CN115983216B - Automatic intelligent form generation method - Google Patents
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Abstract
The invention provides an automatic intelligent form generating method, which is characterized in that different form design modes are set according to different user information, form control is designed in a design interface in an automatic intelligent form design system, the system verifies the form control after the design is finished, and finally, the finished form is submitted; compared with the prior art, the form design method and the form design system can adapt to different types of users to design forms, can flexibly adjust the form design mode according to the actual operation capability of the users, can automatically verify the forms designed by the users, reduce the complexity of the form design, and improve the efficiency and the accuracy of the form design.
Description
Technical field:
the invention relates to the field of automatic design of intelligent forms, in particular to an automatic intelligent form generation method.
The background technology is as follows:
at present, with the development of urban digital construction, business circulation of all departments of government and enterprises is realized by an electronic platform. The electronic platform and the visual interface enable the government and enterprise departments to perform data reporting, business interaction and other works more smoothly and conveniently. The development of the digital platform accelerates the operation efficiency of various departments of government and enterprises, and reduces the economic and time costs. Thus, development of digital and visual business platforms is becoming the main research content of today.
Along with the increase of diversified business scenes in the current society, various electronic business platforms are endless, and each enterprise has specific requirements on data reporting and business circulation modes. Developing a specialized electronics platform alone against the needs of each enterprise would undoubtedly increase the development burden of the designer, thereby reducing social benefits overall. And, moreover, the method comprises the steps of. The enterprise needs to interact frequently with design developers to make the development progress of the business system slow and the needs are not thoroughly implemented. Based on the above, an intelligent form automatic generation method is provided herein to solve the above problems.
The invention comprises the following steps:
aiming at the problems that the existing business platform systems can only be customized and developed by developers, but not professional developers cannot design and develop the existing business platform systems by themselves, and the existing business platform systems lack expansibility and the like, the intelligent form automatic generation method is provided. The method comprises the following steps:
s1, a user logs in an intelligent form automatic design system to acquire user information;
s2, determining an intelligent form design mode according to user information;
s3, designing form controls on a design interface according to an intelligent form design mode;
s4, verifying whether the operation logic among the controls in the form is correct, and if not, prompting a user on a design interface;
s5, submitting the intelligent form after completing the design of all form controls in the design interface.
The step S1 of verifying user identity information specifically includes:
s11, a user login intelligent form automatic design system, wherein user login information comprises a user login ID and a login password;
s12, acquiring user information according to user login information, wherein the user information comprises user occupation, age, identity type, design recommendation degree, intelligent form design mode, historical design form record and form design operation log.
Step S2 determines the design mode of the intelligent form according to the user information, and specifically comprises the following steps:
s21, judging whether the user logs in for the first time, if so, executing the step S22, otherwise, executing the step S24;
the step S21 of determining whether the user logs in for the first time specifically includes:
if the identity type, the design recommendation degree, the form design mode, the history design form record and the form design operation log in the user information are all empty, judging that the user logs in for the first time.
S22, displaying the identity type on a design interface of the intelligent form automatic design system; the identity type includes: non-professional, product manager, developer;
s23, the user selects the identity type, the design recommendation degree and the design prompt degree are determined according to the selected identity type and occupation and age information in user information, and an intelligent form design mode is determined according to the determined design recommendation degree and the determined design prompt degree;
the design recommendation degree comprises three types of high, medium and low, and the design recommendation degree comprises three types of high, medium and low;
s24, directly acquiring a form design mode according to the user information;
the form design modes comprise a first design mode, a second design mode and a third design mode.
The step S3 is to design form controls on a design interface according to an intelligent form design mode, and specifically comprises the following steps:
s31, displaying an addable control icon on the left side of the form design interface, wherein the form design interface is a blank area except for a left control icon area;
s32, if the form design mode is the first design mode, executing steps S33 to S35; if the form design is the second design, executing steps S36 to S37; if the form design is the third design, executing steps S38-S39;
s33, if the user logs in for the first time, selecting a form type when the user newly builds a form, and displaying a completed form list which is the same as the form type selected by the user in a form design interface blank area according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a blank area of a form design interface;
s34, if the user logs in for the first time, the user selects one form in the completed form list, and the selected form is displayed in a blank area of a form design interface; if the user does not log in for the first time, selecting a form from a list of design records of the user history forms, and displaying the selected form in a blank area of a design interface;
s35, the user designs on the form displayed in the blank area of the design interface; the design comprises adding, deleting and modifying the form control; the system automatically records an operation log of a user design process;
when the user adds the form controls, the user carries out description prompt on the selected controls to be added on a form design interface, and simultaneously displays an associated control list of the controls to be added, wherein the controls in the associated control list are ordered from high to low through attribute association degree with the controls to be added; after the user increases the control, the system automatically acquires the attribute association degree of the newly-increased control and the existing control in the form, if the attribute association degree of the control A and the newly-increased control in the existing control is larger than a threshold value, a selection box is popped up, and the user selects the operation action constraint condition of the control A and the newly-increased control in the selection box, so that the newly-increased control is associated with the space A;
when the user deletes the form control, the system automatically verifies whether the deleted control is associated with other controls, and if so, error prompt explanation is carried out;
when the user modifies the form control, the system automatically verifies whether the modified control is repeated or conflicted with other controls, and if the repeated or conflicted control is repeated or conflicted, error prompt explanation is carried out;
for example, after the user modifies the data format of the control 1, the system verifies that the data format of the modified control 1 conflicts with the data format of the control 2 associated with the modified control 1, and error prompt explanation is performed;
s36, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying a format template list corresponding to the form type on a form design interface according to the form type selected by the user; after a user selects a format template, the selected format template is displayed in a blank area of a form design interface; the format template is a template for dividing the form into different content areas; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
the format template is a template for dividing the form into different content areas, for example, dividing the form into a title area, a data filling area, a date area, a check area and a submitting area;
s37, if the user logs in for the first time, the user designs the form on the format template; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, modifying and associating form controls in a dragging mode; the system automatically records an operation log of a user design process; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
when the user adds, deletes, modifies and associates the control, the system simulates the designed control in the operation form, and if the associated control conflicts, the system carries out error prompt;
s38, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying the name of the form on a form design interface according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
s39, if the user logs in for the first time, the user designs the form in a blank area of the design interface; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, editing and associating form controls in a dragging mode; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
the editing of the form control comprises the steps that a user double-clicks the control in a blank area of a design interface, the interface pops up a code editing frame, and the user edits the name of the control, the numerical format and the constraint condition of the operation action of the related control in the code editing frame; the system automatically records an operation log of a user design process;
and when the user adds, deletes, edits and associates the controls, the system simulates the designed controls in the running form, and if the associated controls conflict, the system carries out error prompt.
The step S3 further includes:
acquiring an operation log in the user design process at fixed time intervals, and according to the average time interval of two adjacent operations of the user, the ratio of the number of form controls to the design time and the number of error prompt times recorded in the operation log;
starting a front camera of the mobile equipment, collecting facial images of a user, analyzing facial expression information of the user, and obtaining expression types of the user; the expression types of the user are classified into difficulty, calm and relaxation; the mobile device is a device for running an intelligent form automatic design system;
adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user;
the form design mode of the user is redetermined according to the adjusted design recommendation degree and the design prompting degree;
the form design mode for redetermining the user specifically comprises the following steps:
when the form design mode of the user needs to be adjusted, the form design interface locks the form design interface, pops up a suspension frame, and inquires whether the form design mode is modified by the user;
if not, unlocking the form design interface, and continuing form design; if yes, the current form is automatically saved, and the process returns to step S31 for execution.
The method for adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user specifically comprises the following steps:
presetting an average time interval threshold T, a form control number and design time ratio threshold R and an error prompt frequency threshold M;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value and the expression type of the user is difficult, upgrading the design recommendation degree and the design prompt degree of the user;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value, and the expression type of the user is calm or relaxed, upgrading the design recommendation degree of the user;
when only one item of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceeds a corresponding threshold value or none of the three items exceeds the threshold value and the expression type of the user is difficult, upgrading the design prompt degree of the user;
upgrading the design recommendation degree of the user comprises upgrading the design recommendation degree of the user from low to medium or from medium to high;
the upgrading of the design prompt level of the user comprises upgrading the design prompt level of the user from low to medium or from medium to high.
Step S4 verifies whether the operation logic among the controls in the form is correct, and if not, prompts the user on the design interface, and specifically comprises the following steps:
s41, traversing all the controls in the form, judging whether the controls lack associated controls according to the control attributes, and prompting a user if the controls lack associated controls;
for example, control 3 is a "clear" button, then the operational action in the control 3 attribute includes an operational object, then control 3 is considered to lack an associated control if not associated with other controls;
s42, acquiring attribute association degrees of any two controls in the forms, and judging whether operation action constraint conditions are set between any two controls when the association degrees of any two controls exceed a preset threshold; if not, prompting the user;
s43, determining constraint conditions between the associated control and the associated control according to control associated operation of a user in the form control design process;
s44, the system generates random numbers or attack actions according to the associated control and the constraint conditions of the associated control, and inputs the random numbers or attack actions into the associated control;
s45, judging whether the associated control reports errors, if yes, prompting the user.
The calculating manner of the attribute association degree between the controls in the step S35 and the step S42 specifically includes:
acquiring attributes of a first control and a second control, wherein the attributes of the controls comprise a control name, a control type, a specified data format, attribute association and an operation action;
the attribute association degree of the control is the attribute association degree of the control relative to other controls;
acquiring attribute association degree S1 of the first control relative to the second control, and acquiring attribute association degree S2 of the second control relative to the first control;
and taking the maximum value in S1 and S2 as the attribute association degree of the first control and the second control.
The beneficial effects of the invention are as follows:
1. according to the invention, the design recommendation degree and the design prompt degree are determined according to the identity type of the user and the occupation and age information in the user information, and the intelligent form design mode is determined according to the determined design recommendation degree and the determined design prompt degree, so that different design modes are set for form designers with different identities, different occupation and different ages, and appropriate modes are set for different personnel, thereby improving the application scope of the system and reducing the complexity of personnel design;
2. according to the method and the device for setting the design recommendation degree and the design recommendation degree, the degree of control recommendation and control prompt in the form design process can be flexibly set for different types of users, and the design of the form controls by personnel without design experience is facilitated; meanwhile, the pushing frequency of the control recommendation information and the control prompt information when the developer designs the form can be reduced, and the form design efficiency of the developer is improved;
3. according to the invention, the design recommendation degree and the design prompt degree of the user are adjusted according to the average time interval of two adjacent operations, the ratio of the number of form controls to the design time, the error prompt times and the expression type of the user, so that the real-time flexible adjustment of the design recommendation degree and the design prompt degree of the user is realized, the system can flexibly adjust the design mode according to the expression, the operation and other layers of the user, and the actual capability of the user is further adapted;
4. when the form design is carried out by applying the first design mode, the attribute relevance parameter is adopted to recommend the relevance control, so that the design efficiency of the user adopting the first design mode is further improved;
5. after the form design is completed, the control related controls in the form are checked, constraint conditions among the controls are checked, the accuracy of the user form is automatically realized in the design stage, and the efficiency of the user form design is improved.
The foregoing description is only an overview of the present invention, and is intended to be more clearly understood as the present invention, as it is embodied in the following description, and is intended to be more clearly understood as the following description of the preferred embodiments, given in detail, of the present invention, along with other objects, features and advantages of the present invention.
Drawings
Various other advantages and benefits will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiments. The drawings are only for purposes of illustrating the preferred embodiments and are not to be construed as limiting the invention. Also, like reference numerals are used to designate like parts throughout the figures. In the drawings:
FIG. 1 is a flow chart of an intelligent form auto-generation method.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
In the description of the present invention, unless explicitly stated and limited otherwise, the terms "mounted," "connected," "secured," and the like are to be construed broadly, and may be, for example, connected, detachably connected, or integrated; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art according to the specific circumstances.
An intelligent form automatic generation method is provided. The method comprises the following steps:
s1, a user logs in an intelligent form automatic design system to acquire user information;
the step S1 of verifying user identity information specifically includes:
s11, a user login intelligent form automatic design system, wherein user login information comprises a user login ID and a login password;
s12, acquiring user information according to user login information, wherein the user information comprises user occupation, age, identity type, design recommendation degree, intelligent form design mode, historical design form record and form design operation log.
S2, determining an intelligent form design mode according to user information;
step S2 determines the design mode of the intelligent form according to the user information, and specifically comprises the following steps:
s21, judging whether the user logs in for the first time, if so, executing the step S22, otherwise, executing the step S24;
the step S21 of determining whether the user logs in for the first time specifically includes:
if the identity type, the design recommendation degree, the form design mode, the history design form record and the form design operation log in the user information are all empty, judging that the user logs in for the first time.
S22, displaying the identity type on a design interface of the intelligent form automatic design system; the identity type includes: non-professional, product manager, developer;
s23, the user selects the identity type, the design recommendation degree and the design prompt degree are determined according to the selected identity type and occupation and age information in user information, and an intelligent form design mode is determined according to the determined design recommendation degree and the determined design prompt degree;
the design recommendation degree comprises three types of high, medium and low, and the design recommendation degree comprises three types of high, medium and low;
s24, directly acquiring a form design mode according to the user information;
the form design modes comprise a first design mode, a second design mode and a third design mode.
S3, designing form controls on a design interface according to an intelligent form design mode;
the step S3 is to design form controls on a design interface according to an intelligent form design mode, and specifically comprises the following steps:
s31, displaying an addable control icon on the left side of the form design interface, wherein the form design interface is a blank area except for a left control icon area;
s32, if the form design mode is the first design mode, executing steps S33 to S35; if the form design is the second design, executing steps S36 to S37; if the form design is the third design, executing steps S38-S39;
s33, if the user logs in for the first time, selecting a form type when the user newly builds a form, and displaying a completed form list which is the same as the form type selected by the user in a form design interface blank area according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a blank area of a form design interface;
s34, if the user logs in for the first time, the user selects one form in the completed form list, and the selected form is displayed in a blank area of a form design interface; if the user does not log in for the first time, selecting a form from a list of design records of the user history forms, and displaying the selected form in a blank area of a design interface;
s35, the user designs on the form displayed in the blank area of the design interface; the design comprises adding, deleting and modifying the form control; the system automatically records an operation log of a user design process;
when the user adds the form controls, the user carries out description prompt on the selected controls to be added on a form design interface, and simultaneously displays an associated control list of the controls to be added, wherein the controls in the associated control list are ordered from high to low through attribute association degree with the controls to be added; after the user increases the control, the system automatically acquires the attribute association degree of the newly-increased control and the existing control in the form, if the attribute association degree of the control A and the newly-increased control in the existing control is larger than a threshold value, a selection box is popped up, and the user selects the operation action constraint condition of the control A and the newly-increased control in the selection box, so that the newly-increased control is associated with the space A;
when the user deletes the form control, the system automatically verifies whether the deleted control is associated with other controls, and if so, error prompt explanation is carried out;
when the user modifies the form control, the system automatically verifies whether the modified control is repeated or conflicted with other controls, and if the repeated or conflicted control is repeated or conflicted, error prompt explanation is carried out;
for example, after the user modifies the data format of the control 1, the system verifies that the data format of the modified control 1 conflicts with the data format of the control 2 associated with the modified control 1, and error prompt explanation is performed;
s36, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying a format template list corresponding to the form type on a form design interface according to the form type selected by the user; after a user selects a format template, the selected format template is displayed in a blank area of a form design interface; the format template is a template for dividing the form into different content areas; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
the format template is a template for dividing the form into different content areas, for example, dividing the form into a title area, a data filling area, a date area, a check area and a submitting area;
s37, if the user logs in for the first time, the user designs the form on the format template; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, modifying and associating form controls in a dragging mode; the system automatically records an operation log of a user design process; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
when the user adds, deletes, modifies and associates the control, the system simulates the designed control in the operation form, and if the associated control conflicts, the system carries out error prompt;
s38, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying the name of the form on a form design interface according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
s39, if the user logs in for the first time, the user designs the form in a blank area of the design interface; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, editing and associating form controls in a dragging mode; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
the editing of the form control comprises the steps that a user double-clicks the control in a blank area of a design interface, the interface pops up a code editing frame, and the user edits the name of the control, the numerical format and the constraint condition of the operation action of the related control in the code editing frame; the system automatically records an operation log of a user design process;
and when the user adds, deletes, edits and associates the controls, the system simulates the designed controls in the running form, and if the associated controls conflict, the system carries out error prompt.
The step S3 further includes:
acquiring an operation log in the user design process at fixed time intervals, and according to the average time interval of two adjacent operations of the user, the ratio of the number of form controls to the design time and the number of error prompt times recorded in the operation log;
starting a front camera of the mobile equipment, collecting facial images of a user, analyzing facial expression information of the user, and obtaining expression types of the user; the expression types of the user are classified into difficulty, calm and relaxation; the mobile device is a device for running an intelligent form automatic design system;
adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user;
the form design mode of the user is redetermined according to the adjusted design recommendation degree and the design prompting degree;
the form design mode for redetermining the user specifically comprises the following steps:
when the form design mode of the user needs to be adjusted, the form design interface locks the form design interface, pops up a suspension frame, and inquires whether the form design mode is modified by the user;
if not, unlocking the form design interface, and continuing form design; if yes, the current form is automatically saved, and the process returns to step S31 for execution.
The method for adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user specifically comprises the following steps:
presetting an average time interval threshold T, a form control number and design time ratio threshold R and an error prompt frequency threshold M;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value and the expression type of the user is difficult, upgrading the design recommendation degree and the design prompt degree of the user;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value, and the expression type of the user is calm or relaxed, upgrading the design recommendation degree of the user;
when only one item of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceeds a corresponding threshold value or none of the three items exceeds the threshold value and the expression type of the user is difficult, upgrading the design prompt degree of the user;
upgrading the design recommendation degree of the user comprises upgrading the design recommendation degree of the user from low to medium or from medium to high;
the upgrading of the design prompt level of the user comprises upgrading the design prompt level of the user from low to medium or from medium to high.
S4, verifying whether the operation logic among the controls in the form is correct, and if not, prompting a user on a design interface;
step S4 verifies whether the operation logic among the controls in the form is correct, and if not, prompts the user on the design interface, and specifically comprises the following steps:
s41, traversing all the controls in the form, judging whether the controls lack associated controls according to the control attributes, and prompting a user if the controls lack associated controls;
for example, control 3 is a "clear" button, then the operational action in the control 3 attribute includes an operational object, then control 3 is considered to lack an associated control if not associated with other controls;
s42, acquiring attribute association degrees of any two controls in the forms, and judging whether operation action constraint conditions are set between any two controls when the association degrees of any two controls exceed a preset threshold; if not, prompting the user;
s43, determining constraint conditions between the associated control and the associated control according to control associated operation of a user in the form control design process;
s44, the system generates random numbers or attack actions according to the associated control and the constraint conditions of the associated control, and inputs the random numbers or attack actions into the associated control;
s45, judging whether the associated control reports errors, if yes, prompting the user.
S5, submitting the intelligent form after completing the design of all form controls in the design interface.
The calculating manner of the attribute association degree between the controls in the step S35 and the step S42 specifically includes:
acquiring attributes of a first control and a second control, wherein the attributes of the controls comprise a control name, a control type, a specified data format, attribute association and an operation action;
the attribute association degree of the control is the attribute association degree of the control relative to other controls;
acquiring attribute association degree S1 of the first control relative to the second control, and acquiring attribute association degree S2 of the second control relative to the first control;
and taking the maximum value in S1 and S2 as the attribute association degree of the first control and the second control.
The beneficial effects of the invention are as follows:
1. according to the invention, the design recommendation degree and the design prompt degree are determined according to the identity type of the user and the occupation and age information in the user information, and the intelligent form design mode is determined according to the determined design recommendation degree and the determined design prompt degree, so that different design modes are set for form designers with different identities, different occupation and different ages, and appropriate modes are set for different personnel, thereby improving the application scope of the system and reducing the complexity of personnel design;
2. according to the method and the device for setting the design recommendation degree and the design recommendation degree, the degree of control recommendation and control prompt in the form design process can be flexibly set for different types of users, and the design of the form controls by personnel without design experience is facilitated; meanwhile, the pushing frequency of the control recommendation information and the control prompt information when the developer designs the form can be reduced, and the form design efficiency of the developer is improved;
3. according to the invention, the design recommendation degree and the design prompt degree of the user are adjusted according to the average time interval of two adjacent operations, the ratio of the number of form controls to the design time, the error prompt times and the expression type of the user, so that the real-time flexible adjustment of the design recommendation degree and the design prompt degree of the user is realized, the system can flexibly adjust the design mode according to the expression, the operation and other layers of the user, and the actual capability of the user is further adapted;
4. when the form design is carried out by applying the first design mode, the attribute relevance parameter is adopted to recommend the relevance control, so that the design efficiency of the user adopting the first design mode is further improved;
5. after the form design is completed, the control related controls in the form are checked, constraint conditions among the controls are checked, the accuracy of the user form is automatically realized in the design stage, and the efficiency of the user form design is improved.
The present invention is not limited to the above-mentioned embodiments, and any changes or substitutions that can be easily understood by those skilled in the art within the technical scope of the present invention are intended to be included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (3)
1. The automatic intelligent form generation method is characterized by comprising the following steps:
s1, a user logs in an intelligent form automatic design system to acquire user information;
the step S1 specifically includes:
s11, a user login intelligent form automatic design system, wherein user login information comprises a user login ID and a login password;
s12, acquiring user information according to user login information, wherein the user information comprises user occupation, age, identity type, design recommendation degree, intelligent form design mode, historical design form record and form design operation log;
s2, determining an intelligent form design mode according to user information;
step S2 determines the design mode of the intelligent form according to the user information, and specifically comprises the following steps:
s21, judging whether the user logs in for the first time, if so, executing the step S22, otherwise, executing the step S24;
s22, displaying the identity type on a design interface of the intelligent form automatic design system; the identity type includes: non-professional, product manager, developer;
s23, the user selects the identity type, the design recommendation degree and the design prompt degree are determined according to the selected identity type and occupation and age information in user information, and an intelligent form design mode is determined according to the determined design recommendation degree and the determined design prompt degree;
the design recommendation degree and the design prompting degree are respectively the degree of control recommendation and control prompting in the form design process;
the design recommendation degree comprises three types of high, medium and low, and the design recommendation degree comprises three types of high, medium and low;
s24, directly acquiring a form design mode according to the user information;
the form design modes comprise a first design mode, a second design mode and a third design mode;
s3, designing form controls on a design interface according to an intelligent form design mode;
the step S3 comprises the following steps:
acquiring an operation log in the user design process at fixed time intervals, and recording the average time interval of two adjacent operations of the user, the ratio of the number of form controls to the design time and the number of error prompt times in the operation log;
starting a front camera of the mobile equipment, collecting facial images of a user, analyzing facial expression information of the user, and obtaining expression types of the user; the expression types of the user are classified into difficulty, calm and relaxation;
the mobile device is a device for running an intelligent form automatic design system;
adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user;
the form design mode of the user is redetermined according to the adjusted design recommendation degree and the design prompting degree;
the form design mode for redetermining the user specifically comprises the following steps:
when the form design mode of the user needs to be adjusted, the form design interface locks the form design interface, pops up a suspension frame, and inquires whether the form design mode is modified by the user;
if not, unlocking the form design interface, and continuing form design; if yes, automatically storing the current form, returning to the step S3 for execution, and designing the form control on a design interface according to the modified form design mode;
the method for adjusting the design recommendation degree and the design prompt degree of the user according to the average time interval of the two adjacent operations, the ratio of the number of form controls to the design time, the number of false prompt times and the expression type of the user specifically comprises the following steps:
presetting an average time interval threshold T, a form control number and design time ratio threshold R and an error prompt frequency threshold M;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value and the expression type of the user is difficult, upgrading the design recommendation degree and the design prompt degree of the user;
when any two of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceed the corresponding threshold value, and the expression type of the user is calm or relaxed, upgrading the design recommendation degree of the user;
when only one item of the average time interval, the ratio of the number of form controls to the design time and the number of false prompts exceeds a corresponding threshold value or none of the three items exceeds the threshold value and the expression type of the user is difficult, upgrading the design prompt degree of the user;
upgrading the design recommendation degree of the user comprises upgrading the design recommendation degree of the user from low to medium or from medium to high;
upgrading the design prompt level of the user comprises upgrading the design prompt level of the user from low to medium or from medium to high;
s4, verifying whether the operation logic among the controls in the form is correct, and if not, prompting a user on a design interface;
s5, submitting the intelligent form after completing the design of all form controls in the design interface.
2. The automatic intelligent form generating method according to claim 1, wherein the step S21 of determining whether the user logs in for the first time specifically includes:
if the identity type, the design recommendation degree, the form design mode, the history design form record and the form design operation log in the user information are all empty, judging that the user logs in for the first time.
3. The automatic intelligent form generating method according to claim 2, wherein the step S3 is to design form controls on a design interface according to an intelligent form design mode, and specifically includes the following steps:
s31, displaying an addable control icon on the left side of the form design interface, wherein the form design interface is a blank area except for a left control icon area;
s32, if the form design mode is the first design mode, executing steps S33 to S35; if the form design is the second design, executing steps S36 to S37; if the form design is the third design, executing steps S38-S39;
s33, if the user logs in for the first time, selecting a form type when the user newly builds a form, and displaying a completed form list which is the same as the form type selected by the user in a form design interface blank area according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a blank area of a form design interface;
s34, if the user logs in for the first time, the user selects one form in the completed form list, and the selected form is displayed in a blank area of a form design interface; if the user does not log in for the first time, selecting a form from a list of design records of the user history forms, and displaying the selected form in a blank area of a design interface;
s35, the user designs on the form displayed in the blank area of the design interface; the design comprises adding, deleting and modifying the form control; the system automatically records an operation log of a user design process;
when the user adds the form controls, the user carries out description prompt on the selected controls to be added on a form design interface, and simultaneously displays an associated control list of the controls to be added, wherein the controls in the associated control list are ordered from high to low through attribute association degree with the controls to be added; after the user increases the control, the system automatically acquires the attribute association degree of the newly-increased control and the existing control in the form, if the attribute association degree of the control A and the newly-increased control in the existing control is larger than a threshold value, a selection box is popped up, and the user selects the operation action constraint condition of the control A and the newly-increased control in the selection box;
when the user deletes the form control, the system automatically verifies whether the deleted control is associated with other controls, and if so, error prompt explanation is carried out;
when the user modifies the form control, the system automatically verifies whether the modified control is repeated or conflicted with other controls, and if the repeated or conflicted control is repeated or conflicted, error prompt explanation is carried out;
s36, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying a format template list corresponding to the form type on a form design interface according to the form type selected by the user; after a user selects a format template, the selected format template is displayed in a blank area of a form design interface; the format template is a template for dividing the form into different content areas; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
s37, if the user logs in for the first time, the user designs the form on the format template; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, modifying and associating form controls in a dragging mode; the system automatically records an operation log of a user design process; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
when the user adds, deletes, modifies and associates the control, the system simulates the designed control in the operation form, and if the associated control conflicts, the system carries out error prompt;
s38, if the user logs in for the first time, selecting a form type when the user builds a form, and displaying the name of the form on a form design interface according to the form type selected by the user; if the user does not log in for the first time, displaying a list of user history form design records in a form design interface blank area, wherein the user selects one form in the list of user history form design records, and the selected form is displayed in the design interface blank area;
s39, if the user logs in for the first time, the user designs the form in a blank area of the design interface; if the user does not log in for the first time, the user designs on the selected form displayed in the blank area of the design interface;
the design comprises adding, deleting, editing and associating form controls in a dragging mode; the association of the form controls comprises setting operation action constraint conditions among the associated controls;
the editing of the form control comprises the steps that a user double-clicks the control in a blank area of a design interface, the interface pops up a code editing frame, and the user edits the name of the control, the numerical format and the constraint condition of the operation action of the related control in the code editing frame; the system automatically records an operation log of a user design process;
and when the user adds, deletes, edits and associates the controls, the system simulates the designed controls in the running form, and if the associated controls conflict, the system carries out error prompt.
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