unit, and a good luck room can be used to buy a fixed unit for a specific player. When you place a bet in a good room or a good room, you can limit it to only one. The player makes a bet.

As shown in step S51, when the player is between 2 and 6 people, the system will randomly issue 6 to 9 non-repetitive cards, and each player has the same number of cards. If the player has only one player, the player will not be dealt. Continue to wait for other players to join, until the system determines that the player is between 2 and 6 people and maintains a period of time to start issuing cards. Each player's assigned cards are unique to each other, in the example seven flowers of this creation, each The player has a total of 7 cards, and in addition to the general cards, it also includes a set of wild cards, all of which can be from the first number group between 01 and 14, and the second number group with any value greater than or equal to two. The assembly, wherein the general card has a total of 52 cards, which can be obtained by combining the first number group 01 to 13 and combining the second number groups 1 to 4. The number of wild cards can be at least two, that is, wild card A, wild. The card B or the like, the wild card is obtained by the first number group being 14 combined with the second number group of at least 2, so in the specific embodiment, at least 54 cards can be used. Specifically, the general card 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, K, A, corresponding to 01 to 13 of the first number group, passing through 1 to 4 The second number group between the two, to distinguish between the square, plum, love, spades, wild cards are distinguished by the size of the second number group, for example, the general card of plum 3, spades 2, square K, 022, 014, 121, respectively, and wild card B, wild card A, respectively, 142 and 141, of which the general card is less than the wild card, because the general card is between 011 and 134, and wild The cards range from 141 to 142, and there is also a difference in priority among the wild cards, wherein the wild card B (142) is greater than the wild card A (141), in summary, by the first number group The general card and the wild card formed by the combination of the second number group can form a minimum of 54 cards in the card group.

As shown in step S52, each player's card is divided into a first pier, a middle pier, and a tail pier. The middle pier has at least one card that is larger than the first pier, and the tail pier also has at least one card with a card larger than 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 aforementioned three cards. The spades A, the same reason, the tail pier should contain at least one wild card, which can be larger than the middle pier, wherein the first pier, the middle pier and the tail pier can be 1, 3, and 3 cards respectively, but In other similar examples, the first, middle, and tail piers may be 1, 2, 3, or 1, 3, 4, or even 1, 4, and 4 cards, depending on the number of cards in step S41.

As shown in step S53, the cards held by the players, the cards of the first pier, the cards of the middle pier, the cards of the tail pier, etc., will obtain their respective basic points according to the card type, the color of the card, and the size of the card. Specifically, the basic points obtained by the deck are obtained by comparing all the decks held by the players. For example, when the player holds a deck containing four identical cards (iron) Branch), the basic score is 1 point; the seven cards held are the same (7 flush), the basic score is 2 points; including four 5 (5 iron), the basic score is 3 Divided; contains four 6 (6 iron), the basic score is 5 points; contains the same suit and the number is coherent (one color one dragon), the basic score is 7 points; contains four 7 (7 iron branch) ), the basic score is 8 points; including four 7 and three wild cards (positive 7 iron), the basic score is 9 points.

In addition, the decks of the first pier, the middle pier and the tail pier also correspond to different basic points. For example, when the first pier is any wild card, the basic score is 2 points; the first pier is any one. Ace, the basic score is 1 point; if the first pier does not have the above card, the basic score is 0; if the middle pier is three identical cards (three), the basic score is 6; if the middle pier is continuous However, if the maximum is not more than K (same flush), the basic score is 10 points; if the middle pier is continuous and the minimum is less than Q (same flush), the basic score is 14 points; if the middle pier does not have the above card group, The basic score is 0 points; if the tail pier is three identical cards (three), the basic score is 3 points; if the tail pier is a continuous card but the maximum does not exceed K (same flush), the basic score is 5 points; If the tail pier is a continuous deck and the minimum does not exceed Q (a flush), the basic score is 7 points; if the tail pier does not have the above deck, the basic score is 0; and so on but not as a limit .

Step S54 reveals four steps of integral calculation, S541, S542, S543 and S545, The integral calculation step can be either an alternative or a multiple selection.

First, step S541 is explained. This is a special bonus system, which means that the player subtracts the basic points corresponding to the seven cards, thereby obtaining the comparison points respectively. For example, when the player A holds the card group. The corresponding basic score is 9 points, player B's basic score is 7 points, and player C's basic score is 3 points. Player A is calculated relative to player B, and 9-7=+2 points are calculated. Conversely, player B Only -2 points are obtained with respect to player A; in addition, player A gets 9-3=+6 points with respect to player C, player C scores -6 points, and so on.

Preferably, the players can also compare the basic scores corresponding to the seven cards to obtain the comparison scores. When the basic scores are equal in size, the cards or colors are further compared to determine the size, which is larger. One party can directly obtain the basic points as the comparison points.

Next, step S542 is described. This is a big card system, which means that players calculate their first, middle and tail piers respectively. For example, when player A holds any wild card in the first pier, player B Hold Spade 2, Player A gets +2 points, Player B gets -2 points, but not limited to the above examples. For example, when Player A holds any wild card, Player C holds Ace, then the player A still gets +2 points, player C gets -2 points, but between player B and player C, player B gets -1 points again, and player C gets +1 points.

Next, step S543 is explained. This is a positive and negative integral system, which means that the players compare the basic integrals of the respective first pier, middle pier and tail pier. When the card type comparison result is the same, the card is compared. Face, if it is still the same, compare its suit color. For example, when the two players' middle piers are the same flush of the basic score 10, player A is spades J, spades Q, spades K, and player B is love J. Love Q, love K, is more than the size of its face, but the result of the card size comparison is still the same, it is more than its suit size, so the result of the match is that player A is greater than player B, player A can get +1 points, Player B gets -1, and so on.

As shown in step S544, this is to determine the gun/home run, after the end of step S543. Optional steps, in this step, when there are only two players in the game, and one of the players' triple-dock comparison results are greater than the other players, the score is 3 points, and the points are compared. Adjusted to double, so the party with the larger result scores 6 points, and the party with the smaller comparison result scores -6 points, which is called shooting; if there are at least three players in S543, and one of the players The comparison results of the piers are larger than the other two players, which makes the comparison points will be adjusted from 3 points to three times, so the scores of the larger ones are 9 points, and the other players with smaller results are obtained separately - 9 points, this is called a home run, and so on.

As shown in step S55, in order to calculate the above-mentioned steps S541 to S545, each player separately obtains a game score, and the calculation process can adopt a total system.

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

As shown in step S57, according to the comparison points in the competition, the winners and losers are separated between the players, and when the winner is the player in the lucky room or the audience wins the bet when the bet is placed, the system sends the player to the player. Or the audience bonus, the bonus is equivalent to the bonus obtained in the session according to the bet object; similarly, when the loser buys the object for the player in the lucky room or the audience buys the bet, the system sends the bonus The player or audience bonus, the bonus is equivalent to the bonus obtained in the session according to the bet object, for example, when the player or the viewer enters the lucky room, the bet 2 tickets of the A player, and the player of the A If the game score is the highest, the bonus won by the player or the viewer is the bonus of the A player*2; and when the player or the viewer enters the good luck room, the B player is bet 3 tickets, but the B player's game score is not The highest, the player or the viewer loses the bonus for the B player's bonus*3.

As shown in step S58, when the player wins the competition and wins the prize through the bet, the bonus is accumulated in the Longchi to obtain the accumulated gold according to the preset ratio, and in addition, when the flower arrangement investment room, the flower investment room, In the flower arrangement and the good luck room, if any player wins the bet in the bet, the bonus will be invested in the dragon pool according to the preset ratio, and the accumulated amount will be increased. For at least 1%, or less than 1%, in the next game, if the player participating in the event has a card group that meets the preset conditions, the player will receive the accumulated gold. The preset condition can be held at the same time. 7 colors and three wild cards (positive 7 iron), or four wild cards at the same time.

Preferably, the bet of step S50 in the specific embodiment may also refer to a system of robbing between players. The system of robbing is determined by the feedback value of each player when the player joins the event, and the decision mode may be based on feedback. Value comparison, specifically, the feedback value can be preset to 0, and the size is compared via the bet 1-5 random amount. When the bet amount is 0, it is selected from the previous game. In the event, the highest score of the tail pier, if there is no highest score, the default first dealer, when the bet amount is not 0, then the maximum bet amount, when the bet amount is the largest and at least the same , the player is determined by the betting speed.

The player whose front segment is determined by the feedback value may be the first order of the card in step S52. For example, a total of 35 cards of 5 players are issued for each of the five players, and the system randomly selects one from 1 to 35. The card is displayed and counted according to the larger feedback value. The counted value is the randomly selected card face. When the counting is finished, the card is started according to the current user order. When the selected card is a wild card, then the selected card is a wild card. You can pick it again from the next or previous or random one until the normal card appears.

The card selected in the previous stage is called the opening card in step S545. When the card group held by the player with the largest feedback value includes more than four cards randomly selected in step S51, the game points are obtained. If the player holds another wild card, it can be regarded as a randomly selected card. Different game points can be obtained according to the number of sheets. If there are 4 cards, +1 points will be obtained, and if 5 cards are included, +3 points will be obtained. When you have 6 sheets, you get +10 points, and when you have 7 sheets, you get +30 points.

In view of the above description of the main embodiments and specific embodiments, the digital entertainment system provided by the present invention is characterized in that the number of users and the number of combinations allocated to users are used to avoid excessive exposure due to the combination during the interaction. The fear of fairness decline; the numerical interval of the number of combinations is limited to increase the interest in the user interaction process; and the pre-production according to each user The set value and a set of second input values allow more users to participate by setting the second input value.

200‧‧‧ input unit

210‧‧‧Generating unit

220‧‧‧ random number unit

230‧‧‧Sorting unit

240‧‧‧ comparison unit

250‧‧‧Database

260‧‧‧ Computing Module

270‧‧‧Output unit

280‧‧ ‧ cumulative unit

Claims (8)

A digital entertainment system includes: an input unit for receiving requests from 2 to 6 first users; and a random number unit, the signals are connected to the input unit for configuring each of the first users 6 to 9 a non-repeating combination, wherein the combination is composed of a first number group and a second number group, and each of the combinations held by each of the first users is the same number; at least one sorting unit, the signal is connected to the a random number unit, configured to distinguish the combinations of each of the first users into a first sorting group, a second sorting group, and a third sorting group, wherein at least one of the second sorting groups is greater than the first At least one combination in the sorting group, at least one of the combinations of the third sorting group being greater than at least one of the combinations of the second numbering group; at least one comparing unit, the signal connecting the sorting units and a database, the database Having a complex number combination and a basic integral corresponding to each of the number combinations, the comparison unit is configured to use the combination of each of the first users, the first ranked group, the second ranked group, and the third After sorting groups, respectively Obtaining a basic integral; and a computing module, wherein the signal is connected to the comparing unit for interactively calculating the basic points of the first users to obtain a pair of points respectively. The digital entertainment system of claim 1, wherein the first number group is between 1 and 14, and the second number group is at least 2. The digital entertainment system of claim 2, wherein the computing module calculates the basic points of the first ranked groups owned by the first users, the basic points of the second ranked groups, and the The basic points of the third sorting group. The digital entertainment system of claim 2, further comprising a generating unit having a system value, wherein the signal is connected to the input unit for generating a preset value, at least one set of second input corresponding to each of the first users. Value and a pair of units that should have some second input value and do not repeat a value, the second input value is a positive input value and a negative input value, and the generating unit further includes an upper limit value for adjusting the positive input value, the upper limit value is the system value and the The sum of the negative input values. The digital entertainment system of claim 4, wherein the input unit further comprises a first input value for accepting one of the users, the forward input value of the at least one second user input, and at least a third The negative input value entered by the user. The digital entertainment system of claim 5, wherein the computing module further comprises: calculating the comparison integrals and the first input values of each of the first users to obtain a first output value; Calculating the second input value corresponding to each of the first users according to the comparison points or the first output value of each of the first users to obtain the second user and the third use respectively The second output value of the person. The digital entertainment system of claim 6, further comprising an output unit, wherein the signal is connected to the computing module to respectively return the first output value corresponding to each of the first users, and is used to respectively return Transmitting the second output value corresponding to each of the second users and the second output value corresponding to each of the third users. The digital entertainment system of claim 7, further comprising an accumulating unit for accumulating a preset ratio of the first output value and the second output value to obtain an accumulated value, wherein at least one of the The combination of a user in the comparison unit meets a predetermined condition, and the accumulated value is transmitted via the output unit to the first user who meets the preset condition.