TWI234480B - Diffusing type game control manner - Google Patents

Abstract

There is provided a diffusing type game control manner, which comprises a diffusing space composed of a plurality of regions; a plurality of variable units capable of being placed in the regions of the diffusing space and operated in the regions, wherein the variable unit includes an internal value and each variable unit can be configured differently based on the internal value; and a diffusing type data processing unit for performing a relation operation dedicated to the internal value of the variable unit in the diffusing space and regions so as to produce a diffusing operation. The diffusing type game control manner first configures one of the regions in the diffusing space as a triggering region, and configures a specific operation of the variable unit as a triggering operation. When a user drives the variable unit to generate a triggering operation, the diffusing type data processing unit takes the triggered region as a starting point to sequentially diffuse and transmit to each adjacent region according to the diffusing direction, so as to complete the diffusing and relation operations of each variable unit.

Description

1234480 V. Description of the invention (1) [The invention to which the invention belongs is a variable unit of a plurality of regions, and the inner value of a region variable unit of an adjacent edge [the current market market to which the invention belongs is due to its simple structure and intellectual property. The home is loved; and multiple vacancies formed by the size and phase are used to completely show the vertical movement of the pattern, the Tao ... etc .; Technical field] It is related to the game control method, and more specifically refers to a composition Diffusion space, built-in package I in each area, and a diffusion data processing unit to perform diffusion and relational calculations on the trigger area to trigger and change each. PRIOR ART] Different benefits and regular ages The level of the game is large. Users arrange them in order from the rest of the pieces. The small pieces with different shapes reach the intelligent game. Among them, the puzzle is easy to learn, easy to be extensive, and it has also been played by many players. Take the board to remove a piece, and use the horizontal or vertical movement to make the printed piece on the piece move to a horizontal or predetermined position (such as Single, carrying square height, so this puzzle is suitable for matching rectangular pieces to adjust the pieces on the board 'or to make them specific but' regardless of arranging specific patterns or moving specific pieces to a predetermined position, this The rules of puzzle-like puzzles are fixed and less volatile. The only changes are only in the initial arrangement of the pieces. After using it for a period of time, the player can easily walk down its solution or specific rules and lose its playability. [Invention Contents] The technical problem to be solved by the invention: The rules of customizing Yingzhi platter are fixed and have little change. The only changes are only

1234480, description of the invention (2) At the beginning, the pieces are arranged differently. After playing for a period of time, players can easily memorize their solutions or specific rules, and lose their playability. Technical means for solving the problem: A diffusion game control method, which mainly includes: ^ A diffusion space, which is composed of a plurality of areas, and the area is divided into an effective area and an invalid area, and Each effective area is the area in which the game is played; if the area has internal triggering, expansion, and / or dispersion methods, the specific action of the diffusion space is the internal action of changing the unit ’s diffusion, movement, and stacking according to the direction of diffusion. Generates expanded variable units with multiple solution numbers. The variable units are within the range and actions can be generated within the area; an internal value, and each variable unit can be within the variable unit based on the diffusion data processing unit. The relationship between the values is compared with the effect of the prior art: a region in the diffused game controller of this creation is the trigger region, and the action is set to 'when the user drives the variable political data processing unit to spread in the trigger sequence To the area of each adjacent edge, the relation operation. The user can continuously rotate the various variable units to trigger the calculations around them. The game type is highly volatile and the user can continuously try multiple solutions. ▲ And this creation can add the actions that the thixotropic unit can generate in the game. Conditions can be placed in the area of the diffusion space, and the variable unit contains different values with different internal values. The diffusion space and region can be targeted to generate a diffusion operation. The formula is to set the variable unit early generation to generate Touch the area as the starting point and complete the various variable units that can be placed and removed. It is not easy to get tired of the same game; the number of shots, the distance to be used as the game, or the restrictions and methods,

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To increase the difficulty of the game, Tang Pan shouts & · ^ · • PI & μ ^ ^ Difficulty and fun, and the diffusion space can be a two-dimensional plane space or a two-dimensional three-dimensional space 4. People ,, ^ ^ ^ Is composed of two, combined with a variable unit composed of a plurality of variable units, 俾 η is even 4α ^ flat to produce a variety of different game changes. [The embodiment to which the invention belongs] The present invention is a diffusion game control method, which mainly includes a diffusion space (10), the diffusion space (10) is composed of a plurality of regions (11), and The area (11) is divided into an effective area (111) and a benefit area (112), and each effective area (111) is used as an area variable unit (20) for the game. The variable unit (20) is Can be placed in the area (11) of the diffusion space, and can generate actions in the area (11), whose actions include actions such as insertion, removal, movement, and stacking; among the variable elements (20) It includes an internal value, and each variable unit (20) can have different appearances according to the internal value. The variable unit can change the display color and display pattern or text to distinguish different appearances. ~ A diffusion data processing unit (30), which can perform the relationship operation between the diffusion * gate (10) and the internal value of the variable unit (30) in the area (11) and synchronize with the diffusion space (10). Diffusion operations are generated in each area (11), and the Shanghai divergence direction includes horizontal, vertical, and oblique directions; ^ As shown in the first figure and the first figure, a two-dimensional planar diffusion formed by a 4x4 area (11) Space (10) is taken as an example. The diffusion data processing unit (30) sets one of the areas (丨 f) of the diffusion space (丨 0) according to the rules of the game and sets the variable unit (2 〇) The specific action is touch

1234480 V. Description of the invention (4) When the action is made, the soil should be diffused. When the driver drives the variable unit (20) to generate a trigger action, for example, the second physical unit (30) uses the trigger area (12) as The starting point, the area (12) is 丨: Take the area (11) in the first row and the second column on the left as the trigger n), and the rest of the area (11) according to the diffusion direction (12 mesh "domain (121)" , The second target area (22), and the third target: "the fourth target area (124) and the fifth target area (125); and the internal value of the variable unit (2.) is the diffusion value, borrow- 2: M: region. 21) When a variable order exists in the first target region (121), the π f 5 diffusive data processing unit (30) compares the diffusion value with the first target region (121). The internal value of the variable unit (20) is generated after performing a relational operation, and the normal value is generated, and the complete value of the variable unit (20) in the first target area (121) is a diffusion value, and is directed to the second target area. (丨 2 2) Diffusion and transmission until the completion of the diffusion calculation of the region 2 (11), where the diffusion value of the region (i) is zero when the region (11) is not set to I (20). Value, if Zone or (11) if it is an invalid zone (11 2), the variable unit (20) is not allowed to be produced in the bean ^, but it is still available for the diffusion data processing unit (30) to transmit diffusion and the diffusion value is also The value is zero; the user can repeatedly set each variable, field, built-in: fetch, multi-motion or stacking, and use the diffusion data processing unit (30) to enter the diffusion operation to make the entire diffusion space ( 1) A change corresponding to the variable unit (20); In order to enable the review committee to better understand the operation principle of the case, the following is a detailed description using an example: within the variable unit (2 0) The value is represented by 0 and 1. Different values are shown on page 8. 1234480 V. Description of the invention (5) Take the change of f as an example. When the internal value of the variable unit (20) is 0 ... 1 1 7 〇 (20) is displayed in white. When "") Nei Xinhai ", the variable unit (20) is displayed in black; the internal value of Zao Fan (2〇) is Watt i: scattered data The relational calculation method of the processing unit (30) is mutual exclusion or relation, that is, the operation result of 0 & 0 is' <, ·, is ο, and the operation of 1 and 0 is 苴 纴The difference results of A, Λ /, 丨 and the difference between / -t solid and 1 are also 1;-Refer to Figure 2A and Figure 3 for the month, which is a 3 × 3 two two n / The formed diffusion space (10) is based on five effective areas (), and formed into a cross-shaped space and five variable units with internal value 丨) to play, each effective area ⑴. The sequence defines the variable unit of each effective area (111) and the action of taking out, and each time the placement is turned into your house, the placement is M,, X. ^ ^ ^ The effectiveness of the seat placement Area as the touch area (12); want to display it as 5 (0,1,1,0,0) as shown in the third frame; as shown in Figure 4A ~ 4E, its solution and action The details of the method are as follows: A FI 2 · Put 6 into the variable unit (20) with an internal value of 1 (as shown in the fourth Λ diagram); The variable unit (20) 'is then subjected to the diffusion operation by the diffusion-type Behr processing unit (30)' b'c'd, e)-(0,0,1, 〇, 〇) (as shown in the fourth b) ; 3. Take out the variable unit (20) with a value of b and put it back. (B) c, d, e)-(l, 0, l, i, i) (as shown in the fourth figure c) after the diffusion processing of the material processing unit (30); 4, the internal value of b, c is 0. Take the variable unit (20) with 1, and take the internal value

1234480 V. Description of the invention (6) Insert c into the variable unit (20) (as shown in the figure ㈣); • then set the variable oil, oil processing unit (30) with an internal value of 1 Diffusion operation t: (20 is set, and b passes through the diffused asset (as shown in the fourth £ chart), that is,% difference / $ a'b'c'd'e) = (0'i, i, 〇, o) A this # can achieve the purpose required by the game; (2) the area where the LK bulk space (1) is located (11) is restricted to the expected-one play restriction: # Γί f in, take out, move, Actions such as stacking are: 2: the action of taking out; or the second: (20) put in the area ⑴), it is impossible to put in the expected value of different internal values in advance I ΟΛ the area of the take out action (11) and fun ; In addition, it can be 4+ = early (,) to increase the difficulty of the game. It can also make 针对 ρ and v, J repeated trigger times for each area (11). Pull the μ 1 system, for example, with different triggering variable units (20: to determine the reach of the spread :: the game mode and purpose, enter the second and second quarters to make a variety of different as shown in the fifth A picture ... Wei for production Life and two games , A ^ is the eight you 3x 3 - dimensional plane diamond diffusion space region 1 (Shu square)) composed of, a whine

C ^ ⑴), and spread toward each other; each effective area ⑴η is sequentially defined as a, b, 'mountain, g, and the variable unit (20) of each effective area (111) can be inserted and removed, and A7 F Both sides take turns to play for the game, and the effective area (ιη) which is the place action after playing 豕 ^ is the trigger area (12). In the eighth, a, b, and c belong to Party A's position, and d, e And f belong to Party B's position. Both Party A and Party B have the same number of variable units (20), and g will randomly place a variable unit (20) at the beginning of the game, and 2 is the area where the action cannot be taken out. (11); When the variable unit (20) in the position is generated

V. Description of the invention (7) The owner took away a large amount of 1⑽; As shown in the diagram of a variable unit with a variable unit, the effective area (1U) g can be randomly placed first (UT fr (" b > c) ^ ^ 4 --- (111) A is early (2〇), and finally the effective area two a of the placement action is generated, 1K a, b, c, g) = (1, 0, 1, 0) As shown in the fifth 匸 pi 1: After the diffusion operation is performed by the diffusion data processing unit (30), the figure in c is not shown, and the graph = fifth in figure E. Party B puts in the effective areas first in (d, e,... = = Ή Diffusion-type data processing unit ⑶) Diffusion is possible ⑵); ΐ B double two, the variable unit game with a change in the above is counted U fixed time or the number of rounds is over (m: m ^ scattered game The control method is to first set the diffusion space one = M +: domain (11) as the trigger area (12), and set the variable single r =) as the starting point, and the order = ° =: sϊvariable unit (2〇) Diffusion and relational operations. Putting or removing each variable unit (20) at will, triggering the surrounding 1234480 V. Description of the invention (8) The remaining variable units are large, each variable is a single line game, and the same solution is used to test multiple solutions. By adding games, the domain (41) is more synchronized and deeper, including placement, and sometimes can be combined to form a variable play; the inner value of production (20) is also a game that is easy to get tired of; It can be invented in the difficulty of the movement generated by the game. The direction of diffusion is to move in and out, and the element is rotated. (51) The diffusion can be phased, and the diffusion direction can be removed. Actions, and calculations, the variety of game types to move or stack each other into a variety of solutions, users can continue to taste the number of triggers, the distance of diffusion or each piece as a game limit and method, time; time (4 0 ) Can be a three-dimensional area except horizontal, vertical, and oblique directions, and each variable unit (50) except for the stacking action, each variable unit (50) can be composed of a plurality of variable units. 50) The combination of the variable elements (5 1) is shown in the sixth A drawing, which is located in a two-dimensional three-dimensional diffusion space (40) composed of a _2χ2χ2 region (41), and is variable. Element (5 djt), where the variable element (51) a is composed of a variable 'unit (50) with an internal value of 1, and the variable element (51) is composed of two internal values. The variable unit (50) consisting of 0 and 1 is composed of 'the variable element (5 丨) c is composed of two variable units (50) whose internal value is both 1, and the variable element (51) d It is an L-shaped variable element (51) composed of three internal units (0, 0, 1) and a variable unit (50). 'The variable elements (51) in each area (41) can be placed. And take-out action, and the area (41) where the variable element (51) a generates an insertion action is the trigger area (42), and the variable element (51) a changes its

Page 12 of 1234480 V. Explanation of the invention (9) Internal value; when the user is in the manner shown in the sixth β diagram, each can be expected: (51) is placed in the diffusion space (40) and combined into The sixth c diagram is the same as the cube shown in the wide surface of a few cows μ, and the internal value of the variable element (51) a is changed to 0, and 0 is displayed by the scattered data processing unit (60). For the cube of κ, the user can re-take out the variable elements (5 rearranged and then put it into the diffusion space (40) to make a difference), and as shown in Figure 7A, the The diffusion space (40) is a $, triangular pyramid formed by regions (41). The top first residence (41) is defined as a, and the second-level region (41) is defined as b, c, and rows. 7: The second area (41) is defined as e, f, g, h, i,], where the relative rotation action generated by the variable unit (50) of = (41) is the trigger action to be located at the top of the rotation axis The area (41) is the trigger area (42); "Variable: as shown in the second figure, the area (41) 3,", ",..., Z becomes earlier (50) and the internal values are (0), respectively. , 1, 〇, , 1,1,1,10), when the user takes the area (41 ^) a as the top of the rotation axis, the inverse of the variable unit (50) in the area (4i) b, two, and d of the second layer When the clockwise rotation is at an angle, the internal value of the c-processing unit T2 single Λ (50) is °, 1, 0, and spread through the diffusion data. ^ Take the area-domain (41) a as the trigger area (42). , The variable unit (5 (within the dead zone in (Π) or (41) a, b, C, d, e, f, g, h, i, j can be divided into other wii ends, and according to The different vertices of the clockwise or inverse cone are the variable units (50) in the top of the rotation axis. T ^ turn the second or third layer area (41) by an angle, so that the triangular cubic cone expands 1234480. V. Description of the invention (ίο) Each variable unit (50) in the scattered space (40) produces different changes; although this case is described with several preferred embodiments, those skilled in this art can not deviate from the spirit of this case Do different forms under the category " " μ 丄 厂 / 丨 今 、 贝 々 〇w 丨 ～ mfrom Gongye Bencha, scope. Jufan does not violate the spirit of this case to limit the scope of patent application in this case ^ Modifications or changes, the above examples are only used to illustrate the case, support.

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Claims (1)

1234480 VI. Scope of Patent Application 1. A diffusion game control method, which mainly includes: A diffusion space, which is composed of a plurality of areas, and the area is divided into effective areas and invalid areas, and The area where the game is played in each effective area; ⑽ ... a number of variable units, which can be placed in the area of the diffusion space and can generate actions in the area; where the variable unit ^ package; Value, and each variable unit can have different appearances according to the internal value; s a diffuse data processing unit, which can perform relational operations on the internal values of the variable units in the diffusion space ^ and generate diffusion operations; 1. The diffusion game control method is to first set a region of the diffusion space as a trigger region, and set a specific action of the variable unit as a trigger action. When a user drives the variable unit to generate a trigger action, the 1 data processing The unit is based on the trigger area, and the diffusion side = two = are passed to each adjacent area, and the diffusion of each variable unit is completed. “中 3. 中 4. 中 2. According to the diffusion game control described in item 丨 of the patent application, the relational operation is mutually exclusive or calculation. ^ ^ The diffusion game control described in item 1 of the patent application, the diffusion direction includes horizontal and vertical And the oblique direction. /. As described in the diffused game control described in item 3 of the patent application scope, when the calculation of the relationship between the variable units in the area is completed, it is expected that the internal value is converted into a completed value, and the diffusion The completion value of the 7-degree data is the diffusion value, and the downward direction is the diffusion value = the 5. The diffusion game controller described in item 3 of the scope of patent application ^ Zheng Qi Page 16 Ϊ234480 Scope of patent application Medium value. When the unit is variable, the diffusion value of the area is zero. For example, the diffusion value of the invalid area in the patent application scope of the 3rd game? The diffusion value of the invalid area is ..., where, as described in item 1 of the scope of the patent application. Diffusion game control method, its effective area can limit the number of triggers of the diffusion. In the diffusion game control method described in item 1 of the scope of the patent application in 8, the effective area can limit the distance of diffusion. 9. The diffusion game control method described in item 1 of the scope of the patent application, in which the effective area can limit the actions that the variable unit can produce. . 〇 The diffusion game control method as described in item 1 of the scope of the patent application, wherein ‘the variable unit includes at least different types of rain. 1 1 · The diffused game controller described in item 10 of the scope of patent application, wherein the variable unit can change the display color to distinguish different ones. 1 2 · As described in item 10 of the scope of patent application Diffusion game controller = ° Wherein, the variable unit can change the display pattern to distinguish different types = '13 · The diffusion game controller described in item 10 of the patent application scope g °, where the variable The unit can change the displayed text to distinguish between different types. I '14. The diffusion game controller L as described in item 1 of the scope of patent application. The diffusion space is a two-dimensional plane. [15] The diffused game controller described in item 14 of the scope of patent application, wherein the variable unit actions in the diffused space include placement, movement, and stacking. 16. The diffusion game control method described in item 1 of the scope of patent application, I234480 VI. The scope of patent application Lu-17. If the space is a three-dimensional space. Among them, the note refers to the diffused game control method described in item 16 of the scope of interest, ^ ", the divergent direction includes horizontal, vertical, oblique and depth directions. ± The diffused method described in item 16 of the scope of patent application Game control method, the eighth 'the variable unit action in the diffusion space includes placing, taking out, moving, stacking and rotating. 19. The diffusion game control method as described in item 16 of the scope of patent application, wherein, A plurality of adjacent variable units can be combined into a variable element.