CN112540762A - UI (user interface) quick manufacturing method based on table and field optimization sorting - Google Patents
UI (user interface) quick manufacturing method based on table and field optimization sorting Download PDFInfo
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 39
- 238000005457 optimization Methods 0.000 title claims abstract description 14
- 238000004364 calculation method Methods 0.000 claims abstract description 62
- 238000000034 method Methods 0.000 claims abstract description 25
- 238000012163 sequencing technique Methods 0.000 claims abstract description 9
- 230000008676 import Effects 0.000 claims description 4
- 238000007619 statistical method Methods 0.000 claims description 3
- 230000002650 habitual effect Effects 0.000 abstract description 2
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/30—Creation or generation of source code
- G06F8/38—Creation or generation of source code for implementing user interfaces
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/24—Querying
- G06F16/245—Query processing
- G06F16/2458—Special types of queries, e.g. statistical queries, fuzzy queries or distributed queries
- G06F16/2462—Approximate or statistical queries
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/30—Creation or generation of source code
- G06F8/34—Graphical or visual programming
Abstract
The invention discloses a UI interface shortcut manufacturing method based on table and field optimized sorting, which comprises the following steps: s1: associating the local data table with the user data table; s2: a user registers or logs in to enter a UI shortcut making interface; s3: the UI rapid manufacturing interface comprises a basic element control directory area and a virtual canvas, the basic element control directory area is sorted according to field optimization, and a user performs rapid manufacturing on the UI interface by dragging a control of the basic element control directory area to the virtual canvas; the method and the device perform control sequencing through weighted calculation of the fields and the tables, judge necessary fields and tables when the user performs UI interface manufacturing according to the frequently used tables and the habitual field information of the user, perform control association on the necessary tables and arrange the necessary tables at the top of the directory area, facilitate the user to quickly find the required controls without frequent keyword retrieval, greatly accelerate the overall manufacturing time of the UI interface and reduce the manufacturing cost of the UI interface.
Description
Technical Field
The invention relates to the technical field of UI (user interface) editing, in particular to a quick UI making method based on table and field optimization sorting.
Background
When a User uses a smart phone, a computer, or other devices, the User often wants a User Interface (UI) to be beautiful, while paying attention to performance indexes. When the UI provided by the system is too monotonous, the user often wants to obtain UI content suitable for his model from more channels. Therefore, in addition to UI developers of systems and software, many UI production enthusiasts have emerged to produce and share UIs. However, making a UI requires laborious work on the part of the producer, and many producers wish to derive revenue from the making of the UI. However, for the user, most of the UI effects need to be used after the UI effects are tailored to determine whether the UI effects are really suitable for the user, and if the UI contents unsuitable for the user are downloaded by paying points, coins or even money, the user experience is reduced, so that the UI contents of the intelligent terminal need to be reasonably processed.
At present, a user can hardly make a UI interface by himself, and the UI interface cannot be made quickly, and when making the UI interface, a UI maker often needs to search for a needed control by keyword retrieval, which wastes a lot of time, sometimes, even cannot find the control which the user wants, and causes great difficulty in the UI interface making process.
For example, chinese patent application having application number CN201910549644.9 and application date of 2019, 06 and 24 discloses a method and a system for generating a UI interface, including: receiving a basic style making request of a basic control, entering a basic style making mode of the basic control, setting basic style attributes of the specified basic control under the specified path, and generating a corresponding basic style index table under the specified path; receiving a combined style making request of a template, and entering a control template or interface template making mode; making a control template based on the basic control with the set basic style attribute under the specified path, or making an interface template based on the basic control with the set basic style attribute under the specified path and the control template; setting a combination style attribute for the control template or the interface template; and receiving a UI interface manufacturing request, entering a new interface mode or an import interface mode, and generating a UI interface based on one or more of a basic control with set basic style attributes, a control template with set combination style attributes and an interface template with set combination style attributes under a specified path. According to the method and the system for generating the UI interface, the control panels are not effectively sequenced, so that a maker can hardly find the required control, a large amount of time is wasted, and the making cost of the UI interface is increased.
Disclosure of Invention
The method mainly solves the problem that the controls of the UI making interface are not effectively sequenced in the prior art; the UI interface quick manufacturing method based on the table and field optimized sorting is provided, controls required by a manufacturer are effectively sorted, the UI interface manufacturing time is shortened, and the UI interface manufacturing cost is reduced.
The technical problem of the invention is mainly solved by the following technical scheme: a UI interface shortcut manufacturing method based on table and field optimization sorting comprises the following steps:
s1: associating the local data table with the user data table;
s2: a user opens a UI shortcut making interface;
s3: the UI rapid manufacturing interface comprises a basic element control directory area and a virtual canvas, the basic element control directory area is sorted according to field optimization, and a user can rapidly manufacture the UI interface by dragging the control of the basic element control directory area to the virtual canvas.
Preferably, the method for sorting the basic element control directory area according to field optimization comprises the following steps:
s31: counting the number of tables;
s32: counting the number of non-empty fields in the table;
s33: statistics of the number of table uses;
s34: statistics of the corresponding fields of the table used;
s35: statistics of recent table usage frequency and field usage frequency;
s36: performing table weighting calculation according to the table use frequency and the table use number, performing field weighting calculation according to the field use frequency and the number of non-empty fields, and performing sequencing weighting calculation according to the table weighting calculation result and the field weighting calculation result;
s37: and performing arrangement display of different purposes according to the sorting weighting calculation result.
Preferably, the field weighting calculation method includes: traversing all tables, obtaining a table head field of each table, defining the weight of the number of non-empty fields as 1, and calculating the weight of the field using frequency as follows: θ is the weight of the frequency of using fields, α is the ratio of the header fields, and β is the ratio of the header fields to the non-empty fields in the table;
the calculation method of the ratio alpha of the header fields comprises the following steps:
wherein, N is the total number of the table, T is the null value field of the header field in the table;
the calculation method of the ratio beta of the table header fields to the non-empty fields in the table comprises the following steps:
wherein, muiThe ratio of the header fields in each table to the non-empty fields is shown, and M is the number of tables in which the header fields exist;
the ratio mu of the header field to the non-empty field in each tableiThe calculation method comprises the following steps:
where K is the corresponding row number under the header field, HJThe number of null value fields in a column corresponding to a certain header field in the table.
Preferably, the statistical method of the use frequency of the table is as follows: the method comprises the steps of counting certain fields of data in a table, calculating the use probability rho of each data field in the table, calculating the use probability sigma of the table in the use process, calculating the probability omega of non-empty fields inserted into the table, carrying out weighted average calculation on the use probability rho of each data field in the table, the use probability sigma of the table in the use process and the probability omega of non-empty fields inserted into the table, using the table with the calculation result of less than or equal to 0.1 as a low use frequency, using the table with the calculation result of more than 0.1 and less than or equal to 0.4 as a medium use frequency, using the table with the calculation result of more than 0.4 and less than or equal to 0.7 as a high use frequency, and using the table with the calculation result of more than 0.7 as a necessary table.
Preferably, the basic element control directory area is further provided with a keyword search bar, weighted calculation is performed according to keywords, and the basic element control directory area is sorted according to the keyword weighted calculation result.
Preferably, an animation page is arranged above the virtual canvas, and the animation method comprises the following steps: defining an animation table, carrying out image import, image selection or image design, clicking an image in an animation production page, displaying table information required by animation production in a basic element control directory area, enabling a virtual canvas to enter a blank state, carrying out image control by dragging the table in the basic element control directory area into the virtual canvas to realize animation design, storing the animation table after animation design is finished, restoring the state of the basic element control directory area and the virtual canvas before animation production, and enabling the defined animation table to be positioned at the top of the basic element control directory area.
Preferably, the number of times that the user logs in the UI shortcut making interface is counted, if the number of times that the user uses the UI shortcut making interface to make the UI shortcut making interface exceeds 10 times, the most recently used table frequency and field frequency of the user are counted again, the weighted calculation of the use frequency is carried out according to the statistical result, and the sorting of the basic element control directory area is carried out according to the weighted calculation result of the use frequency.
The invention has the beneficial effects that: the control is sequenced through weighted calculation of the fields and the tables, necessary fields and tables are judged when the user makes the UI interface according to the frequently used tables and the habitual field information of the user, the necessary tables are associated and arranged at the top of the directory area, the user can conveniently find the needed control quickly, frequent keyword retrieval is not needed, the overall making time of the UI interface is greatly shortened, and the making cost of the UI interface is reduced.
Drawings
Fig. 1 is a flowchart of a sorting method of a basic element control directory area according to an embodiment of the present invention.
Detailed Description
The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings.
Example (b): a UI interface shortcut manufacturing method based on table and field optimization sorting is disclosed, as shown in FIG. 1, and comprises the following steps:
s1: associating the local data table with the user data table;
s2: a user opens a UI shortcut making interface;
s3: the UI rapid manufacturing interface comprises a basic element control directory area and a virtual canvas, the basic element control directory area is sorted according to field optimization, and a user can rapidly manufacture the UI interface by dragging the control of the basic element control directory area to the virtual canvas.
The method for sequencing the basic element control directory area according to the field optimization comprises the following steps:
s31: counting the number of tables;
s32: counting the number of non-empty fields in the table;
s33: statistics of the number of table uses;
s34: statistics of the corresponding fields of the table used;
s35: statistics of recent table usage frequency and field usage frequency;
s36: performing table weighting calculation according to the table use frequency and the table use number, performing field weighting calculation according to the field use frequency and the number of non-empty fields, and performing sequencing weighting calculation according to the table weighting calculation result and the field weighting calculation result;
s37: and performing arrangement display of different purposes according to the sorting weighting calculation result.
The field weighting calculation method comprises the following steps: traversing all tables, obtaining a table head field of each table, defining the weight of the number of non-empty fields as 1, and calculating the weight of the field using frequency as follows: θ is the weight of the frequency of using fields, α is the ratio of the header fields, and β is the ratio of the header fields to the non-empty fields in the table;
the calculation method of the ratio alpha of the header fields comprises the following steps:
wherein, N is the total number of the table, T is the null value field of the header field in the table;
the calculation method of the ratio beta of the table header fields to the non-empty fields in the table comprises the following steps:
wherein, muiThe ratio of the header fields in each table to the non-empty fields is shown, and M is the number of tables in which the header fields exist;
ratio mu of table header fields to non-empty fields in each tableiThe calculation method comprises the following steps:
where K is the corresponding row number under the header field, HJThe number of null value fields in a column corresponding to a certain header field in the table.
The statistical method of the usage frequency of the table is as follows: the method comprises the steps of counting certain fields of data in a table, calculating the use probability rho of each data field in the table, calculating the use probability sigma of the table in the use process, calculating the probability omega of non-empty fields inserted into the table, carrying out weighted average calculation on the use probability rho of each data field in the table, the use probability sigma of the table in the use process and the probability omega of non-empty fields inserted into the table, using the table with the calculation result of less than or equal to 0.1 as a low use frequency, using the table with the calculation result of more than 0.1 and less than or equal to 0.4 as a medium use frequency, using the table with the calculation result of more than 0.4 and less than or equal to 0.7 as a high use frequency, and using the table with the calculation result of more than 0.7 as a necessary table.
The basic element control directory area is also provided with a keyword retrieval bar for carrying out weighted calculation according to keywords, and the basic element control directory area carries out sequencing according to the weighted calculation results of the keywords.
An animation page is arranged above the virtual canvas, and the animation method comprises the following steps: defining an animation table, carrying out image import, image selection or image design, clicking an image in an animation production page, displaying table information required by animation production in a basic element control directory area, enabling a virtual canvas to enter a blank state, carrying out image control by dragging the table in the basic element control directory area into the virtual canvas to realize animation design, storing the animation table after animation design is finished, restoring the state of the basic element control directory area and the virtual canvas before animation production, and enabling the defined animation table to be positioned at the top of the basic element control directory area.
Counting the times of logging in the UI shortcut making interface by the user, if the times of using the UI shortcut making interface by the user exceeds 10 times, carrying out re-counting on the most recently used list frequency and field frequency by the user, carrying out weighted calculation on the use frequency according to the statistical result, and sequencing the directory area of the basic element controls according to the weighted calculation result of the use frequency.
In a specific application, in an operating system, a local table is associated with a data table of a user, all association tables are traversed, the number and the use frequency of the tables are counted firstly, a necessary table, a table with high use frequency, a table with medium use frequency and a table with low use frequency of the user are found, field weighting calculation is carried out on the basis, and the specific process of the field weighting calculation is as follows: assuming that a user has 3 tables, the header fields of the first table are a, b and c, the header fields of the second table are a, b, c and d, the header fields of the third table are a, b, c, d and e, the ratio alpha of the header fields a, b and c is 1, the ratio alpha of d is 2/3, the ratio alpha of e is 1/3, and the statistics is carried out on how many rows of data are under the header field a of each table, assuming that 3 rows of data fields are under the header field a of the first table, and 1 row is a null field, the ratio mu of the header field a in the non-null field of the first table is12/3, and so on, calculating the ratio of the table head field a in the non-empty fields of the second and third tables, and the ratio of other table head fields in each table, finally obtaining the ratio beta of the table head field in the non-empty fields of the table, further obtaining the weight theta of the field use frequency, carrying out weighting calculation according to the weight theta of the field use frequency and the weight of the number of the non-empty fields defined as 1, and obtaining the sequence of the fields, therefore, the final sequence mode is that the overall sequence of the tables is firstly carried out, and the optimal sequence is carried out through the fields under the large sequence of the tables, so that the controls needed by the user can be arranged in the controlsIn front of the catalog, the retrieval time of the user is reduced, the manufacturing process of the UI is accelerated, the UI is manufactured by using a control dragging mode, and the user can conveniently manufacture the UI by himself.
The above-described embodiments are only preferred embodiments of the present invention, and are not intended to limit the present invention in any way, and other variations and modifications may be made without departing from the spirit of the invention as set forth in the claims.
Claims (7)
1. A UI interface shortcut manufacturing method based on table and field optimization sorting is characterized by comprising the following steps:
s1: associating the local data table with the user data table;
s2: a user opens a UI shortcut making interface;
s3: the UI rapid manufacturing interface comprises a basic element control directory area and a virtual canvas, the basic element control directory area is sorted according to field optimization, and a user can rapidly manufacture the UI interface by dragging the control of the basic element control directory area to the virtual canvas.
2. The table and field based optimized sort of claim 1,
the method for sequencing the basic element control directory area according to field optimization comprises the following steps:
s31: counting the number of tables;
s32: counting the number of non-empty fields in the table;
s33: statistics of the number of table uses;
s34: statistics of the corresponding fields of the table used;
s35: statistics of recent table usage frequency and field usage frequency;
s36: performing table weighting calculation according to the table use frequency and the table use number, performing field weighting calculation according to the field use frequency and the number of non-empty fields, and performing sequencing weighting calculation according to the table weighting calculation result and the field weighting calculation result;
s37: and performing arrangement display of different purposes according to the sorting weighting calculation result.
3. The UI interface shortcut manufacturing method based on table and field optimized sorting of claim 2, wherein the field weighting calculation method comprises: traversing all tables, obtaining a table head field of each table, defining the weight of the number of non-empty fields as 1, and calculating the weight of the field using frequency as follows: θ is the weight of the frequency of using fields, α is the ratio of the header fields, and β is the ratio of the header fields to the non-empty fields in the table;
the calculation method of the ratio alpha of the header fields comprises the following steps:
wherein, N is the total number of the table, T is the null value field of the header field in the table;
the calculation method of the ratio beta of the table header fields to the non-empty fields in the table comprises the following steps:
wherein, muiThe ratio of the header fields in each table to the non-empty fields is shown, and M is the number of tables in which the header fields exist;
the ratio mu of the header field to the non-empty field in each tableiThe calculation method comprises the following steps:
where K is the corresponding row number under the header field, HJThe number of null value fields in a column corresponding to a certain header field in the table.
4. The UI interface shortcut manufacturing method based on table and field optimization sorting of claim 1, wherein the statistical method of the usage frequency of the table is as follows: the method comprises the steps of counting certain fields of data in a table, calculating the use probability rho of each data field in the table, calculating the use probability sigma of the table in the use process, calculating the probability omega of non-empty fields inserted into the table, carrying out weighted average calculation on the use probability rho of each data field in the table, the use probability sigma of the table in the use process and the probability omega of non-empty fields inserted into the table, using the table with the calculation result of less than or equal to 0.1 as a low use frequency, using the table with the calculation result of more than 0.1 and less than or equal to 0.4 as a medium use frequency, using the table with the calculation result of more than 0.4 and less than or equal to 0.7 as a high use frequency, and using the table with the calculation result of more than 0.7 as a necessary table.
5. The UI interface shortcut making method based on table and field optimized sorting as claimed in claim 1 or 2,
and the basic element control directory area is also provided with a keyword retrieval bar for carrying out weighted calculation according to keywords, and the basic element control directory area carries out sequencing according to the weighted calculation result of the keywords.
6. The UI interface shortcut making method based on table and field optimized sorting as claimed in claim 1 or 2,
an animation page is arranged above the virtual canvas, and the animation method comprises the following steps: defining an animation table, carrying out image import, image selection or image design, clicking an image in an animation production page, displaying table information required by animation production in a basic element control directory area, enabling a virtual canvas to enter a blank state, carrying out image control by dragging the table in the basic element control directory area into the virtual canvas to realize animation design, storing the animation table after animation design is finished, restoring the state of the basic element control directory area and the virtual canvas before animation production, and enabling the defined animation table to be positioned at the top of the basic element control directory area.
7. The UI interface shortcut manufacturing method based on list and field optimized sorting of claim 2, characterized in that the number of times that a user logs in the UI shortcut manufacturing interface is counted, if the number of times that the user uses the UI shortcut manufacturing interface to perform UI interface shortcut manufacturing exceeds 10 times, the list frequency and the field frequency used by the user most recently are counted again, the weighting calculation of the use frequency is performed according to the statistical result, and the sorting of the basic element control directory area is performed according to the weighting calculation result of the use frequency.
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