CN113487429B - Stock preemption registration method and device for stock pool of securities and visual calculation method - Google Patents
Stock preemption registration method and device for stock pool of securities and visual calculation method Download PDFInfo
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- CN113487429B CN113487429B CN202110693864.6A CN202110693864A CN113487429B CN 113487429 B CN113487429 B CN 113487429B CN 202110693864 A CN202110693864 A CN 202110693864A CN 113487429 B CN113487429 B CN 113487429B
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q40/00—Finance; Insurance; Tax strategies; Processing of corporate or income taxes
- G06Q40/04—Trading; Exchange, e.g. stocks, commodities, derivatives or currency exchange
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q40/00—Finance; Insurance; Tax strategies; Processing of corporate or income taxes
- G06Q40/03—Credit; Loans; Processing thereof
Abstract
The application discloses a stock preemption registration method and device for a stock pool of securities and a visual calculation method, belonging to the field of securities management. A stock preemption registration method for a pool of securities, comprising: measuring and calculating available stock of the securities sources and displaying the stock for standby to camp on; calculating the preemption position of the preempted available inventory and obtaining preemption information; the preemption information is recorded. The application improves the visual effect of ticket pool management by using the visual frame of the plane coordinate system, and the available and pre-occupied information is clear at a glance. With the help of a two-dimensional graphic Boolean algorithm, the available stock is placed at the bottom of the available stock for a long period, the preemption blocks are placed at the top of the available stock as much as possible, and the preemption blocks are ensured to be free from crossing, so that the space which is as complete as possible is moved for the follow-up newly-added preemption by the algorithm, and the ticket pool management work for pursuing high utilization rate is greatly facilitated.
Description
Technical Field
The application relates to a stock preemption registration method and device for a stock pool of securities and a visual calculation method, belonging to the technical field of securities management.
Background
In recent years, the securities lending market is developed rapidly, the bilateral demands of market supply and demand are gradually changed, the traditional demand butt joint and ticket source management mode is urgently required to be upgraded, and the information technology is urgently required to reduce the management complexity and improve the management level, so that the transaction efficiency and the customer service level are improved.
The management of the stock pool is the core work of the stock lending business, the stock pool manager registers the preemption information in the stock pool stock in response to the demand of borrowing clients, the follow-up allocation of the stock source stock is planned in advance, and different stock pool managers should share the preemption information to avoid repeated occupation.
Conventional commodity inventory management methods such as just-in-time production inventory management method (JIT), economic batch method (EOQ), ABC key control method, etc., focus on ensuring that inventory is kept in a reasonable amount by a certain control method. However, unlike general commodity inventory management, the ticket sources have double management attributes of quantity and term, and the conventional commodity inventory management mode cannot adapt to the management requirements of the stock ticket pools. Therefore, we propose a stock preemption registration method, device and visual calculation method for a stock pool of securities.
Disclosure of Invention
The application aims to overcome the defects in the prior art, provides a stock preemption registration method and device for a stock pool and a visual calculation method, and solves the technical problem that the traditional commodity stock management mode cannot adapt to the management requirement of the stock pool.
In order to achieve the above purpose, the application is realized by adopting the following technical scheme:
in a first aspect, the present application provides a stock preemption registration method for a stock pool of securities, comprising:
measuring and calculating available stock of the securities sources and displaying the stock for standby to camp on;
calculating the preemption position of the preempted available inventory and obtaining preemption information;
the preemption information is recorded.
Further, the available inventory is obtained by multiplying the daily available stock number calculated from the borrowed contracts when forming the inventory, the contracts formed when the ticket source is borrowed to the downstream customer, and the spread contracts of the downstream customer by the ticket source.
Further, the available inventory is in the form of a two-dimensional area with a transverse width representing a deadline and a longitudinal height representing a market value, and the available inventory in the form of the two-dimensional area is displayed by a planar coordinate system with an x-axis representing days and a y-axis representing market values.
Further, the available inventory is arranged from top to bottom in a planar coordinate system according to the order of the time limit from short to long.
Furthermore, the user performs preemption on the available inventory by adding the preemption block, and the preemption position is calculated by calculating the affiliated position of the preemption block in the plane coordinate system.
Further, the location to which the preemption block belongs satisfies that the preemption location is within the available inventory area and does not intersect other preemption blocks.
Further, the preemption information includes a target, an occupied number, an occupied start-stop date and an occupied operation time.
In a second aspect, the present application provides a stock-keeping registration device for a stock-keeping registration method for a stock-keeping pool of securities, which is used for executing any one of the above-mentioned stock-keeping registration methods for a stock-keeping pool of securities, comprising:
the available stock calculation module is used for calculating available stock of the stock ticket source and outputting the available stock to the front-end visualization and interaction module;
the front-end visualization and interaction module is used for displaying the available inventory output by the available inventory calculation module and supporting a user to preempt the available inventory;
the pre-occupation position calculation module is used for calculating the pre-occupation position of the available inventory and obtaining pre-occupation information;
and the pre-occupation information storage module is used for recording pre-occupation information of the user.
In a third aspect, the present application provides a method for visually calculating a coupon pool and preemption, including:
acquiring source data related to available inventory;
calculating available inventory of starting points of each contract in the source data;
converting the available inventory into a rectangular list;
arranging an initial position of a preemption block;
adjusting the preemption position of the preemption block to be disjoint with other preemption blocks;
the preemption locations are converted to form a rectangular list.
Compared with the prior art, the application has the beneficial effects that:
the application discloses a stock preemption registering method and device for a stock pool of securities and a visual calculating method, by utilizing the planar coordinate system visualization frame, the visual effect of ticket pool management is improved, and the available and pre-occupied information is clear at a glance. With the help of a two-dimensional graphic Boolean algorithm, the available inventory is placed at the bottom of the available inventory for a long period, the preemption blocks are placed at the top of the available inventory as much as possible, and the preemption blocks are ensured to be free from crossing, so that the space which is as complete as possible is moved out for the follow-up newly-added preemption by the algorithm, the ticket pool management work pursuing high utilization rate is greatly facilitated, in addition, the preemption and the sharing of information can be rapidly and accurately carried out among ticket pool management staff, the management complexity is reduced, and the transaction efficiency and the customer service level are improved.
Drawings
Fig. 1 is a flowchart of a stock preemption registration method for a security pool according to an embodiment of the present application.
Detailed Description
The application is further described below with reference to the accompanying drawings. The following examples are only for more clearly illustrating the technical aspects of the present application, and are not intended to limit the scope of the present application.
Example 1
The first embodiment of the application provides a stock preemption registering device for a stock pool, which comprises an available stock calculating module, a front end visualization and interaction module, a preemption position calculating module and a preemption information storage module. The stock preemption registration apparatus for a stock pool of securities can be applied to various stock management scenarios involving time limit, lending of a quantity of financial products, wherein:
and the available inventory calculation module is used for calculating the daily available stock number according to the borrowing contract alpha when the inventory is formed, the contract beta when the ticket source is borrowed to the downstream customer and the exhibition contract gamma of the downstream customer, and obtaining the available inventory zeta after multiplying the daily available stock number and the stock price theta of the ticket source.
The available inventory for a target j on day i satisfies:
ζ ij ＝θ ij (α ij -β ij -γ ij )
the module outputs to the front end visualization and interaction module in a two-dimensional area mode, a plurality of two-dimensional available spaces are subjected to Boolean addition, and in a plane coordinate system, the available stock transverse width represents a term and the longitudinal height represents a market value.
The front-end visualization and interaction module is used for displaying available inventory (polygonal area consisting of available areas) in a visualized mode through a plane coordinate system, wherein the x-axis of the plane coordinate system represents days, and the y-axis represents market values. The ticket pool manager can add a preemption block in the polygonal area. After successful preemption, other preemption administrators can see that a preemption block is registered in the available inventory area. Since the ticket source cannot be borrowed simultaneously to multiple customers, there is no crossover between the multiple preemption blocks. In order to ensure that the utilization rate of the coupon pool is improved as much as possible, the available space is moved out of the whole area as much as possible, so that longer-term available stock is arranged below, shorter-term available stock is arranged above, and the preempting block is arranged above as much as possible under the condition of unchanged start and stop dates, thereby ensuring the maximum area under the available space. The location of the preemption block is calculated by a preemption location calculation module.
The pre-occupation position calculation module is used for calculating the position of the pre-occupation block in the plane coordinate system, wherein the p-th pre-occupation block is a rectangle, the transverse width represents the term, the longitudinal height represents the market value, and the position (x p1 ,y p1 ) Rectangular upper left corner position (x p1 ,y p2 ) Rectangular lower right corner position (x p2 ,y p1 ) The location satisfies:
(1) Camping on a location within an available inventory area, i.e
(2) There is no intersection with other preemption blocks q, i.eWherein (1)>Representing that the preemption block p intersects with the preemption block q; intersection judgment of two-dimensional graphs of pre-occupied blocks: the distance between the rectangular center points of the two pre-occupied blocks is less than half of the width of the two rectangles in the x-axis projection, or the distance between the two pre-occupied blocks in the y-axis projection is less than the height of the two rectanglesHalf of (a), namely:
and the preemption information storage module is used for recording preemption information registered by the ticket pool manager, and comprises a target, the occupied number (number of strands), occupied start-stop dates, occupied operation time and the like.
It should be noted that the preemption blocks of different ticket pool managers are displayed in different colors in the available space, so as to intuitively distinguish and facilitate the ticket pool managers to coordinate internally. In addition, when the ticket pool manager performs preemption, the ticket pool manager is prevented from excessively preempting according to whether the available inventory is enough or not to prompt. Moreover, the system is applied to a stock preemption registration system of a stock ticket pool, and can also be applied to various stock management scenes related to time limit and quantity financial product borrowing.
Example two
The second embodiment of the application provides a stock preemption registering method for a stock pool of securities, comprising the following steps:
measuring and calculating available stock of the securities sources and displaying the stock for standby to camp on;
calculating the preemption position of the preempted available inventory and obtaining preemption information;
the preemption information is recorded.
The method comprises the steps that the pre-occupation information comprises a standard, an occupied quantity, occupied start-stop dates, occupied operation time and the like, available stock is obtained by multiplying the daily available stock number by the stock price of each stock of a ticket source, and the daily available stock number is calculated according to borrowed contracts when the stock is formed, contracts formed when the ticket source is borrowed to a downstream customer and the exhibition contracts of the downstream customer; in addition, the available inventory takes the form of a two-dimensional area with a transverse width representing the deadline and a longitudinal height representing the market, the available inventory of the two-dimensional area being displayed by a planar coordinate system with an x-axis representing the days and a y-axis representing the market. The available inventory may be arranged in a planar coordinate system from top to bottom in a short to long order. When the user performs preemption on the available inventory by adding the preemption block, the preemption position is obtained by calculating the affiliated position of the preemption block in the plane coordinate system, and here, it needs to be explained that the affiliated position of the preemption block satisfies that the preemption position is in the available inventory area and does not intersect with other preemption blocks.
Example III
The third embodiment of the application also provides a coupon pool and a visual calculation method of preemption, which are based on borrowing contracts when forming inventory, lending contracts when lending to downstream clients, extension contracts of downstream clients, preemption information registered by coupon pool management personnel, target stock prices and the like. The method comprises the following steps:
step one, acquiring source data related to available inventory: alpha, borrowed contracts when forming inventory, beta, contracts when the coupon source borrows downstream customers, gamma, expanded contracts for downstream customers.
And step two, calculating available inventory of starting points and stopping points of each contract. Because the impact on available inventory during the contract validation period is continuous, the available inventory need not be calculated daily, only at the key start-stop point of each contract. The starting and ending points of three types of contracts form a sequence x according to the ascending order of dates 1 ，x 2 ..，x n At each change point x i If the current change point corresponds to a borrowing contract (contract amount alpha i ) Starting, or corresponding, to lending contracts (contract amount beta i ) Ending, or corresponding to, an open contract of a downstream customer (contract quantity gamma i ) And finally, increasing the current available market value by corresponding contract quantity on the basis of the previous change point, namely:
ζ i ：＝ζ i-1 +θ(α i -β i -γ i )
conversely, if the current change point corresponds to a borrowing contract (contract amount alpha i ) Ending, or corresponding, to lending contracts (contract amount beta) i ) Starting, or corresponding to, an open-period contract (contract amount gamma i ) Initially, the current available market value is reduced by a corresponding contract amount based on the previous change point, namely:
ζ i ：＝ζ i-1 -θ(α i -β i -γ i )
specifically, the first change point available inventory is 0. After the last change point is over, the available inventory is also 0.
And thirdly, converting the available stock to form a rectangular list. To facilitate front-end rendering, a rectangular list is formed of the available inventory based on the results of step two. The left and right coordinates of the rectangle are the x-axis positions of two adjacent changing points, the lower part of the rectangle is 0, and the height is the available stock zeta i 。
And step four, arranging the initial position of the pre-occupying block. Each preemption block is placed in a ceiling location of the available inventory. For the preemption block p, selecting the smallest available stock quantity from available stocks related to the deadline, and taking the smallest available stock quantity as the top height of the preemption block, namely:
y p2 ：＝min(ζ i )，i∈[x p1 ，x p2 ]
and fifthly, adjusting the preemption block to a position which is not intersected with other preemption blocks. Traversing each preemption block according to the creation date, detecting whether the preemption blocks with the determined positions intersect, if not, adding the preemption blocks into a preemption block sequence with the determined positions, wherein the sequence is arranged from high to low according to the positions; if the current pre-occupied block p is intersected with a pre-occupied block q at a certain determined position, the pre-occupied block q is downwards moved, the bottom of a conflict block q is used as the top of the pre-occupied block, and the intersection comparison is continuously carried out until a position which is not intersected with other pre-occupied blocks is found, namely:
and step six, converting the pre-occupation positions to form a rectangular list. To facilitate front-end rendering, the preemption information is formed into a rectangular list based on the results of step five. The left and right coordinates of the rectangle are the start and stop dates of the preemption, and the top of the rectangle is the calculated coordinate y of the step five 2 Rectangular bottom Representing an occupancy market value.
The application improves the visual effect of ticket pool management by using the visual frame of the plane coordinate system, and the available and pre-occupied information is clear at a glance. With the help of a two-dimensional graphic Boolean algorithm, the available stock is placed at the bottom of the available stock for a long period, the preemption blocks are placed at the top of the available stock as much as possible, and the preemption blocks are ensured to be free from crossing, so that the space which is as complete as possible is moved for the follow-up newly-added preemption by the algorithm, and the ticket pool management work for pursuing high utilization rate is greatly facilitated. In addition, the ticket pool management personnel can rapidly and accurately perform preemption and share information, so that the management complexity is reduced, and the transaction efficiency and the customer service level are improved.
It will be appreciated by those skilled in the art that embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flowchart illustrations and/or block diagrams, and combinations of flows and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The foregoing is merely a preferred embodiment of the present application, and it should be noted that modifications and variations could be made by those skilled in the art without departing from the technical principles of the present application, and such modifications and variations should also be regarded as being within the scope of the application.
Claims (3)
1. A stock preemption registration method for a pool of securities, comprising:
measuring and calculating available stock of the securities sources and displaying the stock for standby to camp on;
calculating the preemption position of the preempted available inventory and obtaining preemption information;
recording the pre-occupation information;
the available stock is obtained by multiplying the daily available stock number by the stock price of each stock of the ticket source, and the daily available stock number is calculated according to borrowing contracts when the stock is formed, contracts formed when the ticket source is borrowed to downstream clients and exhibition contracts of the downstream clients;
the available inventory is in a two-dimensional area form with a transverse width representing a term and a longitudinal height representing a market value, and the available inventory in the two-dimensional area form is displayed through a plane coordinate system with an x-axis representing days and a y-axis representing the market value;
the available inventory is arranged from top to bottom in a plane coordinate system according to the order of the time limit from short to long;
the user performs preemption on available inventory by adding preemption blocks, and the preemption position is calculated by calculating the affiliated position of the preemption blocks in a plane coordinate system;
the location of the preemption block meets the requirement that the preemption location is in the available inventory area and does not intersect other preemption blocks;
the preemption information includes a target, an occupied number, an occupied start-stop date, and an occupied operation time.
2. A stock-keeping registration device for a stock pool of securities is characterized in that, a method for performing the stock preemption registration method for a pool of securities as recited in claim 1, comprising:
the available stock calculation module is used for calculating available stock of the stock ticket source and outputting the available stock to the front-end visualization and interaction module;
the front-end visualization and interaction module is used for displaying the available inventory output by the available inventory calculation module and supporting a user to preempt the available inventory;
the pre-occupation position calculation module is used for calculating the pre-occupation position of the available inventory and obtaining pre-occupation information;
and the pre-occupation information storage module is used for recording pre-occupation information of the user.
3. A visual calculation method for coupon pool and preemption is characterized by comprising the following steps:
step one, acquiring source data related to available inventory;
calculating available inventory of starting points and stopping points of each contract; the three types of contracts start and stop points form a sequence according to ascending date, and at each change point, if the current change point corresponds to the start of borrowing contract engagement quantity for forming inventory, or corresponds to the end of lending contract engagement quantity for borrowing to a downstream client, or corresponds to the end of extension contract engagement quantity of the downstream client, the current available amount market value is increased by corresponding contract quantity on the basis of the previous change point;
otherwise, if the current change point corresponds to the end of the borrowing contract amount for forming the inventory, or corresponds to the beginning of the lending contract amount for borrowing to the downstream client, or corresponds to the beginning of the period contract amount for the downstream client, the current available amount market value is reduced by the corresponding contract amount on the basis of the previous change point;
step three, converting the available stock to form a rectangular list; forming a rectangular list of available inventory based on the result of step two; the left and right coordinates of the rectangle are the x-axis positions of two adjacent changing points, the lower part of the rectangle is 0, and the height is available stock;
step four, arranging the initial position of the pre-occupying block; placing each preemption block in a ceiling location of the available inventory; selecting the minimum available stock quantity from available stocks related to the deadline for the pre-occupying block p, and taking the minimum available stock quantity as the top height of the pre-occupying block;
fifthly, adjusting the preemption block to a position which is not intersected with other preemption blocks; traversing each preemption block according to the creation date, detecting whether the preemption blocks with the determined positions intersect, if not, adding the preemption blocks into a preemption block sequence with the determined positions, wherein the sequence is arranged from high to low according to the positions; if so, setting the current preemption block p to intersect with a preemption block q at a certain determined position, then moving the preemption block downwards, taking the bottom of the conflict block q as the top of the preemption block, and continuously performing intersection comparison until a position which does not intersect with other preemption blocks is found;
step six, converting the pre-occupied position to form a rectangular list; forming a rectangular list of the pre-occupation information based on the result of the step five; the left and right coordinates of the rectangle are the start and stop dates of the preemption, the top of the rectangle is the calculated coordinates of the step five, and the bottom of the rectangle represents the occupancy market value.
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| CN113487429A (en) | 2021-10-08 |
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