TW201636910A - Two-dimensional difference apportioning balance module - Google Patents

Abstract

A two-dimensional difference apportioning balance module comprises an apportioning group definition element, an apportioning formula definition element, and an apportioning and balancing element. The apportioning group definition element is configured to identify apportioned figures, apportioned items, and relationships thereof. The apportioning formula definition element stores information of all apportioning formulas and the apportioning and balancing element is used to achieve difference balance and also handle sum balance.

Description

Two-dimensional approximation of the tail difference balance module

The invention relates to a two-dimensional approximating tail difference balancing module, in particular to a two-dimensional approximating tail difference balancing module which selects the most suitable algorithm according to different allocations to perform tail difference balancing.

At present, the accounting system is often apportioned due to business needs, and the balance of the tail difference needs to be apportioned because the number of decimal places is such as an integer (yuan) or a decimal number (corner). Sometimes it is necessary to carry out two-dimensional apportionment. For example, when the project final account is to be transferred to property, the relevant cost and expenses must be distributed to multiple properties. The cost and expenses are distributed to each property to the decimal place, but the final amount of each property. However, an integer is required. At this time, the balance of the tail difference needs to be reached after the cost and expenses are allocated. Finally, the balance of the property and the total number of the final accounts of the project need to be balanced.

The numerical apportionment is mainly composed of the number of apportioned, the apportioned project and the apportionment formula, and the corresponding apportionment factor is obtained according to the apportionment formula; and the apportionment number has a decimal place requirement (for example, an integer number is taken), and the apportionment number is totaled at this time. There will be a tail difference with the number of points to be apportioned, and the number of tail differences must be adjusted to a certain number of points to balance.

In view of the above-mentioned problems of the prior art, it is an object of the present invention to provide a two-dimensional distribution tail difference balancing module. The distribution group defines the component records to be allocated and the apportionment item; the apportionment formula defines the apportionment formula corresponding to the number of the component records; the apportionment and balance component executes the apportionment process according to the number of shares, the apportionment project, and the apportionment formula, and completes the apportionment process The tail balance program is executed after the program.

As described above, the two-dimensional approximation of the tail difference balancing module according to the present invention may have one or more of the following advantages:

1. The invention can reach the balance of the tail difference of the component group, and can balance the number of tail differences after the sharing.

2. The present invention can provide a variety of tail difference balancing algorithms for selection, and the most suitable algorithm can be selected according to the allocation to perform tail difference balancing.

100‧‧‧Assessed

C1‧‧‧ number of shares

C2‧‧‧ number of shares

C3‧‧‧Assessed

3000‧‧‧Assessed

3001‧‧‧Assessed

3002‧‧‧Assessed

110‧‧ ‧ apportion formula

3200‧‧ ‧ apportion formula

3201‧‧ ‧ apportion formula

3202‧‧ ‧ apportion formula

111‧‧‧Assessing factor

112‧‧‧scoring factors

113‧‧‧scoring factors

120‧‧ ‧ apportion

130‧‧‧ counts

140‧‧‧ counts

150‧‧‧ tail difference

D1‧‧‧ tail difference

D2‧‧‧ tail difference

D3‧‧‧ tail difference

DSumC‧‧‧ difference

Dsum‧‧‧ tail difference

SumR1‧‧‧ total number of points

SumR2‧‧‧ total number of points

SumR3‧‧‧ total number of points

R1‧‧‧ apportioned project

R2‧‧‧ apportioned project

R3‧‧‧ apportioned project

C1R1‧‧‧ apportionment

C2R1‧‧‧ apportionment

C3R1‧‧‧ apportionment

C1R2‧‧‧ counts

C2R2‧‧‧ counts

C3R2‧‧‧ apportionment

C1R3‧‧‧ counts

C2R3‧‧‧ counts

C3R3‧‧‧ apportionment

IC1R1‧‧‧ apportionment

IC2R1‧‧‧ apportionment

IC3R1‧‧‧ apportionment

IC1R2‧‧‧ apportionment

IC2R2‧‧‧ number of shares

IC3R2‧‧‧ apportionment

IC1R3‧‧‧ apportionment

IC2R3‧‧‧ apportionment

IC3R3‧‧‧ apportionment

3010‧‧ ‧ apportioned project

3011‧‧ ‧ apportioned project

3012‧‧ ‧ apportioned project

300‧‧‧Apportioned the differential balance module

310‧‧‧Distribution group definition component

320‧‧‧Assessing formula definition components

330‧‧‧Assessing and balancing components

331‧‧ ‧ apportion processing unit

332‧‧‧Balance maximization unit

333‧‧‧Balanced minimized unit

334‧‧‧Custom balance unit

3340‧‧‧ Condition setting unit

3341‧‧‧Custom parameter setting unit

335‧‧‧Total inspection unit

SumC‧‧‧ total number of assessed shares

S501~S504‧‧‧Step process

S5010~S5013‧‧‧Step procedure

S5020‧‧‧Step process

S5030‧‧‧Step process

S5040~S5041‧‧‧Step procedure

FIG. 1 is a schematic diagram of an embodiment of a two-dimensional approximation of a tail difference balancing module of the present invention.

Figure 2 is a schematic diagram of another embodiment of the two-dimensional approximation of the tail difference balancing module of the present invention.

Figure 3 is a schematic diagram of the system architecture of the two-dimensional approximation of the tail difference balance module of the present invention.

Figure 4 is a schematic diagram of still another embodiment of the two-dimensional approximation of the tail difference balancing module of the present invention.

Figure 5 is a flow chart of the two-dimensional approximation of the tail difference balancing method of the present invention.

Referring to FIG. 1 , the present invention provides an apportioned tail difference balancing module, which relates to a group of assessed shares 100 and a group of apportioning numbers 120, a number of apportions 130, and a number of apportioning points 140 for apportioning and a single apportionment of the tail difference balance and total number. Balance module. The numerical apportionment is mainly composed of the apportioned number 100 and the apportionment formula 110, and the corresponding apportionment factor 111, the apportionment factor 112, and the apportionment factor 113 are obtained according to the apportionment formula 110; and the apportionment number 120, the apportionment number 130, and the apportionment number 140 have The number of decimal places is required (for example, an integer number is taken). At this time, the total number of points will be generated from the number of points to be apportioned, and the number of tails must be adjusted to a certain number of points for balance.

An important feature of the present invention is to provide a tail balance module for a group of assessed shares and a group of assessed items, so that each of the assessed numbers can achieve a balance balance, and the final total can also be balanced, and the balance is as shown in FIG. Shown. There are 3 points for the number of points to be allocated, the number of points to be allocated C2, the number of points to be allocated C3, and the number of items to be allocated, R1, and the number of items to be apportioned for R3, and it is necessary to note that this figure is only an example, and the present invention is not limited. The above number of assessments and the number of assessed projects. Each of the number of shares C1, the number of shares to be assessed C2, and the number of points to be counted C3 are distributed and processed to generate the number of shares C1R1, the number of shares C2R2, and the number of points for apportionment C3R3, and the number of tails D1, the number of tails D2, and the number of tails are generated. D3, after the balancing mechanism of the present invention, the number of the difference D1, the number of the difference D2, and the number of the difference D3 can be added to the specific number of points C1R1, the number of points C2R2, and the number of points C3R3, to achieve a single number of points C1 and a number of points C2 It is balanced by the number of C3s. Then, calculate the total number of apportionment points C1R1, the number of apportions C2R2, and the number of apportions C3R3, and generate the total number of SumR1, the total number of SumR1, and the total number of points, SumR3, and the total of the total number of shares. The number of stalls summed up by SumC is DSumC, and the balance module is used to achieve the total balance.

Please refer to FIG. 3 , which is a schematic diagram of an embodiment of the apportioned tail difference balancing module of the present invention. The module 300 of the present invention comprises: a distribution group defining component 310, an allocation formula defining component 320, and a sharing and balancing component 330. The distribution group definition component 310 is used to record all the information attributes of the number of shares 3000, the number of shares 3001, the number of shares 3002 and the item 3010, the item 3011, the item 3012, and the identity and relationship. When a number of shares 3000, a number of shares 3001, and a number of shares 3002 are added to the distribution group, the distribution group defining component 310 will augment the information attribute of the number of shares and record the number of decimal places and the relationship between them. Share project information. Similarly, when a number of shares 3000, a number of shares 3001, and a number of shares 3002 are added to the distribution group, the distribution group definition component 310 will also augment a distribution item information attribute, and record the total number of decimal places required and There are related information about the number of shares. Thereafter, the component group defined by the component can be accessed by other components, and the component number 3000, the number of shares 3001, and the number of shares 3002 can be identified by the component. The distribution formula defining component 320 stores information of the apportioned number 3000, the number of apportioned numbers 3001, the apportioned formula 3200 used by the apportioned number 3002, the apportionment formula 3201, and the apportionment formula 3202, each of which is divided by 3000, the number of apportioned 3001, and The allocation number 3002 needs to record the allocation formula 3200, the allocation formula 3201, the allocation formula 3202, and the tail difference balancing algorithm to be used, and the formula of the component definition can be accessed by the sharing and balancing component 330. The distribution and balancing component 330 provides a distribution process and a plurality of differential balance methods for selection. The distribution processing unit 331 accesses the distribution group definition component 310 and the distribution definition formula component 320, and obtains the corresponding number of apportioned 3000, the number of shares 3001, and is apportioned. The number 3002 is collected according to the distribution formula 3200, the apportionment formula 3201, and the apportionment formula 3202, and the apportionment factor is collected to perform the apportionment process. After each apportionment, a variance balance algorithm can be used to achieve the number of apportioned 3000, the number of apportioned 3001, and the score. The balance number 3002 is balanced with the number of assessments, and includes: a balance maximum unit 332, a balance minimum unit 333, and a custom balance unit 334. The balance maximum unit 332 is the balance after the balance is reached to the maximum spread. The balance minimum unit 333 is the balance value after the balance is reached and the tail difference is placed. The custom balance unit 334 is used to provide a customized balance algorithm, and achieves the purpose of the custom balance algorithm by custom balance conditions and parameter settings. After the allocation group has completed the apportionment and the tail difference is balanced, the total number checking unit 335 is automatically started to calculate whether the total number is consistent with the total number of the apportioned numbers, and if there is a tail difference, the tail difference is further balanced.

According to the present invention, an apportioned deviation balance module 300 identifies the number of shares to be apportioned 3000, the number of shares to be apportioned 3001, the number of shares to be apportioned 3002 and the apportioned item 3010, the apportioned item 3011, and the apportioned item 3012 by using the apportionment group definition component 310. The number of shares to be distributed 3000, the number of shares to be apportioned 3001, the number of shares to be apportioned 3002, the number of shares to be apportioned 3010, the number of shares to be apportioned 3011, and the number of shares to be apportioned are 30, and the number of shares to be apportioned is 300, the number of shares to be apportioned is 3001, and the number of shares to be allocated is 3002. The information is included in the distribution group definition component 310, and the allocation formula 3000, the allocation number 3001, the allocation number 3002, the allocation formula 3201, and the assessment formula 3202 are defined in the distribution formula definition component 320. The module 300 architecture utilizes the apportionment and balancing component 330 to collect the various allocation factors for apportioning, and balances the single apportioned number of tails, and finally performs a total check to achieve a total balance.

The apportioned tail difference balancing module 300 is composed of a distribution group defining component 310, an apportionment formula defining component 320, and an apportioning and balancing component 330. In the following discussion, it is assumed that the current system implements a distribution group for apportionment. Many of the assessed shares are 3000, the number of shares is 3001, the number of shares is 3002, and the apportioned project 3010, the apportioned project 3011, and the apportioned project 3012 are prepared for a share group. Make an assessment. It should be noted that the present invention does not limit the number of shares to be allocated and the number of assessed items. Transfer information to the apportioned tail balance module to facilitate the sharing and tail balance operation.

In this embodiment, when the number of shares is added 3000, the distribution group defining component 310 records the attribute of the number of shares 3000 in advance, and records the distribution relationship between the number of points 3000 and the item 3010, the item 3011, and the item 3012. At the same time, an allocation formula defining component 320 is assigned to the number of allocations 3000, and the allocation formula defining component 320 stores the allocation formula 3202 of the number of allocations 3000, and each of the allocated numbers has a dedicated allocation formula defining component. The entire apportionment number is defined by the relevant apportionment formula, that is, the apportionment factor is collected and apportioned. After the apportionment is completed, the tail difference balance is performed. The mechanism for selecting the tail difference balance algorithm is described later: the tail to be used in advance The difference balance is defined in the apportionment formula as a prerequisite for the apportionment; or each algorithm can be given a weight to jointly determine the balance algorithm to be used after the apportionment; or the most suitable tail difference balance algorithm can be automatically selected. After the tail difference balancing algorithm is selected, the apportionment and balancing component 330 uses the selected tail difference balancing algorithm unit to balance and balance the difference. After the above steps are completed, the total number checking unit 335 checks whether the total number has a tail difference with the total number of points. If there is a tail difference, the balance is automatically calculated by the tail difference balancing algorithm. The balance is over.

The distribution group defining component 300 of an embodiment of the present invention includes a plurality of number of points to be apportioned 3000, a number of points to be apportioned 3001, a number of points to be apportioned 3002, a plurality of apportioned items 3010, an apportioned item 3011, and an apportioned item 3012, and the number of shares is allocated 3000, the number of shares 3001, the number of shares to be apportioned 3002 also includes information attributes that can be used to identify the number of points to be shared, and information related to each of the apportioned items 3010, the apportioned items 3011, the apportioned items 3012, and the number of decimal places. Information can also be extended to other attributes. In the definition of the distribution group, it is necessary to add a definition of the total number, which is the total of all the assessed points, in order to facilitate the subsequent processing of the total balance difference. This embodiment is used to identify the information attribute of the number of shares 3000, the number of shares 3001, and the number of points 3002. The distribution group definition component 310 integrates all the information of the number of shares to be apportioned 3000, the number of shares to be apportioned 3001, the number of shares to be apportioned 3002 and the apportionment item 3010, the apportionment item 3011, and the apportionment item 3012. The distribution group information will provide the apportionment formula definition component 320 and the apportionment and balance. Element 330 is accessed.

Taking the three groups of the number of points C1, the number of points C2, and the number of points C3 as an example, the distribution group generated by the group definition component 310 is as shown in FIG. 4, and the row is the number of points C1 and The number of assessments C2, the number of assessed shares C3, the straight-line behavioral apportionment project R1, the apportionment project R2, and the apportionment project R3. Take the example of the number of shares C1 as an example. The letter "I" indicates the number of points to be identified, "C" indicates the number of shares, "R" indicates the item, "D" indicates the number of steps, and the number of points is represented by C1. And the apportionment item R1 indicates that in the relationship between the number of shares C1 and the item R1, the component will be recorded as the appraisal information of the apportionment number IC1R1, which respectively represents the identification information of the apportioned number C1 to the apportionment item R1, and The number of shares C1 is recorded as the number of tails D1 when the tail difference is generated to identify the number of tails.

The apportion formula definition component 320 is composed of the apportionment formula information, stores the apportionment formula of each apportioned number, and records the divergence balance algorithm to be used, and then the related information can be accessed by the apportionment and balance component.

The apportionment and balancing component 330 implements a tail difference balancing mechanism, first collecting the contribution factors through the allocation formula defining component 320 and performing the apportionment, and balancing the number of groups to be distributed by the tail difference balancing algorithm, and the component provides a tail difference balancing algorithm. The details will be described later using the example used in Fig. 4.

Maximize the balance: balance the maximum number of allocations, and take the maximum number of points to balance the tail difference. For example, after the number of shares is allocated, the maximum value after apportionment is the number of shares. IC1R1 adds the number of tails D1 to the number of shares IC1R1.

Minimize the transaction volume: balance the maximum number of allocations, and take the maximum number of allocations to balance the tail difference. For example, after the number of allocations C2 is allocated, the minimum value is the number of shares IC2R3, and the number of tails D2 is added to the number of shares IC2R3.

Custom weight: For the purpose of providing a customized tail balance algorithm, the group is allowed to customize the tail balance condition and set the parameters. For example, the number of all the difference is determined by a certain number of points. To undertake; or to be amortized by the number of points with the heaviest weights defined; or to combine a variety of balance algorithms to produce a customized hybrid algorithm.

After the apportionment and balancing component 330 completes the apportionment of the respective apportioned numbers, the total count of each apportioned item has its specific meaning and the number of decimal places. At this time, the total number of tests is performed, and the total of the total number of the apportioned items is the total of the apportioned number. If there is a tail difference Dsum, it is adjusted according to the total difference balance algorithm. The total balance must be adjusted to the total value of the apportionment. If the custom weight mode is specified, the tail balance is balanced. For the item R2, add the total number of points to SumR2 as shown in Figure 4.

The present invention further provides a two-dimensional method for balancing the tail difference, which is shown in FIG. 5, and the steps thereof include: step S501: recording the number of points to be allocated and the item of allocation; step S502: recording the formula for sharing the number of points to be allocated; S503: execute an allocation processing program according to the number of points to be allocated, the item of assessment, and the formula of the allocation; and step S504: execute the tail difference balancing program after completing the allocation processing program.

Wherein, step S501 further comprises the following steps: Step S5010: Generate an information attribute of the number of shares according to the number of points to be allocated; Step S5011: record the number of decimal places of the number of points to be allocated and the number of items corresponding to the number of points to be allocated; Step S5012: Generate attribute information of the item according to the item of allocation; Step S5013: Record the total number of digits of the demand and the number of points of the corresponding item.

Step S502 further includes the following steps: Step S5020: storing the allocation formula corresponding to the number of allocations and the tail difference balancing algorithm.

Step S503 further includes the following steps: Step S5030: After obtaining the corresponding number of shares and collecting the contribution factor according to the allocation formula corresponding to each of the number of points to be allocated, the allocation processing procedure is executed.

Step S504 further includes the following steps: Step S5040: performing a tail difference balancing procedure according to the tail difference balancing algorithm after the sharing processing program is completed; and step S5041: after completing the sharing processing procedure and the tail difference balancing program, determining whether the total number is The total number of shares is the same.

The detailed method and implementation method of the above two-dimensional approximation of the tail difference balancing method have been described in the description of the two-dimensional approximation of the tail difference balancing module, and will not be described herein.

In summary, the two-dimensional approximation of the tail difference balancing module of the present invention focuses on the balance of the tail difference after the apportionment, and the important feature is to provide a tail difference balancing module for the group of assessed groups, each of which is divided into groups. After the number of shares is apportioned, the number of tail differences needs to be balanced. Finally, it is checked whether the total number also produces a tail difference. If there is a tail difference, the balance mechanism should also be started. The two-dimensional approximation of the tail difference can be easily achieved in various systems that need to be allocated, and the development cost can be saved by repeated references.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

3000‧‧‧Assessed

3001‧‧‧Assessed

3002‧‧‧Assessed

3200‧‧ ‧ apportion formula

3201‧‧ ‧ apportion formula

3202‧‧ ‧ apportion formula

3010‧‧ ‧ apportioned project

3011‧‧ ‧ apportioned project

3012‧‧ ‧ apportioned project

300‧‧‧Apportioned the differential balance module

310‧‧‧Distribution group definition component

320‧‧‧Assessing formula definition components

330‧‧‧Assessing and balancing components

331‧‧ ‧ apportion processing unit

332‧‧‧Balance maximization unit

333‧‧‧Balanced minimized unit

334‧‧‧Custom balance unit

3340‧‧‧ Condition setting unit

3341‧‧‧Custom parameter setting unit

335‧‧‧Total inspection unit

Claims (10)

A two-dimensional apportioned tail difference balancing module comprises: a share group defining component, recording a plurality of assessed numbers and a plurality of apportioned items; an apportioning formula defining components, and recording a plurality of apportioning formulas corresponding to the apportioned numbers; And an apportioning and balancing component, performing an apportioning process according to the number of shares, the apportioned items, and the apportioning formulas, and executing a tail balance balancing process after completing the apportioning process. The two-dimensional distribution tail difference balancing module of claim 1, wherein the distribution group defining component generates a plurality of numbered information attributes according to the number of points to be allocated. The two-dimensional apportioned tail difference balancing module of claim 2, wherein the distribution group defining component further records the plurality of apportioned decimal places of the number of shares and the corresponding number of shares Some apportioned projects. The two-dimensional distribution tail difference balancing module of claim 3, wherein the distribution group defining component generates a plurality of distribution item information attributes according to the distribution items. For example, the two-dimensional apportioned tail difference balancing module described in claim 4, wherein the distribution group defining component further records a total number of decimal places and corresponding information of the number of shares corresponding to the allocation items. The two-dimensional apportioned tail difference balancing module according to claim 1, wherein the apportioning formula defining component stores each of the apportioning formulas and a tail difference balancing algorithm corresponding to each of the apportioned numbers. The two-dimensional apportioned tail difference balancing module of claim 6, wherein the apportioning and balancing component obtains a plurality of corresponding apportioned numbers corresponding to each of the apportioned numbers and corresponding to the apportionment formula corresponding to each of the apportioned numbers. After the factor is allocated, the allocation process is executed. The two-dimensional approximating the tail difference balancing module according to claim 7, wherein the apportioning and balancing component performs the tail difference balancing procedure according to the differential balance algorithm after the apportioning process is completed. The two-dimensional approximating the tail difference balancing module as described in claim 8 , wherein the apportioning and balancing component comprises: a balanced maximum unit, wherein the balance is placed to a maximum apportioned value when the balance is reached; The minimum unit is to assign the tail difference to a minimum spread value when the balance is reached; and a custom balance unit to perform a custom balance algorithm according to a custom balance condition and a plurality of parameter settings. The two-dimensional apportioned tail difference balancing module of claim 1, wherein the apportioning and balancing component further comprises a total number of inspection units, the total number of inspection units being after the completion of the apportioning process and the tail difference balancing process , to determine whether a total is the same as the total of the number of points.