CN104572136A - Graphical questionnaire generation method and graphical questionnaire generation system - Google Patents

Graphical questionnaire generation method and graphical questionnaire generation system Download PDF

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Publication number
CN104572136A
CN104572136A CN201510082368.1A CN201510082368A CN104572136A CN 104572136 A CN104572136 A CN 104572136A CN 201510082368 A CN201510082368 A CN 201510082368A CN 104572136 A CN104572136 A CN 104572136A
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node
questionnaire
exercise question
question group
logic
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CN104572136B (en
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王炜
奚峰
陈劼
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Shanghai Qiaoyi Network Technology Co.,Ltd.
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奚峰
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Abstract

The invention discloses a graphical questionnaire generation method and a graphical questionnaire generation system. The method comprises the following steps: creating multiple graphical unit nodes, wherein each unit node corresponds to an item in the questionnaire; creating an input end and at least one output end on the unit nodes; connecting the input end of each unit node with the output ends of the associated unit nodes according to the content of the questionnaire; creating graphical start nodes, creating the output ends on the start nodes, and connecting the output ends of the start nodes with the input end of the unit node serving as the first item of the questionnaire; and creating graphical final nodes, creating the input end on the final nodes, and connecting the input end of the final node with the output end of the unit node serving as the final item of the questionnaire. According to the method disclosed by the invention, the questionnaire is created and edited in a graphical mode, so that a designer can intuitively and globally overview the questionnaire, the design difficulty is lowered, and error correction is conveniently realized.

Description

The graphical generation method and system of questionnaire
Technical field
The present invention relates to questionnaire development research technical field, refer in particular to a kind of graphical generation method and system of questionnaire.
Background technology
Research work is greatly had by questionnaire formal expansion in the questionnaire investigation activity of market, questionnaire initiator draw up a questionnaire in conjunction with self-demand, after questionnaire fills in answer by the questionnaire side of completing, questionnaire initiator obtains required result data, by being analyzed formation data sheet.Universal along with computer technology and Internet technology, questionnaire also becomes digitized form of medium from papery Evolution Development, is completed by modes such as e-file, mail, network linkings.The present invention for questionnaire create the operation such as establishment, editor of specially finger digitizing questionnaire.
Current questionnaire creates system solution following principal feature:
Topic type assembly is preset for difference topic type.
When questionnaire creates, linearly, sequentially increase questionnaire exercise question, finally formed questionnaire with exercise question tabular form.
The questionnaire side of completing is selected to the situation of the follow-up investigation exercise question of dynamic change to the different answer of certain problem object, logic is selected in the redirect by the form direct subsequent questionnaire exercise question of parameter preset.
Per pass exercise question can comprise multiple different redirect and select decision logic.
Last topic and a rear topic can form more complicated redirect by multiple combination mode and select decision logic.
Exercise question order in the list of questionnaire exercise question can change.
The shortcoming that existing questionnaire creates system solution is:
Intuitively cannot arrive whole trends that logic is selected in all redirects of questionnaire, the overall general view to questionnaire cannot be formed quickly and intuitively.
When Logic judgment is selected in the combination redirect that questionnaire needs establishment to comprise multiple redirect selection Logic judgment and complexity, cannot intuitively, promptly build.
When needing the complicated redirect of editing in questionnaire to select logic, because redirect conditional information and redirect select logic all parametrization to be hidden in the configuration of questionnaire exercise question, cannot intuitively arrive, questionnaire redirect is caused to select the editor of logic, deletion, adjustment to become and be very difficult to carry out, and be very easy to occur mistake.
The logic of questionnaire exercise question is nested, redirect selects the disadvantages such as decision logic endless loop to embody intuitively.
Summary of the invention
Because the problems referred to above, the invention provides a kind of graphical generation method of questionnaire, comprising:
Create patterned multiple cell node, a described cell node is corresponding to an exercise question in questionnaire;
Described cell node creates an input end and at least one output terminal;
The questionnaire content of the input end of cell node described in each according to described questionnaire is connected with the output terminal of the cell node be associated;
Create patterned start node, described start node creates output terminal, the input end of the output terminal of described start node with the first cell node inscribed as described questionnaire is connected;
Create patterned end node, described end node creates input end, the output terminal of the input end of described end node with last cell node inscribed as described questionnaire is connected.
The graphical generation method of questionnaire of the present invention, carries out establishment and the editor of questionnaire, to make up the deficiencies in the prior art in graphical, visual mode.The advantage of the graphical generation method of questionnaire of the present invention is: questionnaire carries out establishment and the editor of questionnaire in graphical, visual mode, make all redirects of questionnaire select branch to be launched, questionnaire design person can form the overall general view to questionnaire quickly and intuitively.Increase substantially questionnaire design speed, reduce questionnaire design difficulty, make the questionnaire design person possessing primary computer application power also can carry out professional questionnaire establishment and design.Person's error correction of being convenient to questionnaire design, selects logic to the complicated redirect in questionnaire, and even can cause the situation of the mistakes such as logic is nested, endless loop, questionnaire design person visually can judge that whether questionnaire design is correct at once, directly perceived and convenient.
The graphical generation further improvements in methods of questionnaire of the present invention are, are set to multiple using the quantity of the cell node of last topic as described questionnaire;
The quantity of described end node is set to multiple and identical with the quantity of last cell node inscribed as described questionnaire, the output terminal of the input end of multiple described end node and last the multiple cell nodes inscribed as described questionnaire is connected in mode one to one; Or
The quantity of described end node be set to multiple and be less than the quantity of cell node of last topic as described questionnaire, the output terminal of the input end of multiple described end node with last the multiple cell nodes inscribed as described questionnaire is connected with the corresponded manner of one-to-many.
The graphical generation further improvements in methods of questionnaire of the present invention are, the quantity of the cell node of last topic as described questionnaire is set to multiple, the quantity of described end node is set to one, the input end of described end node is connected with each output terminal as last cell node inscribed of described questionnaire.
The graphical generation further improvements in methods of questionnaire of the present invention are, the questionnaire content of described questionnaire comprises circulation exercise question group, and described circulation exercise question group comprises the multiple cell nodes connected successively;
Described method also comprises:
Create patterned cyclic node, described cyclic node creates input end, output terminal, circulation starting end and circulation and terminates end;
The output terminal of the cell node of the last topic as described circulation exercise question group is connected with the input end of described cyclic node, the input end of the output terminal of described cyclic node with rear one cell node inscribed as described circulation exercise question group is connected;
The input end of the most front cell node that sorts in described circulation exercise question group is connected with described circulation starting end, the output terminal of the last cell node that sorts in described circulation exercise question group is terminated end be connected with described circulation;
Unit node in described circulation exercise question group is carried out cycle assignment as the appearance order of the first topic appearance of described circulation exercise question group by described cyclic node.
The graphical generation further improvements in methods of questionnaire of the present invention are, the questionnaire content of described questionnaire comprises multiple random exercise question group, each described random exercise question group includes at least one cell node, and the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group;
Described method also comprises:
Create patterned random node, described random node creates input end, output terminal and random start end;
The output terminal of the cell node of the last topic as exercise question group random described in each is connected with the input end of described random node;
The input end of the cell node of the rear topic as exercise question group random described in each is connected with the output terminal of described random node;
The input end of the cell node as the first topic in exercise question group random described in each is connected with described random start end respectively;
The quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order by described random node.
The graphical generation further improvements in methods of questionnaire of the present invention are, the questionnaire content of described questionnaire comprises logic exercise question group, described logic exercise question group comprises multiple cell node, and the input end of the unit node in described logic exercise question group is connected according to the output terminal of the questionnaire content of described logic exercise question group with the cell node be associated in described logic exercise question group;
Described method also comprises:
Create patterned logic node and patterned terminal node, described logic node creates input end and multiple logic output terminal, logic rules are set in logic output terminal described in each, described terminal node creates input end;
The input end of the cell node as the first topic in described logic exercise question group is connected with the output terminal of the cell node of the last topic as described logic exercise question group;
The output terminal of the cell node as last topic in described logic exercise question group is connected with the input end of described logic node;
Be connected with logic output terminal described in each using the input end of described terminal node and as the input end of the cell node of a rear topic of described logic exercise question group according to the questionnaire content of described questionnaire;
The combination of answer of exercise question of cell node described in each in described logic exercise question group and logic rules described in each compare by described logic node, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting.
Present invention also offers a kind of graphical generation system of questionnaire, comprising:
Memory module, for storing the questionnaire content of questionnaire;
Creation module, be connected with described memory module, for creating patterned start node, end node and multiple cell node according to described questionnaire content, wherein, a described cell node is corresponding to an exercise question in described questionnaire, described cell node comprises an input end and at least one output terminal, and described start node comprises output terminal, and described end node comprises input end;
Editor module, be connected with described memory module and described creation module, for the input end of cell node described in each being connected with the output terminal of the cell node be associated according to described questionnaire content, the output terminal of described start node being connected with the input end of the first cell node inscribed as described questionnaire and the output terminal of the input end of described end node with last cell node inscribed as described questionnaire is connected.
The graphical generation system of questionnaire of the present invention, carries out establishment and the editor of questionnaire, to make up the deficiencies in the prior art in graphical, visual mode.The advantage of the graphical generation system of questionnaire of the present invention is: questionnaire carries out establishment and the editor of questionnaire in graphical, visual mode, make all redirects of questionnaire select branch to be launched, questionnaire design person can form the overall general view to questionnaire quickly and intuitively.Increase substantially questionnaire design speed, reduce questionnaire design difficulty, make the questionnaire design person possessing primary computer application power also can carry out professional questionnaire establishment and design.Person's error correction of being convenient to questionnaire design, selects logic to the complicated redirect in questionnaire, and even can cause the situation of the mistakes such as logic is nested, endless loop, questionnaire design person visually can judge that whether questionnaire design is correct at once, directly perceived and convenient.
The further improvement of the graphical generation system of questionnaire of the present invention is:
The questionnaire content of described questionnaire comprises circulation exercise question group, and described circulation exercise question group comprises the multiple cell nodes connected successively;
Described creation module has also created patterned cyclic node, and described cyclic node comprises input end, output terminal, circulation starting end and circulation and terminates end;
The output terminal of the cell node of the last topic as described circulation exercise question group is connected with the input end of described cyclic node by described editor module, is connected by the input end of the output terminal of described cyclic node with rear one cell node inscribed as described circulation exercise question group;
The input end of the most front cell node that sorts in described circulation exercise question group is connected with described circulation starting end by described editor module, and the output terminal of the last cell node that sorts in described circulation exercise question group is terminated end be connected with described circulation;
Described system also comprises cycle control module, for controlling described cyclic node, the unit node in described circulation exercise question group is carried out cycle assignment as the appearance order of the first topic appearance of described circulation exercise question group.
The further improvement of the graphical generation system of questionnaire of the present invention is:
The questionnaire content of described questionnaire comprises multiple random exercise question group, each described random exercise question group includes at least one cell node, and the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group;
Described creation module has also created patterned random node, and described random node comprises input end, output terminal and random start end;
The output terminal of the cell node of the last topic as exercise question group random described in each is connected with the input end of described random node by described editor module;
The input end of the cell node of the rear topic as exercise question group random described in each is connected with the output terminal of described random node by described editor module;
The input end of the cell node as the first topic in exercise question group random described in each is connected with described random start end by described editor module respectively;
Described system also comprises shuffle module, for controlling described random node, the quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order.
The further improvement of the graphical generation system of questionnaire of the present invention is:
The questionnaire content of described questionnaire comprises logic exercise question group, described logic exercise question group comprises multiple cell node, and the input end of the unit node in described logic exercise question group is connected according to the output terminal of the questionnaire content of described logic exercise question group with the cell node be associated in described logic exercise question group;
Described creation module has also created patterned logic node and patterned terminal node, and described logic node comprises input end and multiple logic output terminal, and be provided with logic rules in logic output terminal described in each, described terminal node comprises input end;
The input end of the cell node as the first topic in described logic exercise question group is connected with the output terminal of the cell node of the last topic as described logic exercise question group by described editor module;
The output terminal of the cell node as last topic in described logic exercise question group is connected with the input end of described logic node by described editor module;
Described editor module is connected with logic output terminal described in each using the input end of described terminal node and as the input end of the cell node of a rear topic of described logic exercise question group according to the questionnaire content of described questionnaire;
Described system also comprises Logic control module, for arranging described logic rules in multiple described logic output terminal, and control described logic node the combination of answer of exercise question of cell node described in each in described logic exercise question group and logic rules described in each are compared, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the graphical generation method of questionnaire of the present invention.
Fig. 2 is the structured flowchart of the graphical generation system of questionnaire of the present invention.
Fig. 3 is the structured flowchart of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.
Fig. 4 be in the graphical generation system of questionnaire of the present invention cellular construction as the structured flowchart of multiple-choice question.
Fig. 5 be in the graphical generation system of questionnaire of the present invention cellular construction as fill a vacancy topic structured flowchart.
Fig. 6 is the structured flowchart that in the graphical generation system of questionnaire of the present invention, cellular construction is inscribed as matrix.
Fig. 7 is the structured flowchart of the embodiment as the matrix topic in Fig. 6.
Fig. 8 is the structured flowchart of the first preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.
Fig. 9 is the structured flowchart of the second preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.
Figure 10 is the structured flowchart of the 3rd preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.
Figure 11 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes circulation exercise question group.
Figure 12 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including cyclic node.
Figure 13 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of cyclic node to create.
Figure 14 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of cyclic node to create.
Figure 15 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes random exercise question group.
Figure 16 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including random node.
Figure 17 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of random node to create.
Figure 18 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of random node to create.
Figure 19 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes logic exercise question group.
Figure 20 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including logic node.
Figure 21 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of logic node to create.
Figure 22 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of logic node to create.
Figure 23 is the structured flowchart of graphical generation system of questionnaire of the present invention including cyclic node, random node, logic node.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Refer to Fig. 1, Fig. 1 is the schematic flow sheet of the graphical generation method of questionnaire of the present invention.As shown in Figure 1, the graphical generation method of questionnaire of the present invention, comprising:
S101 creates patterned multiple cell node, and a described cell node is corresponding to an exercise question in questionnaire;
S102 creates an input end and at least one output terminal on described cell node;
The questionnaire content of the input end of cell node described in each according to described questionnaire is connected with the output terminal of the cell node be associated by S103;
S104 creates patterned start node, and described start node creates output terminal, is connected by the input end of the output terminal of described start node with the first cell node inscribed as described questionnaire;
S105 creates patterned end node, and described end node creates input end, is connected by the output terminal of the input end of described end node with last cell node inscribed as described questionnaire.
In order to realize the graphical generation method of above-mentioned questionnaire, present invention also offers a kind of graphical generation system of questionnaire.Refer to Fig. 2 and Fig. 3, Fig. 2 is the structured flowchart of the graphical generation system of questionnaire of the present invention, and Fig. 3 is the structured flowchart of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.As shown in Figure 2 and Figure 3, the graphical generation system of questionnaire of the present invention, comprising:
Memory module 1, for storing the questionnaire content of questionnaire;
Creation module 2, be connected with memory module 1, for creating patterned start node 20, end node 30 and multiple cell node 10 according to described questionnaire content, wherein, a cell node 10 is corresponding to an exercise question in described questionnaire, cell node 10 comprises an input end 110 and at least one output terminal 120, and start node 20 comprises output terminal 210, and end node 30 comprises input end 310;
Editor module 3, be connected with memory module 1 and creation module 2, for the input end 110 of unit node 10 being connected with the output terminal 120 of the cell node 10 be associated according to described questionnaire content, the output terminal 210 of start node 20 being connected with the input end 110a of the cell node 10a inscribed as first of described questionnaire and the output terminal 120b of the input end 310 of end node 30 with last the cell node 10b inscribed as described questionnaire is connected.
The process of above-mentioned establishment and editor is all shown on a display unit and feeds back to answer person.
Wherein, the type of the exercise question of the questionnaire content of described questionnaire can be multiple-choice question, fill a vacancy and inscribe or matrix topic.Cell node, according to the type of different exercise question, can have the output terminal of varying number.
(1) when the type of exercise question is multiple-choice question, the form of cellular construction as shown in Figure 4, determine according to the quantity of option, and each output terminal represents an option answer by the quantity as the output terminal of the cell node of multiple-choice question.Further, the type of option answer can be marking topic, sequence topic or other any types can stated by the formation of multiple-choice question.
Especially, if this topic selects different option answers, the item content that next exercise question occurs is different, then the input end representing the cell node of the output terminal of the respective option answer next exercise question corresponding with this option answer is respectively connected.If which option answer no matter this topic select, the item content that next exercise question occurs is all identical, then will represent that the output terminal of " other or all output " is connected with the input end of the cell node of the next exercise question of this topic.
(2) when the type of exercise question is inscribed for filling a vacancy, as shown in Figure 5, the quantity as the output terminal of the cell node of topic of filling a vacancy is only one and can completes the input of answer the form of cellular construction.
(3) when the type of exercise question is matrix topic, the form of cellular construction as shown in Figure 6, a matrix topic represents the array configuration of two problems, each problem can comprise two or more option, quantity as the output terminal of the cell node of matrix topic is determined according to the product of the quantity of the option of two problems, and each output terminal represents the option answer of an array configuration.Further, the type of option answer can be marking topic, sequence topic or other any types can stated by the formation of multiple-choice question.
Especially, if this topic selects different option answers, the item content that next exercise question occurs is different, then the output terminal representing the respective option answer respectively and the input end of the cell node of the next exercise question corresponding with this option answer be connected.If which option answer no matter this topic select, the item content that next exercise question occurs is all identical, then will represent that the output terminal of " other or all output " is connected with the input end of the cell node of the next exercise question of this topic.
Now for the embodiment shown in Fig. 7, concrete introduction is carried out to matrix topic.In the embodiment as shown in figure 7, the two problems of matrix topic comprises three options respectively, then the quantity of the output terminal of cell node is 3*3=9.The problem of matrix topic be " your set meal collocation mode is selected any below? "3 column selection items in matrix topic are respectively " hamburger, chicken wings, French fries ", and 3 row options in matrix topic are respectively " cola, orange juice, coffee ".Suppose that answer person wishes to select " hamburger+coffee ", then answer person select as the A place in Fig. 7 the output terminal that indicates.
When adopting the graphical generation system of questionnaire of the present invention to create questionnaire, the input end representing the cell node of each exercise question can be connected with the output terminal of the cell node be associated according to the questionnaire content of described questionnaire.The type of each exercise question can be multiple-choice question as above, fill a vacancy and inscribe or matrix topic.Wherein, when the quantity of the cell node using last topic as described questionnaire is set to multiple, can the quantity of described end node be set to one or more.
(1) refer to Fig. 8, Fig. 8 is the structured flowchart of the first preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.When the quantity of described end node is set to one, the input end of described end node is connected with each output terminal as last cell node inscribed of described questionnaire, as shown in Figure 8.
(2) refer to Fig. 9, Fig. 9 is the structured flowchart of the second preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.When the quantity of end node is set to multiple, the quantity of described end node is set to multiple and identical with the quantity of last cell node inscribed as described questionnaire, the output terminal of the input end of multiple described end node and last the multiple cell nodes inscribed as described questionnaire is connected in mode one to one, as shown in Figure 9.
(3) refer to Figure 10, Figure 10 is the structured flowchart of the 3rd preferred embodiment of the questionnaire adopting the graphical generation system of questionnaire of the present invention to create.When the quantity of end node is set to multiple, the quantity of described end node be set to multiple and be less than the quantity of cell node of last topic as described questionnaire, the output terminal of the input end of multiple described end node with last the multiple cell nodes inscribed as described questionnaire is connected with the corresponded manner of one-to-many, namely end node can be multiplexing, as shown in Figure 10.
Especially, each end unit according to the design of questionnaire design person, can present different done states to answer person.The answer analysis of the answer choice 1 of a such as exercise question is A, the answer choice of answer choice 2 is B, two different answer persons have selected answer choice 1 and answer choice 2 respectively, then two end node can be presented to the different answer of these two answer persons and be analyzed A and B.
Preferably, in display unit, select the attribute of this cell node configurable after a cell node, namely each default topic type has set a property corresponding with it, and such as multiple-choice question can arrange alternate item title, quantity, each option weight; Marking topic can arrange score value distribution range, display reminding word, score value weight etc.
Further, the graphical generation system of questionnaire of the present invention, also comprise an administration module, administration module is responsible for adopting the graphical generation system of questionnaire of the present invention to create that results conversion that editor formed becomes can preserve, reconfigurable document form, comprises in file:
(1) all item contents of questionnaire, selecting paths, logical operation, function operation information;
(2) graphical, the visual edit attribute of questionnaire, connecting line line style (color, pattern etc.), display unit enlargement ratio, current display unit view center position etc. between the color of each node, coordinate position, node such as, in questionnaire in.
To adopt the mode of database by each property store in list structure, when user stores questionnaire, the various information forming questionnaire is stored in table with record form by system.When user opens questionnaire file, system takes out corresponding record from database table, and finally redraws out on the display unit.
In addition, questionnaire file can be stored in user this locality or cloud server, and has file management and version control function.Preferably adopt high in the clouds storage mode.Can also be come by the hardware that programmed instruction is relevant by B/S, C/S framework or stand-alone application program, high in the clouds application program etc., described Cheng Shu also can be stored in the storage medium that can read, and comprises ROM, RAM or various movable storage mediums etc.
The graphical generation method and system of questionnaire of the present invention, carry out establishment and the editor of questionnaire, to make up the deficiencies in the prior art in graphical, visual mode.The advantage of the graphical generation method and system of questionnaire of the present invention is: questionnaire carries out establishment and the editor of questionnaire in graphical, visual mode, make all redirects of questionnaire select branch to be launched, questionnaire design person can form the overall general view to questionnaire quickly and intuitively.Increase substantially questionnaire design speed, reduce questionnaire design difficulty, make the questionnaire design person possessing primary computer application power also can carry out professional questionnaire establishment and design.Person's error correction of being convenient to questionnaire design, selects logic to the complicated redirect in questionnaire, and even can cause the situation of the mistakes such as logic is nested, endless loop, questionnaire design person visually can judge that whether questionnaire design is correct at once, directly perceived and convenient.
Below in conjunction with accompanying drawing and specific embodiment, introduce several preferred embodiments of the graphical generation method and system of questionnaire of the present invention.
embodiment 1:
In first preferred embodiment of the present invention, the questionnaire content of described questionnaire comprises circulation exercise question group, the questionnaire content of described questionnaire comprises circulation exercise question group, the quantity of circulation exercise question group can be one also can be multiple, and can be inserted between any two exercise questions, described circulation exercise question group comprises the multiple cell nodes connected successively.Refer to Figure 11, Figure 11 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes circulation exercise question group.As shown in figure 11, when the questionnaire content of described questionnaire comprises circulation exercise question group, the graphical generation method of questionnaire of the present invention also comprises:
S201 creates patterned cyclic node, described cyclic node creates input end, output terminal, circulation starting end and circulation and terminates end;
The output terminal of the cell node of the last topic as described circulation exercise question group is connected with the input end of described cyclic node by S202, is connected by the input end of the output terminal of described cyclic node with rear one cell node inscribed as described circulation exercise question group;
The input end of the most front cell node that sorts in described circulation exercise question group is connected with described circulation starting end by S203, and the output terminal of the last cell node that sorts in described circulation exercise question group is terminated end be connected with described circulation;
Unit node in described circulation exercise question group is carried out cycle assignment as the appearance order of the first topic appearance of described circulation exercise question group by cyclic node described in S204.
In order to realize the graphical generation method of the questionnaire in above-mentioned first preferred embodiment, the graphical generation system of questionnaire of the present invention includes cyclic node.Refer to Figure 12 and Figure 13, Figure 12 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including cyclic node, and Figure 13 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of cyclic node to create.As shown in Figure 12 and Figure 13, in this first preferred embodiment:
The questionnaire content of described questionnaire comprises circulation exercise question group 91, and circulation exercise question group 91 comprises in the multiple cell nodes 10, figure connected successively and comprises for circulation exercise question group 91 three cell nodes 10 connected successively;
Creation module 2 also creates patterned cyclic node 60, and cyclic node 60 comprises input end 610, output terminal 620, circulation starting end 630 and circulation and terminates end 640;
The output terminal of the cell node 10d of the last topic as circulation exercise question group 91 is connected with the input end 610 of cyclic node 60 by editor module 3, is connected by the input end of the output terminal 620 of cyclic node 60 with the cell node 10f inscribed as rear one of circulation exercise question group 91;
The input end of a most front cell node 10c that sorts in circulation exercise question group 91 is connected with the circulation starting end 630 of cyclic node 60 by editor module 3, the output terminal of the last cell node 10e that sorts in circulation exercise question group 91 is terminated end 640 with the circulation of cyclic node 60 and is connected;
Described system also comprises cycle control module 4, for controlled circulation node 60, the unit node 10 in circulation exercise question group 91 is carried out cycle assignment as the appearance order of the first topic appearance of circulation exercise question group 91.
Refer to Figure 14, Figure 14 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of cyclic node to create.As shown in figure 14, suppose that circulation exercise question group 91 comprises the second topic, the 3rd topic and the 4th topic three exercise questions, whole questionnaire comprises the first topic, the second topic, the 3rd topic, the 4th topic and the 5th topic five exercise questions, so the appearance order that three exercise questions in circulation exercise question group 91 occur as the first topic of circulation exercise question group 91 is carried out cycle assignment by cyclic node 60, can occur three kinds of different distribution condition:
(1) first topic of the second topic as circulation exercise question group 91 occurred, so the exercise question order of questionnaire is: the first topic-circulation exercise question group (the second topic-three inscribes-four topic)-five inscribes.
(2) first topic of the 3rd topic as circulation exercise question group 91 occurred, so the exercise question order of questionnaire is: the first topic-circulation exercise question group (the 3rd topic-four inscribes the-the second topic)-five inscribes.
(3) first topic of the 4th topic as circulation exercise question group 91 occurred, so the exercise question order of questionnaire is: the first topic-circulation exercise question group (the 4th topic-the second topic-three inscribes)-five inscribes.
By the way, exercise question in circulation exercise question group 91 can be presented to different answer persons in the mode of cycle arrangement, the order of the exercise question namely making different answer persons see in circulation exercise question group is different, but the quantity of the exercise question of whole questionnaire and content are all identical, make the more variation that questionnaire becomes to answer person's sensation visually.
embodiment 2:
In second preferred embodiment of the present invention, the questionnaire content of described questionnaire comprises multiple random exercise question group, the group number of multiple random exercise question group can be one also can be multiple, and can be inserted between any two exercise questions, each described random exercise question group includes at least one cell node, and the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group.Refer to Figure 15, Figure 15 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes random exercise question group.As shown in figure 15, when the questionnaire content of described questionnaire comprises random exercise question group, the graphical generation method of questionnaire of the present invention also comprises:
S301 creates patterned random node, and described random node creates input end, output terminal and random start end;
The output terminal of the cell node of the last topic as exercise question group random described in each is connected with the input end of described random node by S302;
The input end of the cell node of the rear topic as exercise question group random described in each is connected with the output terminal of described random node by S303;
The input end of the cell node as the first topic in exercise question group random described in each is connected with described random start end by S304 respectively;
The quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order by random node described in S305.
In order to realize the graphical generation method of the questionnaire in above-mentioned second preferred embodiment, the graphical generation system of questionnaire of the present invention includes random node.Refer to Figure 16 and Figure 17, Figure 16 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including random node, and Figure 17 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of random node to create.As shown in figure 16 and figure 17, in this second preferred embodiment:
The questionnaire content of described questionnaire comprises multiple random exercise question group, each described random exercise question group includes at least one cell node, the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group, the first random exercise question group 92 is comprised with questionnaire content in figure, second random exercise question group 93 and the random exercise question group of the 3rd random exercise question group 94 3, first random exercise question group 92, three cell nodes 10 are included for example in second random exercise question group 93 and the 3rd random exercise question group 94, ,
Creation module 2 also creates patterned random node 70, and random node 70 comprises input end 710, output terminal 720 and random start end 730;
The output terminal of cell node 10j of the last topic as exercise question group random described in each is connected with the input end 710 of random node 70 by editor module 3;
The input end of cell node 10k of the rear topic as exercise question group random described in each is connected with the output terminal 720 of random node 70 by editor module 3;
The input end of cell node as the first topic in exercise question group random described in each is connected with the random start end 730 of random node 70 by editor module 3 respectively, for the input end of the cell node 10g as the first topic in the first random exercise question group 92, the input end of cell node 10h inscribed as first in the second random exercise question group 93 and the input end of cell node 10i inscribed as first in the 3rd random exercise question group 94 being connected with the random start end 730 of random node 70 respectively shown in figure;
Described system also comprises shuffle module 5, for controlling random node 70, the quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order, the quantity for the first random exercise question group 93 of random exercise question group 92, second and the 3rd random exercise question group 94 being occurred shown in figure carries out Random assignment with order.
Refer to Figure 18, Figure 18 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of random node to create.As shown in figure 18, suppose that questionnaire comprises the first random exercise question group 92, second random exercise question group 93 and the random exercise question group of the 3rd random exercise question group 94 3, first random exercise question group 92 comprises the second topic, 3rd topic and the 4th topic three exercise questions, second random exercise question group 93 comprises the 5th topic, 6th topic and the 7th topic three exercise questions, 3rd random exercise question group 94 comprises the 8th topic, 9th topic and the tenth topic three exercise questions, whole questionnaire comprises the first topic, second topic, 3rd topic, 4th topic, 5th topic, 6th topic, 7th topic, 8th topic, 9th topic, tenth topic and the 11 topic 11 exercise questions, so random node 70 is by the first random exercise question group 92, the quantity that second random exercise question group 93 and the 3rd random exercise question group 94 occur carries out Random assignment with order, 15 kinds of different distribution condition can be there are:
(1) only select a random exercise question group, and select the first random exercise question group 92, so the exercise question order of questionnaire is: first topic the-the first random exercise question group (the second topic-three inscribes-four topic)-11 inscribes.
(2) only select a random exercise question group, and select the second random exercise question group 93, so the exercise question order of questionnaire is: first topic the-the second random exercise question group (the 5th topic-six inscribes-seven topic)-11 inscribes.
(3) only select a random exercise question group, and select the 3rd random exercise question group 94, so the exercise question order of questionnaire is: the random exercise question group of the first topic-three (the 8th topic-nine inscribes-ten topic)-11 inscribes.
(4) only two random exercise question groups are selected, and select first to occur the first random exercise question group 92, occur the second random exercise question group 93 again, so the exercise question order of questionnaire is: first topic the-the first random exercise question group (the second topic-three inscribes-four topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic)-11 inscribes.
(5) only two random exercise question groups are selected, and select first to occur the second random exercise question group 93, occur the first random exercise question group 92 again, so the exercise question order of questionnaire is: first topic the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the-the first random exercise question group (the second topic-three inscribes-four topic)-11 inscribes.
(6) only two random exercise question groups are selected, and select first to occur the first random exercise question group 92, occur the 3rd random exercise question group 94 again, so the exercise question order of questionnaire is: first topic the-the first random exercise question group (the second topic-three inscribes-four topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic)-11 inscribes.
(7) only two random exercise question groups are selected, and select first to occur the 3rd random exercise question group 94, occur the first random exercise question group 92 again, so the exercise question order of questionnaire is: the random exercise question group of the first topic-three (the 8th topic-nine inscribes-ten topic) the-the first random exercise question group (the second topic-three inscribes-four topic)-11 inscribes.
(8) only two random exercise question groups are selected, and select first to occur the second random exercise question group 93, occur the 3rd random exercise question group 94 again, so the exercise question order of questionnaire is: first topic the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic)-11 inscribes.
(9) only two random exercise question groups are selected, and select first to occur the 3rd random exercise question group 94, occur the second random exercise question group 93 again, so the exercise question order of questionnaire is: the random exercise question group of the first topic-three (the 8th topic-nine inscribes-ten topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic)-11 inscribes.
(10) three random exercise question groups are selected, and select first to occur the first random exercise question group 92, there is the second random exercise question group 93 again, occur the 3rd random exercise question group 94 again, so the exercise question order of questionnaire is: first topic the-the first random exercise question group (the second topic-three inscribes-four topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic)-11 inscribes.
(11) three random exercise question groups are selected, and select first to occur the first random exercise question group 92, there is the 3rd random exercise question group 94 again, occur the second random exercise question group 93 again, so the exercise question order of questionnaire is: first topic the-the first random exercise question group (the second topic-three inscribes-four topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic)-11 inscribes.
(12) three random exercise question groups are selected, and select first to occur the second random exercise question group 93, there is the first random exercise question group 92 again, occur the 3rd random exercise question group 94 again, so the exercise question order of questionnaire is: first topic the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the-the first random exercise question group (the second topic-three inscribes-four topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic)-11 inscribes.
(13) three random exercise question groups are selected, and select first to occur the second random exercise question group 93, there is the 3rd random exercise question group 94 again, occur the first random exercise question group 92 again, so the exercise question order of questionnaire is: first topic the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the random exercise question group of-three (the 8th topic-nine inscribes-ten topic) the-the first random exercise question group (the second topic-three inscribes-four topic)-11 inscribes.
(14) three random exercise question groups are selected, and select first to occur the 3rd random exercise question group 94, there is the first random exercise question group 92 again, occur the second random exercise question group 93 again, so the exercise question order of questionnaire is: the random exercise question group of the first topic-three (the 8th topic-nine inscribes-ten topic) the-the first random exercise question group (the second topic-three inscribes-four topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic)-11 inscribes.
(15) three random exercise question groups are selected, and select first to occur the 3rd random exercise question group 94, there is the second random exercise question group 93 again, occur the first random exercise question group 92 again, so the exercise question order of questionnaire is: the random exercise question group of the first topic-three (the 8th topic-nine inscribes-ten topic) the-the second random exercise question group (the 5th topic-six inscribes-seven topic) the-the first random exercise question group (the second topic-three inscribes-four topic)-11 inscribes.
By the way, the quantity that multiple random exercise question group occurs can be presented to different answer persons from order in the mode of cycle assignment, the questionnaire content namely making different answer persons see is different, the more variation that questionnaire is become.
embodiment 3:
In the 3rd preferred embodiment of the present invention, the questionnaire content of described questionnaire comprises logic exercise question group, the quantity of logic exercise question group can be one also can be multiple, and can be inserted between any two exercise questions, described logic exercise question group comprises multiple cell node, and the input end of the unit node in described logic exercise question group is connected according to the output terminal of the questionnaire content of described logic exercise question group with the cell node be associated in described logic exercise question group.Refer to Figure 19, Figure 19 is the schematic flow sheet that the graphical generation method of questionnaire of the present invention realizes logic exercise question group.As shown in figure 19, when the questionnaire content of described questionnaire comprises logic exercise question group, the graphical generation method of questionnaire of the present invention also comprises:
S401 creates patterned logic node and patterned terminal node, and described logic node creates input end and multiple logic output terminal, arranges logic rules, described terminal node creates input end in logic output terminal described in each;
The input end of the cell node as the first topic in described logic exercise question group is connected with the output terminal of the cell node of the last topic as described logic exercise question group by S402;
The output terminal of the cell node as last topic in described logic exercise question group is connected with the input end of described logic node by S403;
S404 is connected with logic output terminal described in each using the input end of described terminal node and as the input end of the cell node of a rear topic of described logic exercise question group according to the questionnaire content of described questionnaire;
The combination of answer of exercise question of cell node described in each in described logic exercise question group and logic rules described in each compare by logic node described in S405, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting.
In order to realize the graphical generation method of the questionnaire in above-mentioned 3rd preferred embodiment, the graphical generation system of questionnaire of the present invention includes logic node.Refer to Figure 20 and Figure 21, Figure 20 is the structured flowchart of the graphical generation system of the questionnaire of the present invention including logic node, and Figure 21 is the structured flowchart of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of logic node to create.As shown in Figure 20 and Figure 21, in the 3rd preferred embodiment:
The questionnaire content of described questionnaire comprises logic exercise question group 95, logic exercise question group 95 comprises multiple cell node, the input end of the unit node in logic exercise question group 95 is connected according to the output terminal of the questionnaire content of logic exercise question group 95 with the cell node be associated in logic exercise question group 95, comprises two cell nodes 10p, 10m in figure for logic exercise question group 95;
Creation module 2 also creates patterned logic node 80 and patterned terminal node 40, logic node 80 comprises input end 810 and multiple logic output terminal, logic rules are provided with in logic output terminal described in each, comprise the first output terminal 820 and the second output terminal 830 two logic output terminals for logic node 80 in figure, terminal node 40 comprises input end 410;
The input end of the cell node 10p as the first topic in logic exercise question group 95 is connected with the output terminal of the cell node 10q of the last topic as logic exercise question group 95 by editor module 3;
The output terminal of cell node 10m as last topic in logic exercise question group 95 is connected with the input end 810 of logic node 80 by editor module 3;
Editor module 3 using the input end 410 of terminal node 40 and as the cell node 10n of a rear topic of logic exercise question group 95 input end according to the questionnaire content of described questionnaire and logic node 80 each described in logic output terminal be connected, be then be connected with the first output terminal 820 of logic node 80 and the second output terminal 830 shown in figure;
System also comprises Logic control module 6, for arranging logic rules in the logic output terminal of logic node 80, and the combination of the answer of the exercise question of cell node described in each in logic exercise question group 95 and logic rules described in each compare by steering logic node 80, be two cell node 10p shown in figure, the combination of the answer of the exercise question of 10m, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting, for the first output terminal 820 of logic node 80 or the second output terminal 830 are carried out conducting shown in figure.
Refer to Figure 22, Figure 22 is the example schematic of the questionnaire adopting the graphical generation system including the questionnaire of the present invention of logic node to create.As shown in figure 22, logic of propositions exercise question group 95 comprises the first topic and the second topic two exercise questions, whole questionnaire comprises the first topic, second topic and the 3rd topic three exercise questions, logic node 80 comprises the first output terminal 820 and the second output terminal 830 two logic output terminals, logic rules can comprise " with, or, non-" three kinds of logical conditions, so logic node 80 by logic exercise question group 95 first topic and second topic the combination of answer of exercise question and the logic rules of the logic rules of the first output terminal 820 and the second output terminal 830 compare, select the logic rules be consistent with the combination of described answer, first output terminal 820 corresponding with these logic rules or the second output terminal 830 are carried out conducting, three kinds of different arranging situations can be there are:
The logic rules 1 of (1) first output terminal 820 are: the answer of the first topic is X, and the answer of the second topic is Y;
The logic rules 2 of the second output terminal 830 are: except other any possible combinations of " answer of the first topic is X, and the answer of the second topic is Y ";
If the combined symbols logical regular 1 of the first topic and the second answer of inscribing, then logic node 80 selects conducting first output terminal 820, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-three inscribes;
If the combined symbols logical regular 2 of the first topic and the second answer of inscribing, then logic node 80 selects conducting second output terminal 830, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-stop.
The logic rules 1 of (2) first output terminals 820 are: the answer of the first topic is X, or the answer of the second topic is Y;
The logic rules 2 of the second output terminal 830 are: except other any possible combinations of " answer of the first topic is X, or the answer of the second topic is Y ";
If the combined symbols logical regular 1 of the first topic and the second answer of inscribing, then logic node 80 selects conducting first output terminal 820, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-three inscribes;
If the combined symbols logical regular 2 of the first topic and the second answer of inscribing, then logic node 80 selects conducting second output terminal 830, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-stop.
The logic rules 1 of (3) first output terminals 820 are: the answer of the first topic is not X, and the answer of the second topic is not Y;
The logic rules 2 of the second output terminal 830 are: except other any possible combinations of " answer of the first topic is not X, and the answer of the second topic is not Y ";
If the combined symbols logical regular 1 of the first topic and the second answer of inscribing, then logic node 80 selects conducting first output terminal 820, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-three inscribes;
If the combined symbols logical regular 2 of the first topic and the second answer of inscribing, then logic node 80 selects conducting second output terminal 830, and so the exercise question order of questionnaire is: logic exercise question group (the first topic-the second topic)-stop.
By the way, the result that can compare according to the answer of the exercise question in logic exercise question group and logic rules, makes the 3rd topic with good conditionsily present to answer person, and what questionnaire was become is more diversified.
Especially, the option in all cell nodes before logic node can participate in logical operation as operational factor.Namely the logic output terminal corresponding to each logic rules in logic node can comprise compound logic computing.
Comprise the first topic, the second topic and the 3rd topic three multiple-choice questions with logic exercise question group, it is example that logic node comprises the first output terminal, the second output terminal and the 3rd output terminal three logic output terminals:
The logic rules 1 of (1) first output terminal: meet the first topic select A simultaneously the second topic do not select A, or the 3rd topic selects B;
(2) second output terminal logic rules 2: meet the first topic select B simultaneously the second topic select C;
(3) the 3rd output terminal logic rules 3: meet the first topic select C simultaneously the second topic select A, or the second topic select D simultaneously the 3rd topic select D;
If the combined symbols logical regular 1 of the answer of the first topic, the second topic and the 3rd topic, then logic node selects conducting first output terminal; If the combined symbols logical regular 2 of the answer of the first topic, the second topic and the 3rd topic, then logic node selects conducting second output terminal; If the combined symbols logical regular 3 of the answer of the first topic, the second topic and the 3rd topic, then logic node selects conducting the 3rd output terminal.
Certainly, logic node of the present invention can also comprise more logic output terminal and logic rules, and questionnaire content is not limited only to above-described embodiment, and questionnaire content can carry out concrete setting according to the requirement of questionnaire design person.
Embodiment 4:
In the 4th preferred embodiment of the present invention, the questionnaire content of described questionnaire comprises circulation exercise question group, random exercise question group, logic exercise question group simultaneously.Refer to Figure 23, Figure 23 is the structured flowchart of graphical generation system of questionnaire of the present invention including cyclic node, random node, logic node.As shown in figure 23, the graphical generation system of questionnaire of the present invention comprises memory module 1, creation module 2, editor module 3, cycle control module 4, shuffle module 5 and Logic control module 6 simultaneously.4th preferred embodiment of the present invention, is all included the content of above-mentioned three embodiments, can selects arbitrarily according to questionnaire design person.
But the graphical generation method and system of questionnaire of the present invention, the quantity of the cyclic node of cell node, functionalization, random node and logic node is not limited to the above embodiments, questionnaire design person can be according to actual needs, arbitrary adding device node, cyclic node, random node and logic node, when creating questionnaire, in display unit, often create cell node, cyclic node, random node or a logic node, namely represent and increase an exercise question or function in questionnaire.
The advantage of the graphical generation method and system of questionnaire of the present invention is:
(1) questionnaire carries out establishment and the editor of questionnaire in graphical, visual mode, and make all redirects of questionnaire select branch to be launched, questionnaire design person can form the overall general view to questionnaire quickly and intuitively.
(2) increase substantially questionnaire design speed, reduce questionnaire design difficulty, make the questionnaire design person possessing primary computer application power also can carry out professional questionnaire establishment and design.
(3) person's error correction of being convenient to questionnaire design, selects logic to the complicated redirect in questionnaire, and even can cause the situation of the mistakes such as logic is nested, endless loop, questionnaire design person visually can judge that whether questionnaire design is correct at once, directly perceived and convenient.
The above is only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, although the present invention discloses as above with preferred embodiment, but and be not used to limit the present invention, any those skilled in the art, not departing from the scope of technical solution of the present invention, make a little change when the technology contents of above-mentioned announcement can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be the content not departing from technical solution of the present invention, according to any simple modification that technical spirit of the present invention is done above embodiment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.

Claims (10)

1. a graphical generation method for questionnaire, is characterized in that, comprising:
Create patterned multiple cell node, a described cell node is corresponding to an exercise question in questionnaire;
Described cell node creates an input end and at least one output terminal;
The questionnaire content of the input end of cell node described in each according to described questionnaire is connected with the output terminal of the cell node be associated;
Create patterned start node, described start node creates output terminal, the input end of the output terminal of described start node with the first cell node inscribed as described questionnaire is connected;
Create patterned end node, described end node creates input end, the output terminal of the input end of described end node with last cell node inscribed as described questionnaire is connected.
2. the graphical generation method of questionnaire as claimed in claim 1, is characterized in that, is set to multiple using the quantity of the cell node of last topic as described questionnaire;
The quantity of described end node is set to multiple and identical with the quantity of last cell node inscribed as described questionnaire, the output terminal of the input end of multiple described end node and last the multiple cell nodes inscribed as described questionnaire is connected in mode one to one; Or
The quantity of described end node be set to multiple and be less than the quantity of cell node of last topic as described questionnaire, the output terminal of the input end of multiple described end node with last the multiple cell nodes inscribed as described questionnaire is connected with the corresponded manner of one-to-many.
3. the graphical generation method of questionnaire as claimed in claim 1, it is characterized in that, the quantity of the cell node of last topic as described questionnaire is set to multiple, the quantity of described end node is set to one, the input end of described end node is connected with each output terminal as last cell node inscribed of described questionnaire.
4. the graphical generation method of questionnaire as claimed in claim 1, it is characterized in that, the questionnaire content of described questionnaire comprises circulation exercise question group, and described circulation exercise question group comprises the multiple cell nodes connected successively;
Described method also comprises:
Create patterned cyclic node, described cyclic node creates input end, output terminal, circulation starting end and circulation and terminates end;
The output terminal of the cell node of the last topic as described circulation exercise question group is connected with the input end of described cyclic node, the input end of the output terminal of described cyclic node with rear one cell node inscribed as described circulation exercise question group is connected;
The input end of the most front cell node that sorts in described circulation exercise question group is connected with described circulation starting end, the output terminal of the last cell node that sorts in described circulation exercise question group is terminated end be connected with described circulation;
Unit node in described circulation exercise question group is carried out cycle assignment as the appearance order of the first topic appearance of described circulation exercise question group by described cyclic node.
5. the graphical generation method of questionnaire as claimed in claim 1, it is characterized in that, the questionnaire content of described questionnaire comprises multiple random exercise question group, each described random exercise question group includes at least one cell node, and the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group;
Described method also comprises:
Create patterned random node, described random node creates input end, output terminal and random start end;
The output terminal of the cell node of the last topic as exercise question group random described in each is connected with the input end of described random node;
The input end of the cell node of the rear topic as exercise question group random described in each is connected with the output terminal of described random node;
The input end of the cell node as the first topic in exercise question group random described in each is connected with described random start end respectively;
The quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order by described random node.
6. the graphical generation method of questionnaire as claimed in claim 1, it is characterized in that, the questionnaire content of described questionnaire comprises logic exercise question group, described logic exercise question group comprises multiple cell node, and the input end of the unit node in described logic exercise question group is connected according to the output terminal of the questionnaire content of described logic exercise question group with the cell node be associated in described logic exercise question group;
Described method also comprises:
Create patterned logic node and patterned terminal node, described logic node creates input end and multiple logic output terminal, logic rules are set in logic output terminal described in each, described terminal node creates input end;
The input end of the cell node as the first topic in described logic exercise question group is connected with the output terminal of the cell node of the last topic as described logic exercise question group;
The output terminal of the cell node as last topic in described logic exercise question group is connected with the input end of described logic node;
Be connected with logic output terminal described in each using the input end of described terminal node and as the input end of the cell node of a rear topic of described logic exercise question group according to the questionnaire content of described questionnaire;
The combination of answer of exercise question of cell node described in each in described logic exercise question group and logic rules described in each compare by described logic node, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting.
7. a graphical generation system for questionnaire, is characterized in that, comprising:
Memory module, for storing the questionnaire content of questionnaire;
Creation module, be connected with described memory module, for creating patterned start node, end node and multiple cell node according to described questionnaire content, wherein, a described cell node is corresponding to an exercise question in described questionnaire, described cell node comprises an input end and at least one output terminal, and described start node comprises output terminal, and described end node comprises input end;
Editor module, be connected with described memory module and described creation module, for the input end of cell node described in each being connected with the output terminal of the cell node be associated according to described questionnaire content, the output terminal of described start node being connected with the input end of the first cell node inscribed as described questionnaire and the output terminal of the input end of described end node with last cell node inscribed as described questionnaire is connected.
8. the graphical generation system of questionnaire as claimed in claim 7, is characterized in that:
The questionnaire content of described questionnaire comprises circulation exercise question group, and described circulation exercise question group comprises the multiple cell nodes connected successively;
Described creation module has also created patterned cyclic node, and described cyclic node comprises input end, output terminal, circulation starting end and circulation and terminates end;
The output terminal of the cell node of the last topic as described circulation exercise question group is connected with the input end of described cyclic node by described editor module, is connected by the input end of the output terminal of described cyclic node with rear one cell node inscribed as described circulation exercise question group;
The input end of the most front cell node that sorts in described circulation exercise question group is connected with described circulation starting end by described editor module, and the output terminal of the last cell node that sorts in described circulation exercise question group is terminated end be connected with described circulation;
Described system also comprises cycle control module, for controlling described cyclic node, the unit node in described circulation exercise question group is carried out cycle assignment as the appearance order of the first topic appearance of described circulation exercise question group.
9. the graphical generation system of questionnaire as claimed in claim 7, is characterized in that:
The questionnaire content of described questionnaire comprises multiple random exercise question group, each described random exercise question group includes at least one cell node, and the input end of the unit node in each described random exercise question group is all connected with the output terminal of the cell node be associated in this random exercise question group according to the questionnaire content of this random exercise question group;
Described creation module has also created patterned random node, and described random node comprises input end, output terminal and random start end;
The output terminal of the cell node of the last topic as exercise question group random described in each is connected with the input end of described random node by described editor module;
The input end of the cell node of the rear topic as exercise question group random described in each is connected with the output terminal of described random node by described editor module;
The input end of the cell node as the first topic in exercise question group random described in each is connected with described random start end by described editor module respectively;
Described system also comprises shuffle module, for controlling described random node, the quantity that multiple described circulation exercise question group occurs is carried out Random assignment with order.
10. the graphical generation system of questionnaire as claimed in claim 7, is characterized in that:
The questionnaire content of described questionnaire comprises logic exercise question group, described logic exercise question group comprises multiple cell node, and the input end of the unit node in described logic exercise question group is connected according to the output terminal of the questionnaire content of described logic exercise question group with the cell node be associated in described logic exercise question group;
Described creation module has also created patterned logic node and patterned terminal node, and described logic node comprises input end and multiple logic output terminal, and be provided with logic rules in logic output terminal described in each, described terminal node comprises input end;
The input end of the cell node as the first topic in described logic exercise question group is connected with the output terminal of the cell node of the last topic as described logic exercise question group by described editor module;
The output terminal of the cell node as last topic in described logic exercise question group is connected with the input end of described logic node by described editor module;
Described editor module is connected with logic output terminal described in each using the input end of described terminal node and as the input end of the cell node of a rear topic of described logic exercise question group according to the questionnaire content of described questionnaire;
Described system also comprises Logic control module, for arranging described logic rules in multiple described logic output terminal, and control described logic node the combination of answer of exercise question of cell node described in each in described logic exercise question group and logic rules described in each are compared, select the logic rules be consistent with the combination of described answer, the described logic output terminal corresponding with these logic rules is carried out conducting.
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CN110532131A (en) * 2018-05-24 2019-12-03 上海方付通商务服务有限公司 A kind of processing method of cross check, intelligent questionnaire data processing method
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CN105068980A (en) * 2015-08-07 2015-11-18 北京思特奇信息技术股份有限公司 Graphical display method and system for jump relationship among topics
TWI744343B (en) * 2017-06-22 2021-11-01 全球華人股份有限公司 A questionnaire generation platform
CN110532131A (en) * 2018-05-24 2019-12-03 上海方付通商务服务有限公司 A kind of processing method of cross check, intelligent questionnaire data processing method
CN110827939A (en) * 2019-10-12 2020-02-21 广东徕康医疗科技有限公司 Automatic digitizing system for resident health (disease screening) archives
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CN113033157A (en) * 2021-03-20 2021-06-25 广州快决测信息科技有限公司 Questionnaire generating method, device and storage medium
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