Live pig breeding data management system

Abstract

The invention provides a live pig breeding data management system comprising a data structure tree module used for displaying live pig breeding data in a tree structure; the data statistics module is used for carrying out statistics on the breeding effect calibration level of the live pig breeding data in each growth stage and displaying a statistical result in a chart structure; therefore, a user can select items in the tree structure and / or the chart structure so as to check the required data. According to the method, the live pig breeding data is divided into two forms of a tree structure and a chart structure to be displayed, the breeding effect calibration level of the live pig breeding data in each growth stage is counted, and the statistical result is displayed by the chart structure; in this way, a user can more intuitively check the number of the live pig breeding data corresponding to each different feeding effect calibration level, and check the live pig breeding data according to the feeding effect calibration levels or the number of the live pig breeding data, so that the requirement of the user for checking the data based on the statistical result is met.

Description

Technical Field

[0001] The invention belongs to the field of pig breeding data management, and in particular relates to a pig breeding data management system. Background Art

[0002] Traditionally, pig breeding data is managed in the form of paper documents. With the development of intelligent technology, it has become a trend to enter pig breeding data into the server to facilitate users to conduct systematic queries. However, pig breeding data is usually stored in the form of data strips, and each data is displayed in the form of a list, which is very difficult for users to view. After filtering out the corresponding data, users still need to perform statistics by themselves, which cannot meet the growing needs of users. Summary of the invention

[0003] The present invention provides a pig breeding data management system to solve the problem that the current pig breeding data is displayed in a list form, which is inconvenient to view and cannot meet the needs of users for viewing based on statistical results.

[0004] According to a first aspect of an embodiment of the present invention, there is provided a pig breeding data management system, comprising:

[0005] The data structure tree module is used to display pig breeding data in a tree structure;

[0006] The data statistics module is used to count the feeding effect calibration levels of the pig breeding data at each growth stage and display the statistical results in a chart structure; so that the user can select items in the tree structure and / or chart structure to view the required data.

[0007] In an optional implementation, the data structure tree module displays the corresponding pig breeding data in the pig breeding database in a tree structure, each pig breeding data in the pig breeding database includes multiple growth stages, each growth stage includes feed parameters, environmental parameters, feeding plans and feeding effect calibration levels, the feed parameters, environmental parameters and feeding plans all include corresponding specific implementation methods, the growth stage is taken as the first level in the tree structure, the three categories of feed parameters, environmental parameters and feeding plans are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plans are taken as the third level;

[0008] The data statistics module is based on the corresponding pig breeding data in the pig breeding database, and for each growth stage, counts the number of pig breeding data at different feeding effect calibration levels, obtains the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and displays the corresponding relationship at each growth stage in a chart structure;

[0009] The user selects the corresponding specific implementation method under the corresponding category of the corresponding growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category of the corresponding growth stage, and what kind of feeding effect calibration level can be achieved by combining with each specific implementation method of other categories under the growth stage;

[0010] The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects all categories under the growth stage in the tree structure corresponding to the data structure tree module, so as to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at the growth stage;

[0011] The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects the corresponding specific implementation method under the corresponding category of the growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at the growth stage.

[0012] In another optional implementation, the data structure tree module is initially empty, and the data statistics module initially displays various breeds of pigs and various generations of each breed. After the user selects the corresponding generation of the corresponding breed, the data statistics module sends a first selection signal including the breed and generation to the data structure tree module;

[0013] The data structure tree module selects the names of breeding farms with the breed and generation from the pig breeding database according to the breed and generation in the first selection signal, and displays the selected breeding farm names in a tree structure;

[0014] After the user selects the corresponding breeding farm name, the data structure tree module selects the pig breeding data of the breed and generation under the breeding farm from the pig breeding database; the selected pig breeding data is displayed in a tree structure; in the tree structure, the growth stage is taken as the first level, the three categories of feed parameters, environmental parameters and feeding plan are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan are taken as the third level.

[0015] After the user selects the corresponding breeding farm name, the data structure tree module will also send a second selection signal including the breeding farm name to the data statistics module; the data statistics module will filter out the pig breeding data of the breed and generation under the breeding farm from the pig breeding database according to the breeding farm name in the second selection signal; based on the filtered pig breeding data, for each growth stage, the number of pig breeding data at different feeding effect calibration levels is counted to obtain the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and the corresponding relationship at each growth stage is displayed in a graphical structure.

[0016] In another optional implementation, when the user wants to view the pig breeding data of the corresponding feeding effect calibration level under the corresponding growth stage, the user can select the corresponding feeding effect calibration level under the corresponding growth stage from the data statistics module, and then the data statistics module sends a first selection signal including the growth stage and the feeding effect calibration level to the data structure tree module;

[0017] The data structure tree module selects the pig breeding data of the feeding effect calibration level at the growth stage from the pig breeding data selected last time according to the growth stage and the feeding effect calibration level in the first selection signal, takes the three categories of feed parameters, environmental parameters and feeding plan as the first level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan as the second level, and displays the pig breeding data selected this time in a tree structure;

[0018] At this time, if the user wants to view the corresponding specific implementation method under the corresponding category, and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at this growth stage, the user can select the specific implementation method under the corresponding category from the data structure tree module; thereafter, the data structure tree module sends a second selection signal including the category and the specific implementation method to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation method under the category from the pig breeding data screened last time, and displays the combination of the specific implementation method under the category and the corresponding specific implementation methods under other categories, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level;

[0019] At this time, if the user wants to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at this growth stage, the user can select all categories from the data structure tree module; the data structure tree module will send a second selection signal including all categories to the data statistics module; the data statistics module displays the combination of specific implementation methods under each category based on the pig breeding data screened last time, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level.

[0020] In another optional implementation, when the user wants to view the specific implementation method corresponding to the category of the corresponding growth stage, and what kind of feeding effect calibration level can be achieved in combination with the various specific implementation methods in other categories under the growth stage, the user may not select the feeding effect calibration level in the data statistics module, but directly select the specific implementation method corresponding to the category of the corresponding growth stage from the data structure tree module; thereafter, the data structure tree module sends a second selection signal including the growth stage, category and specific implementation method to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation method under the category of the growth stage from the pig breeding data screened last time, and displays the combination of the specific implementation method under the category of the growth stage and the corresponding specific implementation methods under other categories, and the feeding effect calibration level corresponding to each combination; it also displays the variety and generation, breeding farm name and growth stage.

[0021] The beneficial effects of the present invention are:

[0022] 1. The present invention divides the pig breeding data into two forms: a tree structure and a chart structure for display. The present invention performs statistics on the feeding effect calibration level of the pig breeding data at each growth stage, and displays the statistical results by a chart structure, so that the user can more intuitively view the number of pig breeding data corresponding to each different feeding effect calibration level, and view the pig breeding data according to the feeding effect calibration level or number, which meets the user's demand for viewing data based on statistical results;

[0023] 2. The data structure tree module and the data statistics module of the present invention are also designed to interact with each other by signals. The two adjust their display contents according to the interaction information and simplify the display content options, so that users can quickly find the options they need, thereby improving the efficiency of users viewing data;

[0024] The present invention can check the corresponding specific implementation methods under the corresponding category of the corresponding growth stage by selecting them individually or in combination, and can check what kind of feeding effect calibration level can be achieved by combining with various specific implementation methods of other categories under the growth stage; check how the specific implementation methods under various categories are combined to achieve the feeding effect calibration level at the growth stage; check which specific implementation methods of the corresponding specific implementation method under the corresponding category are combined with which specific implementation methods of other categories to achieve the feeding effect calibration level at the growth stage; what can be checked are all data after statistical analysis, rather than data in list form, which greatly improves the user's good experience of viewing data;

[0025] The present invention refines data from multiple aspects, including varieties, generations, breeding farms, growth stages, three categories including feed parameters, environmental parameters and feeding plans, and specific implementation methods of each category, which can meet the needs of users to view data to a greater extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 It is a schematic diagram of the structure of an embodiment of the pig breeding data management system of the present invention;

[0027] Figure 2 It is the first interface for managing pig breeding data of the present invention;

[0028] Figure 3 It is the second interface for managing pig breeding data of the present invention;

[0029] Figure 4 It is the third interface for managing pig breeding data of the present invention;

[0030] Figure 5 It is the expansion interface of the data structure tree module in the third interface of the present invention;

[0031] Figure 6 It is the fourth interface of pig breeding data management of the present invention;

[0032] Figure 7 It is the fifth interface of pig breeding data management of the present invention;

[0033] Figure 8 This is the sixth interface for pig breeding data management of the present invention. DETAILED DESCRIPTION

[0034] In order to enable those skilled in the art to better understand the technical solutions in the embodiments of the present invention and to make the above-mentioned purposes, features and advantages of the embodiments of the present invention more obvious and understandable, the technical solutions in the embodiments of the present invention are further described in detail below in conjunction with the accompanying drawings.

[0035] In the description of the present invention, unless otherwise specified and limited, it should be noted that the term "connection" should be understood in a broad sense. For example, it can be a mechanical connection or an electrical connection, or it can be the internal connection between two elements. It can be a direct connection or an indirect connection through an intermediate medium. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0036] See also Figure 1 , is a schematic diagram of the structure of an embodiment of the pig breeding data management system of the present invention. The pig breeding data management system can be applied to a terminal, such as a PC, etc. The system may include: a data structure tree module, which is used to display pig breeding data in a tree structure;

[0037] The data statistics module is used to count the feeding effect calibration levels of the pig breeding data at each growth stage and display the statistical results in a chart structure; so that the user can select items in the tree structure and / or chart structure to view the required data.

[0038] In this embodiment, the data structure tree module displays the corresponding pig breeding data in the pig breeding database in a tree structure. Each pig breeding data in the pig breeding database includes multiple growth stages, and each growth stage includes feed parameters, environmental parameters, feeding plans and feeding effect calibration levels. The feed parameters, environmental parameters and feeding plans all include corresponding specific implementation methods. In the tree structure, the growth stage is taken as the first level, the three categories of feed parameters, environmental parameters and feeding plans are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plans are taken as the third level. The data statistics module is based on the corresponding pig breeding data in the pig breeding database, and for each growth stage, the number of pig breeding data at different feeding effect calibration levels is counted to obtain the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and the corresponding relationship at each growth stage is displayed in a chart structure.

[0039] The user selects the corresponding specific implementation method under the corresponding category of the corresponding growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category of the corresponding growth stage, and what kind of feeding effect calibration level can be achieved by combining with each specific implementation method of other categories under the growth stage;

[0040] The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects all categories under the growth stage in the tree structure corresponding to the data structure tree module, so as to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at the growth stage;

[0041] The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects the corresponding specific implementation method under the corresponding category of the growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at the growth stage.

[0042] In addition, if Figure 2 As shown, the data structure tree module can be initially empty. The data statistics module initially displays various breeds of pigs and various generations of each breed. After the user selects the corresponding generation of the corresponding breed, the data statistics module sends a first selection signal including the breed and generation to the data structure tree module. The data structure tree module selects the names of breeding farms with the breed and generation from the pig breeding database according to the breed and generation in the first selection signal, and displays the selected breeding farm names in a tree structure, as shown in FIG. Figure 3 Each pig breeding data in the pig breeding database includes multiple growth stages, each growth stage includes feed parameters, environmental parameters, feeding plan and feeding effect calibration level, and the feed parameters, environmental parameters and feeding plan all include corresponding specific implementation methods.

[0043] After the user selects the corresponding breeding farm name, the data structure tree module selects the pig breeding data of the breed and generation under the breeding farm from the pig breeding database; the growth stage is taken as the first level, the three categories of feed parameters, environmental parameters and feeding plan are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan are taken as the third level, and the selected pig breeding data are displayed in a tree structure. Figure 4 and Figure 5 shown.

[0044] After the user selects the corresponding breeding farm name, the data structure tree module will also send a second selection signal including the breeding farm name to the data statistics module; the data statistics module screens out the pig breeding data of the breed and generation under the breeding farm from the pig breeding database according to the breeding farm name in the second selection signal; based on the screened pig breeding data, for each growth stage, the number of pig breeding data at different feeding effect calibration levels is counted to obtain the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and the corresponding relationship at each growth stage is displayed in a chart structure, such as Figure 4 shown.

[0045] When reviewing pig breeding data, Figure 4 The interface shown can be divided into two situations:

[0046] In the first case, when the user wants to view the pig breeding data of the corresponding feeding effect calibration level under the corresponding growth stage, the user can select the feeding effect calibration level under the corresponding growth stage from the data statistics module, and then the data statistics module sends a first selection signal including the growth stage and the feeding effect calibration level to the data structure tree module; the data structure tree module selects the pig breeding data of the feeding effect calibration level under the growth stage from the pig breeding data screened last time according to the growth stage and the feeding effect calibration level in the first selection signal, takes the three categories of feed parameters, environmental parameters and feeding plan as the first level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan as the second level, and displays the pig breeding data screened this time in a tree structure, combined with Figure 6 and Figure 7 shown.

[0047] At this time, if the user wants to view the specific implementation method under the corresponding category and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at this growth stage, the user can select the specific implementation method under the corresponding category from the data structure tree module, such as Figure 7 As shown; thereafter, the data structure tree module sends a second selection signal including the category and the specific implementation to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation under the category from the pig breeding data selected last time, and displays the combination of the specific implementation under the category and the corresponding specific implementation under other categories, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level;

[0048] At this time, if the user wants to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at this growth stage, the user can select all categories from the data structure tree module, such as Figure 6 As shown; the data structure tree module sends the second selection signal including all categories to the data statistics module; the data statistics module displays the combination of specific implementation methods under each category based on the pig breeding data screened last time, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level.

[0049] In the second case, when the user wants to view the specific implementation method of the corresponding category of the corresponding growth stage, combined with the specific implementation methods of other categories under the growth stage, what kind of feeding effect calibration level can be achieved. Figure 4 In the interface shown, the user can expand Figure 4The tree structure of the data structure tree module in the data structure tree module directly selects the specific implementation method corresponding to the corresponding category of the corresponding growth stage from the data structure tree module, such as Figure 8 As shown; thereafter, the data structure tree module sends a second selection signal including the growth stage, category and specific implementation method to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation method under the category at the growth stage from the pig breeding data selected last time, and displays the combination of the specific implementation method under the category at the growth stage and the corresponding specific implementation methods under other categories, and the feeding effect calibration level corresponding to each combination; it also displays the variety and generation, breeding farm name and growth stage.

[0050] As can be seen from the above embodiments, the present invention divides the pig breeding data into two forms, namely, a tree structure and a chart structure, for display. The present invention performs statistics on the feeding effect calibration levels of the pig breeding data at each growth stage, and displays the statistical results by a chart structure, so that the user can more intuitively view the number of pig breeding data corresponding to each different feeding effect calibration level, and view the pig breeding data according to the feeding effect calibration level or the number of items, thereby satisfying the user's need to view data based on the statistical results; in addition, the data structure tree module and the data statistics module of the present invention are also designed to be able to perform signal interaction, and the two adjust their display content according to the interactive information, and simplify the display content options, so that the user can quickly find the options they need, thereby improving the user's data viewing efficiency;

[0051] The present invention can check the specific implementation methods corresponding to the categories in the corresponding growth stage by selecting them individually or in combination, and can check what kind of feeding effect calibration level can be achieved by combining with the specific implementation methods of other categories in the growth stage; check how the specific implementation methods in various categories are combined to achieve the feeding effect calibration level in the growth stage; check which specific implementation methods of the corresponding category are combined with the specific implementation methods of other categories to achieve the feeding effect calibration level in the growth stage; what can be checked are the data after statistical analysis rather than the data in the form of a list, which greatly improves the user's good experience of viewing data.

[0052] The present invention refines data from multiple aspects, including varieties, generations, breeding farms, growth stages, three categories including feed parameters, environmental parameters and feeding plans, and specific implementation methods of each category, which can meet the needs of users to view data to a greater extent.

[0053] Those skilled in the art will readily appreciate other embodiments of the present invention after considering the specification and practicing the invention disclosed herein. This application is intended to cover any variations, uses or adaptations of the present invention that follow the general principles of the present invention and include common knowledge or customary techniques in the art that are not disclosed by the present invention. The specification and examples are to be considered exemplary only, and the true scope and spirit of the present invention are indicated by the following claims.

[0054] It will be appreciated that the invention is not limited to the precise construction that has been described above and shown in the drawings and that various modifications and changes may be made without departing from its scope. The scope of the invention is governed solely by the appended claims.

Claims

1. A pig breeding data management system, characterized in that: include: The data structure tree module is used to display pig breeding data in a tree structure; The data statistics module is used to count the feeding effect calibration levels of the pig breeding data at each growth stage and display the statistical results in a chart structure; so that the user can select items in the tree structure and / or chart structure to view the required data.

2. The pig breeding data management system according to claim 1, characterized in that: The data structure tree module displays the corresponding pig breeding data in the pig breeding database in a tree structure, each pig breeding data in the pig breeding database includes multiple growth stages, each growth stage includes feed parameters, environmental parameters, feeding plan and feeding effect calibration level, the feed parameters, environmental parameters and feeding plan all include corresponding specific implementation methods, the growth stage is taken as the first level in the tree structure, the three categories of feed parameters, environmental parameters and feeding plan are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan are taken as the third level; The data statistics module is based on the corresponding pig breeding data in the pig breeding database, and for each growth stage, counts the number of pig breeding data at different feeding effect calibration levels, obtains the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and displays the corresponding relationship at each growth stage in a chart structure; The user selects the corresponding specific implementation method under the corresponding category of the corresponding growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category of the corresponding growth stage, and what kind of feeding effect calibration level can be achieved by combining with each specific implementation method of other categories under the growth stage; The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects all categories under the growth stage in the tree structure corresponding to the data structure tree module, so as to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at the growth stage; The user selects the feeding effect calibration level in the chart under the corresponding growth stage of the data statistics module, and selects the corresponding specific implementation method under the corresponding category of the growth stage in the corresponding tree structure of the data structure tree module to view the corresponding specific implementation method under the corresponding category and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at the growth stage.

3. The pig breeding data management system according to claim 2, characterized in that: The data structure tree module is initially empty, and the data statistics module initially displays various breeds of pigs and various generations of each breed. After the user selects the corresponding generation of the corresponding breed, the data statistics module sends a first selection signal including the breed and generation to the data structure tree module; The data structure tree module selects the names of breeding farms with the breed and generation from the pig breeding database according to the breed and generation in the first selection signal, and displays the selected breeding farm names in a tree structure; After the user selects the corresponding breeding farm name, the data structure tree module selects the pig breeding data of the breed and generation under the breeding farm from the pig breeding database; the selected pig breeding data is displayed in a tree structure; in the tree structure, the growth stage is taken as the first level, the three categories of feed parameters, environmental parameters and feeding plan are taken as the second level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan are taken as the third level. After the user selects the corresponding breeding farm name, the data structure tree module will also send a second selection signal including the breeding farm name to the data statistics module; the data statistics module will filter out the pig breeding data of the breed and generation under the breeding farm from the pig breeding database according to the breeding farm name in the second selection signal; based on the filtered pig breeding data, for each growth stage, the number of pig breeding data at different feeding effect calibration levels is counted to obtain the corresponding relationship between the feeding effect calibration level and the number of pig breeding data at the growth stage, and the corresponding relationship at each growth stage is displayed in a graphical structure.

4. The pig breeding data management system according to claim 2, characterized in that: When the user wishes to view the pig breeding data of the corresponding feeding effect calibration level under the corresponding growth stage, the user can select the corresponding feeding effect calibration level under the corresponding growth stage from the data statistics module, and then the data statistics module sends a first selection signal including the growth stage and the feeding effect calibration level to the data structure tree module; The data structure tree module selects the pig breeding data of the feeding effect calibration level at the growth stage from the pig breeding data selected last time according to the growth stage and the feeding effect calibration level in the first selection signal, takes the three categories of feed parameters, environmental parameters and feeding plan as the first level, and the specific implementation methods of the feed parameters, environmental parameters and feeding plan as the second level, and displays the pig breeding data selected this time in a tree structure; At this time, if the user wants to view the corresponding specific implementation method under the corresponding category, and which specific implementation methods of other categories can be combined to achieve the feeding effect calibration level at this growth stage, the user can select the specific implementation method under the corresponding category from the data structure tree module; thereafter, the data structure tree module sends a second selection signal including the category and the specific implementation method to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation method under the category from the pig breeding data screened last time, and displays the combination of the specific implementation method under the category and the corresponding specific implementation methods under other categories, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level; At this time, if the user wants to view how the specific implementation methods under each category are combined to achieve the feeding effect calibration level at this growth stage, the user can select all categories from the data structure tree module; the data structure tree module will send a second selection signal including all categories to the data statistics module; the data statistics module displays the combination of specific implementation methods under each category based on the pig breeding data screened last time, and also displays the variety and generation, breeding farm name, growth stage and feeding effect calibration level.

5. The pig breeding data management system according to claim 2, characterized in that: When the user wants to view the specific implementation method corresponding to the category of the corresponding growth stage, and what kind of feeding effect calibration level can be achieved in combination with the various specific implementation methods of other categories under the growth stage, the user may not select the feeding effect calibration level in the data statistics module, but directly select the specific implementation method corresponding to the category of the corresponding growth stage from the data structure tree module; thereafter, the data structure tree module sends a second selection signal including the growth stage, category and specific implementation method to the data statistics module; the data statistics module selects the pig breeding data with the specific implementation method under the category of the growth stage from the pig breeding data screened last time, and displays the combination of the specific implementation method under the category of the growth stage and the corresponding specific implementation methods under other categories, and the feeding effect calibration level corresponding to each combination; it also displays the variety and generation, breeding farm name and growth stage.

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