JP5037282B2 - Lottery data generation device, lottery data generation method and program thereof - Google Patents

Description

  The present invention relates to a lottery data generation apparatus, a lottery data generation method, and a program for generating lottery data of lottery tickets on which a plurality of n games are printed.

Conventionally, lottery tickets on which a plurality of games are printed on one voucher have been sold. FIG. 7 is an image diagram of a lottery ticket in which a plurality of games are printed on one voucher. An apparatus for creating lottery data for such a lottery ticket is disclosed in Patent Document 1.
Japanese Patent No. 3568926

  By the way, in the technique of the above-mentioned patent document 1, since combinations of winning grades of a plurality of games printed on one voucher are determined in advance, the number of winning grade combinations is small. Further, in a lottery ticket in which a plurality of games are printed on one voucher as described above, it is necessary to increase the user's entertainment by increasing the number of lottery ticket vouchers to be won as much as possible.

  Accordingly, the present invention provides a lottery data generation apparatus, a lottery data generation method, and a program for increasing a combination of winning grades and increasing a winning ticket in a lottery ticket in which a plurality of games are printed on one voucher. It is intended to provide.

To achieve the above object, the present invention provides a lottery data generating apparatus for generating lottery data lottery tickets plurality of n game is printed, released number of sheets to be assigned to each one of the lottery tickets S No. , information on the first s games (s <n) of the n games, and the probability of occurrence of each winning grade for each of the s games, and the inputted s The number of wins for each s game is determined by multiplying the probability of occurrence of each win level for each of the games by the number of releases, and for each of the s games, Number of winnings for each winning grade determined for each of the s games by determining the number of winning numbers from the entered number for the number of released games. Against the reference number, the s number in the first winning class assignment means for game recorded in association assign each winning grade for each, reference number of each winning grade of the respective first s game After assigning to each of the first s games, a serial number to which no winning grade is assigned is identified, and t numbers (1 ≦ t ≦ n−s) other than the s games are identified. ) , The designated winning grade for each of the t games, and the occurrence probability of the designated winning grade for each of the t games, and the inputted t games. The number of wins for each of the designated winning grades for each of the t games is determined by multiplying the probability of occurrence of the designated winning grades of against the s reference number one winning grade is not assigned for the game, the second winning grade recorded in association allocates the specified winning grade for any game of the t pieces of game And a lottery data generating device.

According to the present invention, in the above-described lottery data generation device, the second winning grade assigning means includes a plurality of winning grades including the designated winning grade for each of the t games, and each of the t games. The occurrence probability of each of the plurality of winning grades is input, and the t number of games are multiplied by the occurrence probability of a plurality of winning grades other than the designated winning grade for each of the inputted t games. Determine the number of winnings for each of the multiple winning grades other than the designated winning grade for each of the t games, and enter the number of winnings for each of the multiple winning grades other than the designated winning grade for each of the t games. The designated number determined for each of the t games is determined from the reference numbers corresponding to the number of released games. Against winning number fraction reference number of each of a plurality of winning grade than Grade, characterized in that recorded in association assign each winning grade other than the specified winning grade for each the t pieces of the game.

According to the present invention, in the above-described lottery data generation device, the s games are n-1 games, and the second winning grade allocating unit is configured to detect any of the first n-1 games. It is characterized by assigning a winning grade for the remaining one game to a reference number to which no winning grade is assigned.

The present invention is a lottery data generation method of lottery data generating apparatus for generating lottery data lottery tickets plurality of n game is printed, organize released number of sheets to be assigned to each one of the lottery tickets Enter the number, information on the first s games (s <n) of the n games, and the probability of occurrence of each winning grade for each of the s games. The number of wins for each winning grade for each of the s games is determined by multiplying the probability of occurrence of each winning grade for each game by the number of releases and determining the number of winning for each winning grade for each of the s games. The number of minutes is determined from the number of numbers entered for the number of sold sales, and the number of winnings for each winning grade determined for each of the s games. Against reference number, after recording in association assign each winning grade for each the s number of games was performed assigned to reference number of each winning grade of the respective first s game, wherein for any of the first s games identify reference number winning grade is not assigned, the game information of the s pieces of the t other than the game (1 ≦ t ≦ n-s ), wherein The designated winning grade for each of the t games and the occurrence probability of the designated winning grade for each of the t games are input, and the occurrence probability of the designated winning grade for each of the inputted t games Is multiplied by the number of sold games to determine the number of winnings for each of the designated winning grades for each of the t games, and for each of the s games Against serial numbers not be winning grade assigned is the lottery data generating method, characterized in that recorded in association with Assigns the specified winning grade for any game of the t pieces of game .

The present invention includes a plurality of n game computer lottery data generating apparatus for generating lottery data lottery tickets to be printed, reference number Release number of sheets to be assigned to each one of the lottery tickets, the n The information on the first s games (s <n) of the games and the probability of occurrence of each winning grade for each of the s games are inputted, and each of the inputted s games is entered. Multiply the winning probability by the number of tickets sold to determine the number of winnings for each winning grade for each of the s games, and for each of the s games, give the number of winnings for each winning grade. It is determined from the input number for the number of released sales, and the number corresponding to the number of winnings for each winning grade determined for each of the s games. To, performing allocation to the s pieces of the game first winning class assignment means for recording in association assign each winning grade for each reference number of each winning grade of the respective first s game after the said for any of the first s game to identify reference number winning grade is not assigned, the game information of the s pieces of the t other than the game (1 ≦ t ≦ n-s ) And a designated winning grade for each of the t games and an occurrence probability of the designated winning grade for each of the t games, and the designated winning grade for each of the inputted t games. The number of winnings for each of the designated winning grades for each of the t games is determined by multiplying the number of released games by the probability of occurrence of the s games. Against serial numbers winning grade is not assigned for the deviation, the second winning grade assignment means for recording in association allocates the specified winning grade for any game of the t pieces of game functions as, It is a program to make it.

  According to the present invention, when the lottery ticket lottery data on which a plurality of n games are printed is generated, the winning numbers of the remaining games are not obtained for the reference numbers to which the winning grades for the first few games are not assigned. A process of assigning grades is performed. Therefore, even if the number of wins for each game is the same, the number of winning votes can be increased. That is, as many reference numbers as possible have a high probability of winning any one of a plurality of games, the user's entertainment is increased, and sales of lottery ticket certificates can be expected to be improved. In addition, since the winning grades for a plurality of games are determined at random, the number of winning grade combinations for each game printed on the voucher can be increased.

Hereinafter, a lottery data generation apparatus according to an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram showing a configuration of a lottery data generation apparatus according to the embodiment.
In this figure, reference numeral 1 denotes a lottery data generation device. The lottery data generation device 1 includes a user interface unit 11, a grade data setting unit 12, a grade data storage unit 13, a grade assignment processing unit 14, a game pattern data setting unit 15, a game pattern data storage unit 16, and a game pattern assignment process. Each of the processing unit and storage unit of unit 17, determinator assignment processing unit 18, and printing unit 19 is provided.

  Here, the user interface unit 11 receives an instruction input from a user who creates a lottery ticket voucher using the lottery data generation device 1. In addition, the grade data setting unit 12 generates grade data including predetermined lottery ticket lottery data generation criteria, for example, the number of lottery ticket vouchers to be released and the probability of occurrence in each game. I do. The grade data storage unit 13 is a database that stores the grade data created by the grade data setting unit 12. The grade assignment processing unit 14 performs a process of assigning a winning grade of each of the plurality of games to the identification number of the voucher based on information such as the probability of occurrence of each grade in each game indicated by the grade data.

  The game pattern data setting unit 15 performs a process of creating a game pattern for each winning grade of each game based on an instruction from the user. Note that the game pattern is a design or number of a ticket face, and in the present embodiment, it is a number for specifying a winning grade. The game pattern data storage unit 16 is a database that stores game pattern data created by the game pattern data setting unit 15. The game pattern assignment processing unit 17 performs a process of assigning each game pattern corresponding to the winning grade of each game of the reference number for each reference number of the lottery ticket voucher. Further, the determinator assignment processing unit 18 performs a process of assigning a determinator for each reference number of the lottery ticket voucher. Note that the determiner is an identifier for performing a win determination as to whether or not a win is made.

  The lottery data generation device according to the present embodiment performs processing for generating lottery ticket lottery data on which a plurality of n games are printed, and each of the reference numbers assigned to each lottery ticket. Are assigned win grades for the first s (positive integer) games out of n (positive integer) games. Then, after determining the winning grade for the first s games (s <n), the game numbers other than the s games are assigned to the reference numbers to which no winning grade is assigned for any of the first s games. A process of assigning winning grades for the remaining t (1 ≦ t ≦ ns) games is performed.

FIG. 2 shows the grade data.
As shown in this figure, the grade data is information in which a winning grade, an occurrence probability, and a prize amount are associated with each other for different games. In addition, the grade data includes the number of sold lottery ticket certificates as other information. The probability of winning grade is the probability of the number of sold items. In addition, the number of the sales number will be assigned to the lottery ticket voucher.

FIG. 3 is a diagram showing game pattern data.
As shown in the figure, the game pattern data is information in which a winning grade for each different game is associated with a game pattern (for example, a multi-digit number) for the winning grade.

FIG. 4 is a diagram showing a processing flow of the lottery data generation apparatus of this embodiment.
Next, the details of the processing of the lottery data generation apparatus of this embodiment will be described with reference to FIG.
First, the grade data setting unit 12 receives from the user interface unit 11 information on the number of tickets sold for lottery tickets, winning grades for different games (game 1 to game 3), occurrence probability, and prize money information. Based on such information, grade data as shown in FIG. 2 is created (step S101) and registered in the grade data storage unit 13. Also, the game pattern data setting unit 15 receives game pattern information for each grade for each different game (game 1 to game 3) from the user interface unit 11, and based on the information, as shown in FIG. Game pattern data is created (step S102) and registered in the game pattern data storage unit 16.

  When the grade assignment processing unit 14 receives an instruction to generate lottery data from the user via the user interface unit 11, the grade assignment processing unit 14 starts a process of assigning each grade of a plurality of games to each reference number (step S103). . Here, first, the grade assignment processing unit 14 receives designation of s (s <n) games that assign a winning grade only based on the probability of occurrence among n games to be printed on one voucher (steps). S104) and, after the winning grades for the s games have been assigned, t (1 ≦ t ≦ n−s) games that assign the winning grade only for the reference numbers to which no winning grade is assigned. The designation is accepted (step S105).

  About this embodiment, designation | designated of the game 1 and the game 2 is received as s game which assigns a winning grade only based on an occurrence probability among three games, and the winning grade is not assigned at all. The designation of game 3 is accepted for the remaining t = 1 game to which the winning grade is assigned only for the reference number. Further, the grade assignment processing unit 14 designates which winning grade is assigned to the reference number to which no winning grade is assigned in the game 3 in which the winning grade is assigned only to the reference number to which no winning grade is assigned. Accept. In this embodiment, it is assumed that the winning grade is designated as a grade of 2 for the game 3 or the like.

  Then, the grade assignment processing unit 14 reads the occurrence probability for each winning grade of the game from the grade data for the game 1, and multiplies the number of sales by the occurrence probability to the reference number corresponding to the number of winning pieces for each winning grade. Each winning grade of game 1 is assigned (step S106). Similarly, the grade assignment processing unit 14 reads the occurrence probability of each game winning grade for the game 2 from the grade data, and multiplies the number of sales by the probability of occurrence for the number of winnings for each winning grade. Each winning grade of the game 2 is assigned to the reference number (step S107).

  Next, the grade assignment processing unit 14 reads the occurrence probability for each winning grade of the game 3 from the grade data. Then, in the order of increasing number of assignments (usually in order from the end), as usual, the winning number is determined from all reference numbers based on the probability of winning the winning grade (step S108). Then, it is determined whether or not the allocation process of 2nd grade of the game 3 has been reached and whether the allocation process of 1st grade has been completed (step S109). With respect to the reference number to which no winning grade of game 1 or game 2 is assigned, the reference number with which 2 of the game 3 is won is determined based on the probability of occurrence of 2 of the game 3 (step S110). . When the allocation process of 1 etc. for game 3 is completed, the allocation process for the winning grade of game 3 is terminated. If the allocation process such as 1 for game 3 is not completed and the allocation process is not 2 for game 3, etc., the process proceeds to step S108.

FIG. 5 is a diagram showing an outline of the winning grade assignment processing of the present embodiment.
As shown in FIG. 5, when assigning 2 or the like of the winning grade of game 3, the winning number 2 or the like of game 3 is assigned to the reference number to which no winning grade is assigned for either game 1 or game 2. A process of assigning based on the occurrence probability is performed. For example, since the voucher with reference number 000000 is assigned with the grade 3 of the game 2, the winning grade 2 of the game 3 is not assigned. Since the voucher with the reference number 000001 is assigned with the grade 1 of the game 1, the winning grade 2 of the game 3 is not assigned. In addition, since the winning grade of game number 000005 is 0 for game 1 and 0 for game 2, no winning grade is assigned to any game, so if this reference number is selected based on the probability of occurrence. Decides to assign the winning grade 2 etc. of game 3.

  Then, when the above-described grade assignment processing unit 14 assigns the winning grades to the respective reference numbers, the game pattern assignment processing unit 17 then selects the winning grades for each game of the respective reference numbers, Of the game patterns stored in the game pattern data storage unit 16, which game pattern is to be assigned is determined, and a game pattern is assigned to each reference number (step S111). With the above processing, a winning grade and a game pattern for each of a plurality of different games are determined for each reference number. Next, the determiner assignment processing unit 18 generates a determiner for each reference number and assigns it to each reference number (step S112). This discriminator is a string of three digits in which the winning grades of game 1, game 2, and game 3 are successively connected. Therefore, for example, if the number is 100, the identifier is such that game 1 is 1 and the remaining two games are 0 and the like. The lottery data generation processing is completed by the above processing.

FIG. 6 is a diagram showing an example of lottery data after generation is completed.
As shown in the drawing, the lottery data after the completion of generation is associated with the winning grades of the games 1 to 3, the game patterns, and the determiners for each reference number. The lottery data may be temporarily registered in a memory or database. Based on the lottery data, the printing unit 19 prints the reference number, the game pattern corresponding to the winning grades of the games 1 to 3, and the determiner on the voucher.

  When the lottery ticket lottery data on which a plurality of n games are printed is generated by the above process, the winning grades of the remaining games are assigned to the reference numbers to which the winning grades of the first few games are not assigned. The process of assigning is performed. Therefore, even if the number of winnings for each game is the same, the number of winning votes can be increased. That is, as many reference numbers as possible have a high probability of winning any one of a plurality of games, the user's entertainment is increased, and sales of lottery ticket certificates can be expected to be improved.

  In the above process, the designation of game 3 is accepted for the remaining one game to which the winning grade is assigned only for the reference numbers to which no winning grade is assigned, and only the second grade of the winning grade of the game 3 is received. A grade assignment process based on the probability of occurrence is performed on a reference number to which no winning grade is assigned. However, in addition to such embodiment, among the winning grades of game 3, all winning grades (for example, all grades from 1st to 4th etc.) are the winning grades in other games 1 and 2. You may make it perform the assignment process of the grade based on the generation | occurrence | production probability to the serial number which is not assigned at all.

  In the above-described processing, among the three games, the game 1 and the game 2 are assigned with the normal grade assignment process, and the game 1 and the game 2 are not assigned the winning grade only for the game 3. A process of assigning winning grades to reference numbers was performed. However, in the case where the five games 1 to 5 are lottery tickets printed on one voucher, the grade allocation process based on the normal occurrence probability is performed for the games 1 to 3. For the games 4 and 5, a process may be performed in which a winning grade is assigned to a reference number to which no winning grade is assigned in the games 1 to 3.

  That is, in the first first step, a process of assigning a winning grade for the first s games (s <n) of n games to each of the reference numbers assigned to each lottery ticket. After determining the winning grades for the first s games, the next second step is to assign each s number to a reference number that has not been assigned a winning grade for any of the first s games. Any process may be used as long as it performs a process of assigning winning grades for the remaining t (1 ≦ t ≦ ns) games other than the game.

Next, the lottery data confirmation process will be described.
The lottery data confirmation processing includes four confirmations: confirmation of the number of winnings, confirmation of the probability of occurrence, confirmation of the relationship between the unit to which the lottery data is allocated and the total number, and confirmation of the relationship between the number of winnings and the probability of occurrence. The lottery data generation device 1 may perform any one or more of these four confirmations.

(A) Confirming the number of winnings In the process of step S110 described above, a description is given of the process of assigning all the winning numbers of game 3 to the reference numbers to which no winning grades of game 1 and game 2 are assigned. However, for example, if the number of winnings based on the normal occurrence probability such as 2 of game 3 is 1000, only 400 of them are not assigned any winning grades of game 1 and game 2 The number assigned to the reference number may be assigned to the remaining 600, and the reference number to be won is determined with the normal occurrence probability. In this case, the number of reference numbers assigned to win numbers 2 etc. for the reference numbers to which no win grades of game 1 and game 2 are assigned, and the reference numbers assigned to win numbers 2 etc. with the normal occurrence probability It is confirmed whether or not the total with the number of is 1000.

(B) Confirmation of probability of occurrence Whether the number obtained by the probability of occurrence of the grade assigned to the reference number to which no winning grade is assigned for the first s games for each number of assigned units in the total number of winning points is an integer. Determine whether or not. For example, when there is a total number of 100,000 pieces and allocation of winning grades is performed in units of 10,000 with the occurrence probability of 1/100, the number of assignments within 10,000 units is 100, This is the end of the confirmation. On the other hand, if there is a total number of 100,000 pieces and allocation of winning grades is performed in units of 10,000 with a probability of 1/300, the number of assignments within 10,000 units is 33.333. Yes, since it is not an integer, if such a result is obtained, an error display is output. This confirmation will be made for all grades.

(C) Relationship between assigned unit and total number In this confirmation, it is checked whether the total number of lotteries is divisible by the winning grade assigned unit. For example, if the total number is 100,000 and the allocation unit of the winning grade is 10,000, the confirmation is completed without any problem because it is divisible. If it is not divisible, an error is output.
(D) Relationship between Number of Wins and Occurrence Probability In this confirmation, it is determined whether or not “the number of wins = the total number of lotteries × the occurrence probability”. This confirmation will be made for all grades.
Then, it is determined whether there is no problem with the finally generated data through the confirmation processing of any one of the above-described (a) to (d) or a plurality of lottery data.

  The above lottery data generation apparatus has a computer system therein. Each process described above is stored in a computer-readable recording medium in the form of a program, and the above process is performed by the computer reading and executing the program. Here, the computer-readable recording medium means a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program.

  Here, the “computer system” includes an OS and hardware such as peripheral devices. The “computer system” includes a WWW system having a homepage providing environment (or display environment).

  The program may be for realizing a part of the functions described above. Furthermore, what can implement | achieve the function mentioned above in combination with the program already recorded on the computer system, and what is called a difference file (difference program) may be sufficient.

It is a block diagram which shows the structure of a lottery data generation apparatus. It is a figure which shows grade data. It is a figure which shows game pattern data. It is a figure which shows the processing flow of the lottery data generation apparatus of this embodiment. It is a figure which shows the outline | summary of the allocation process of the winning grade of this embodiment. It is a figure which shows the example of the lottery data after completion | finish of a production | generation. It is an image figure of the lottery ticket in which a plurality of games are printed on one voucher.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Lottery data generation apparatus, 11 ... User interface part, 12 ... Grade data setting part, 13 ... Grade data storage part, 14 ... Grade allocation process part, 15 ... Game Pattern data setting unit, 16 ... game pattern data storage unit, 17 ... game pattern allocation processing unit, 18 ... determinant allocation processing unit, 19 ... printing unit

Claims (5)

A lottery data generation device for generating lottery ticket lottery data on which a plurality of n games are printed,
Numbers assigned for each lottery ticket to be sold , information on the first s games (s <n) of the n games, and each winning combination for each of the s games And an occurrence probability of each grade, and the occurrence probability of each winning grade for each of the inputted s games is multiplied by the release number to determine the number of winning for each winning grade for each of the s games, For each of the s games, a number corresponding to the number of winnings for each winning grade is determined from the input number corresponding to the number of sold sales, and for each winning grade determined for each of the s games. against reference number winning number fraction, the first winning class assignment means for recording in association assign each winning grade for each the s number of game
Wherein after performing the assignment of the reference number of each winning grade for each first s game, to identify the reference number for the winning grade also it is all not assigned the first s game, the s pieces of game information the t (1 ≦ t ≦ n-s ) other than the game, and the designated winning grade of the respective t-number of games, the occurrence of the specified winning grade of the respective t-number of game A probability is input, and the number of winnings for each of the designated winning grades for each of the t games is determined by multiplying the number of the released winnings by the occurrence probability of the designated winning grades for each of the inputted t games. Any of the t games is assigned to a reference number that is not assigned a winning grade for any of the s games. A second winning grade assignment means for recording in association allocates the specified winning grade Te,
A lottery data generation apparatus comprising: The second winning grade allocation means is:
The plurality of winning grades including the designated winning grade for each of the t games and the occurrence probability of each of the plurality of winning grades for each of the t games are input, and the inputted t games Multiplying the probability of occurrence of a plurality of winning grades other than the designated winning grade for each to determine the number of won for each of a plurality of winning grades other than the designated winning grade for each of the t games, For each of the t games, the number of winnings for each of a plurality of winning grades other than the designated winning grade is determined from the inputted number of released game numbers, and determined for each of the t games. The t number of games is assigned to the reference number corresponding to the number of winnings for each of the plurality of winning grades other than the designated winning grade. Lottery data generating apparatus according to claim 1, characterized in that recording the association assign each winning grade other than the specified winning grade for each. The s games are n-1 games,
The second winning grade assigning means assigns a winning grade for the remaining t = 1 game to a reference number to which no winning grade is assigned for any of the first n-1 games. 3. The lottery data generation device according to claim 1 , wherein the lottery data generation device is provided. A lottery data generation method of a lottery data generation device for generating lottery ticket lottery data on which a plurality of n games are printed,
Numbers assigned for each lottery ticket to be sold , information on the first s games (s <n) of the n games, and each winning combination for each of the s games And an occurrence probability of each grade, and the occurrence probability of each winning grade for each of the inputted s games is multiplied by the release number to determine the number of winning for each winning grade for each of the s games, For each of the s games, a number corresponding to the number of winnings for each winning grade is determined from the input number corresponding to the number of sold sales, and for each winning grade determined for each of the s games. Assign and record each winning grade for each of the s games to the number of winning numbers .
Wherein after performing the assignment of the reference number of each winning grade for each first s game, to identify the reference number for the winning grade also it is all not assigned the first s game, the s pieces of game information the t (1 ≦ t ≦ n-s ) other than the game, and the designated winning grade of the respective t-number of games, the occurrence of the specified winning grade of the respective t-number of game A probability is input, and the number of winnings for each of the designated winning grades for each of the t games is determined by multiplying the number of the released winnings by the occurrence probability of the designated winning grades for each of the inputted t games. Any of the t games is assigned to a reference number that is not assigned a winning grade for any of the s games. Lottery data generating method, characterized in that recorded in association with Assigns the specified winning grade Te. A lottery data generating apparatus for generating lottery ticket lottery data on which a plurality of n games are printed;
Numbers assigned for each lottery ticket to be sold , information on the first s games (s <n) of the n games, and each winning combination for each of the s games And an occurrence probability of each grade, and the occurrence probability of each winning grade for each of the inputted s games is multiplied by the release number to determine the number of winning for each winning grade for each of the s games, For each of the s games, a number corresponding to the number of winnings for each winning grade is determined from the input number corresponding to the number of sold sales, and for each winning grade determined for each of the s games. A first winning grade assigning means for assigning and recording each winning grade for each of the s games to the reference numbers corresponding to the number of wins;
Wherein after performing the assignment of the reference number of each winning grade for each first s game, to identify the reference number for the winning grade also it is all not assigned the first s game, the s pieces of game information the t (1 ≦ t ≦ n-s ) other than the game, and the designated winning grade of the respective t-number of games, the occurrence of the specified winning grade of the respective t-number of game A probability is input, and the number of winnings for each of the designated winning grades for each of the t games is determined by multiplying the number of the released winnings by the occurrence probability of the designated winning grades for each of the inputted t games. Any of the t games is assigned to a reference number that is not assigned a winning grade for any of the s games. Second winning grade assignment means for recording in association allocates the specified winning grade Te,
Program to function as.

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