CN106227716B - A kind of system and method for realizing branching selection structure electrical documents editing - Google Patents
A kind of system and method for realizing branching selection structure electrical documents editing Download PDFInfo
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Abstract
The present invention provides a kind of system and method for realizing branching selection structure electrical documents editing, and the data structure of branching selection structure electrical document is created first in editing equipment memory；And then branching selection structure electrical document data structure is created, edits branching selection structured documents and accordingly updated by the visualization interface in editing equipment；And it edits the content of text of branching selection structured documents interior joint and accordingly updates the content of text of the branching selection structure electrical document data structure interior joint list simultaneously；Mark the node in branching selection structured documents finally to search and follow-up editor.By the system and method for above-mentioned realization branching selection structure electrical documents editing, the editor of branching selection structure electrical document is solved the problems, such as, and then realize that the editor of novel class subject matter interactive mode reading electronic book generates.The interactive mode reading electronic book realizes the interaction of reader and e-book, improves the enjoyment and property of participation of reading.
Description
Technical Field
The invention relates to the technical field of computer software, in particular to a system and a method for realizing electronic document editing of a branch selection structure.
Background
With the development of technology, electronic Reading (E-book Reading) has not been limited to personal computers (personal computers), and more electronic digital devices and mobile communication devices have been provided with the function of electronic book Reading, and terminal devices specifically for electronic book Reading have appeared. Admittedly, an electronic book (E-book) has the advantages of portability, easy use, large capacity, energy conservation, environmental protection and the like compared with a paper book, and can also reasonably utilize fragment time, realize more exquisite design and increase multimedia functions; however, electronic reading at the present stage does not depart from the traditional reading mode of passively receiving the plot design of the author.
In recent years, with the rapid development and popularization of touch screen type electronic digital devices and mobile communication terminals, the concept of interactive reading is generated due to the fact that good human-computer interaction experience effect is highly appreciated by consumers. Currently, interactive reading e-book applications focus primarily on non-fiction-like, low-volume material such as preschool education, children's stories, and the like. The interactive reading electronic book application of the subject matter generally sets a contact point in the interactive reading electronic book, and realizes interaction of the content of the contact point through operations such as clicking of a reader and the like. However, in the case of novels, the literary works of such subjects are rich in content, with continuous storyline and complex environmental portrayal. Obviously, the above-mentioned interactive reading ebook application cannot be applied to reading of literary works such as novels, prose, and the like.
A system, a method and a device for realizing interactive electronic reading can realize the interactive electronic reading of the subject literary works of the novel class. The system, the method and the equipment for realizing interactive electronic reading mainly realize the interaction between readers and the electronic book through branch selection playing, so that the readers can influence even determine the development direction of the plot of the work through the interaction, and the interest and the participation of reading are improved.
However, currently, electronic book editors on the market, such as EXE electronic book editor, CHM electronic book editor, UMD electronic book editor, etc., obviously cannot edit and generate such interactive reading electronic books. A system, a method and a client for realizing branch selection interactive reading of an electronic book can realize the editing and generation of the interactive reading of the electronic book; the electronic document with the structure is selected mainly through an editing branch, and then editing and generating of the interactive reading electronic book are achieved.
Disclosure of Invention
The invention provides a system and a method for realizing editing of an electronic document with a branch selection structure, which are used for solving the editing problem of the electronic document with the branch selection structure and further realizing editing and generating of a novel subject interactive reading electronic book.
The embodiment of the invention provides a system for realizing the editing of a branch selection structure electronic document, which comprises a data serialization module, an interface editing module, a text editing module and a node marking module; wherein,
a, the data serialization module is used for creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of editing equipment; wherein,
the node list is a set for writing node information; the node is the minimum carrier for realizing the branch selection playing function of the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document and is the minimum unit of the branch selection structure electronic document; the branch selection structure electronic document consists of N (N > ═ 2, N is an integer) nodes;
further, the node information comprises a node index, belonging chapter information, node type information and text content; wherein,
the node index refers to an identification code for accessing the node information; only by accessing and reading the node information can the node be played accordingly;
the affiliated chapter information is specifically chapter indexes of the affiliated chapters of the node in the interactive reading electronic book;
the node type information is used for marking the type of the node; the nodes are divided into common nodes and button nodes according to node types; the common nodes can only write text contents and have no interactive function; the button type node not only writes text content, but also has an interactive function;
the text content refers to a plurality of words for describing the content of the interactive reading electronic book works;
furthermore, the node information also includes node extension information for implementing extension functions of the node during playing, such as sound effect playing, picture loading, and the like;
the node action list is a set used for writing node action information; the node action refers to an action that a node in the node list can call after playing, and the node action is used for describing the condition that the node points to a connected subsequent node; one node action can describe the subsequent node connection condition of only one node; the node is a current node; one of the current nodes has M subsequent nodes (M > ═ 0, M is an integer);
further, the node action information comprises a node action index, a node action type and subsequent node information; wherein,
the node action index refers to an identification code for accessing the node action information; the node action can be called only by accessing and reading the node action information, and then the node action is played to point to the connected subsequent node; the node index and the node action index are both represented by numerical values; the node index of the current node is the same as the node action index value of the calling node action;
the node action types comprise a Next type, a Select type, a Break type, a Continue type and a Jump type; wherein,
a Next type, which is used for describing a direct and unique connection relationship between the current node and the subsequent nodes thereof; the current node is a father node, and the subsequent nodes are child nodes; one of the parent nodes has and can only have one child node (i.e., M ═ 1);
the Select type is used for describing a selectable connection relation between the current node and the subsequent node; the current node is a branch father node, and the subsequent node is an option child node; one said branch parent node has P option child nodes (P > ═ 1, P is an integer);
break type, which is used to describe that the current node is no longer connected with the subsequent node (i.e. M ═ 0); the current node is also called an interrupt node;
the Continue type is used for describing a direct and unique connection relation between the current node and the subsequent nodes thereof, and the front node and the rear node belong to different chapters; the current node is a parent node of a previous chapter, and the subsequent node is a child node of a subsequent chapter; the previous chapter parent node has one and only one subsequent chapter child node (i.e., M ═ 1);
jump type, which is used to describe the Jump relationship between the current node and the subsequent node; the subsequent node is any one of other nodes which are not current;
furthermore, the option child node is a button type node, and other nodes are common type nodes;
the subsequent node information is specifically a node index of the node action pointing to the connected subsequent node;
the chapter node list is a set for writing chapter information; the chapter information comprises a chapter index and a chapter name;
the extended information list is a set of extended information used for writing the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document; the extended information comprises information of a cover, a brief introduction of a work, an author, a work type and the like of the extended information;
the interface editing module is used for realizing the visual editing of the branch selection structure electronic document; specifically, a visual interface of the editing device is opened, and the branch selection structure document is newly created and edited on the visual interface and the branch selection structure electronic document data structure created by the data serialization module is correspondingly updated; wherein,
b1, creating a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment;
when the interactive reading electronic book is newly built, after the visual editing interface is opened, initial node information with empty text content is generated and inserted into a node list of a branch selection structure electronic document data structure created by the data serialization module, and meanwhile, blank initial nodes are rendered on the visual editing interface;
the blank initial node is a node which describes the initial text content of the interactive reading electronic book, and the text content is blank;
when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure;
b2, according to the author concept, by calling and loading the node action functional component and the blank node component, creating and editing a branch selection structure document in the visual editing interface, and meanwhile, correspondingly updating the branch selection structure electronic document data structure created by the data serialization module;
further, when the node action functional component is called, the node action list of the electronic document data structure of the branch selection structure is correspondingly updated, and the node action is rendered on the visual editing interface;
the type of the node action functional component corresponds to the node action type in the electronic document data structure of the branch selection structure;
when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface;
the blank node is a node with empty text content; the type of the blank node component corresponds to the node type in the electronic document data structure of the branch selection structure;
editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting corresponding list information in the branch selection structure electronic document data structure;
the text editing module is specifically used for editing the text contents of the nodes in the document with the branch selection structure in the visual editing interface and correspondingly updating the text contents of the node list in the electronic document data structure with the branch selection structure; the editing is specifically creating, changing or deleting the text content and text format editing;
the node marking module is used for marking the nodes in the branch selection structure document so as to more efficiently search the nodes in the branch selection structure document and edit the branch selection structure document;
further, the node labeling module is specifically configured to label all nodes in the branch selection structure document in a full traversal manner; and the marking is to render the node by adopting different colors and/or shapes according to the difference of the type of the node in the branch selection structure document and the called node action type.
The embodiment of the invention provides a method for realizing the editing of an electronic document with a branch selection structure, which comprises the following steps:
s1 creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of the editing equipment; wherein,
the node list, the node action list, the chapter information list and the extended information list are in the electronic document data structure of the branch selection structure constructed by the data serialization module in the electronic document editing system for realizing the branch selection structure;
s2, opening a visual interface of the editing equipment, and creating and editing the branch selection structure document and correspondingly updating the branch selection structure electronic document data structure on the visual interface; in particular to a method for preparing a high-performance nano-silver alloy,
newly building a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment; when a new interactive reading electronic book is created, after the visual editing interface is opened, generating initial node information with empty text content, inserting the initial node information into a node list of the electronic document data structure of the branch selection structure, and rendering blank initial nodes on the visual editing interface; when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure;
the blank initial node is a node which describes the initial text content of the interactive reading electronic book, and the text content is blank;
then, according to the idea of an author, a node action functional component and a blank node component are called and loaded, a branch selection structure document is newly built and edited in the visual editing interface, and meanwhile, the electronic document data structure of the branch selection structure is correspondingly updated;
further, when the node action functional component is called, the node action list of the electronic document data structure of the branch selection structure is correspondingly updated, and the node action is rendered on the visual editing interface; when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface; editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting corresponding list information in the branch selection structure electronic document data structure;
the type of the node action functional component corresponds to the node action type in the electronic document data structure of the branch selection structure; the blank node is a node with empty text content; the type of the blank node component corresponds to the node type in the electronic document data structure of the branch selection structure;
s3 editing the text content of the node in the branch selection structure document in the visual editing interface, and updating the text content of the node list in the branch selection structure electronic document data structure correspondingly;
the editing is specifically creating, changing or deleting the text content and text format editing;
s4 labeling nodes in the branch selection structure document to more efficiently find nodes in the branch selection structure document and edit the branch selection structure document;
further, specifically, all nodes in the branch selection structure document are marked in a full traversal mode; the marking means that different colors and/or shapes are adopted to mark the nodes according to the types of the nodes in the branch selection structure document and the different types of the called node actions.
The invention provides a system and method for realizing the branch selection structure electronic document editing, firstly, the data structure of the branch selection structure electronic document is established in the internal memory of the editing device; creating and editing a branch selection structure document and correspondingly updating a branch selection structure electronic document data structure through a visual interface of editing equipment; editing the text content of the nodes in the branch selection structure document and correspondingly updating the text content of the node list in the branch selection structure electronic document data structure at the same time; finally, marking the nodes in the branch selection structure document so as to search and edit the nodes. By the system and the method for editing the electronic document with the branch selection structure, the problem of editing the electronic document with the branch selection structure is solved, and then editing and generating of a novel subject interactive reading electronic book are realized. The interactive reading electronic book realizes the interaction between readers and the electronic book, so that the readers can influence even determine the development direction of the plot of the work through the interaction, and the reading pleasure and the participation are improved.
Drawings
Fig. 1 is a schematic structural diagram of a system for implementing editing of an electronic document with a branch selection structure according to embodiment 1 of the present invention;
fig. 2 is a flowchart of a method for implementing editing of an electronic document with a branch selection structure according to embodiment 2 of the present invention.
Detailed Description
In order to make the purpose, technical scheme and beneficial effects obtained by the embodiments of the present invention clearer, the technical scheme in the embodiments of the present invention is clearly and completely described below with reference to the accompanying drawings. It is to be understood that the embodiments described herein are merely illustrative and explanatory of the invention and are not restrictive thereof. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic structural diagram of a system for implementing editing of an electronic document with a branch selection structure according to embodiment 1 of the present invention, and as shown in fig. 1, the system includes a data serialization module 101, an interface editing module 102, a text editing module 103, and a node labeling module 104; wherein,
a data serialization module 101 for creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of editing equipment; wherein,
the node list is a set for writing node information; the node is the minimum carrier for realizing the branch selection playing function of the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document and is the minimum unit of the branch selection structure electronic document; the branch selection structure electronic document consists of N (N > ═ 2, N is an integer) nodes;
the node information comprises a node index, affiliated chapter information, node type information, text content and node information; wherein,
the node index refers to an identification code for accessing the node information; only by accessing and reading the node information can the node be played accordingly;
the affiliated chapter information is specifically chapter indexes of the affiliated chapters of the node in the interactive reading electronic book;
the node type information is used for marking the type of the node; the nodes are divided into common nodes and button nodes according to node types; the common nodes can only write text contents and have no interactive function; the button type node not only writes text content, but also has an interactive function;
the text content refers to a plurality of words for describing the content of the interactive reading electronic book works;
the node extension information is used for realizing the extension function of the node during playing;
the node action list is a set used for writing node action information; the node action refers to an action that a node in the node list can call after playing, and the node action is used for describing the condition that the node points to a connected subsequent node; one node action can describe the subsequent node connection condition of only one node; the node is a current node; one of the current nodes has M subsequent nodes (M > ═ 0, M is an integer);
the node action information comprises a node action index, a node action type and subsequent node information; wherein,
the node action index refers to an identification code for accessing the node action information; the node action can be called only by accessing and reading the node action information, and then the node action is played to point to the connected subsequent node; the node index and the node action index are both represented by numerical values; the node index of the current node is the same as the node action index value of the calling node action;
the node action types comprise a Next type, a Select type, a Break type, a Continue type and a Jump type; wherein,
a Next type, which is used for describing a direct and unique connection relationship between the current node and the subsequent nodes thereof; the current node is a father node, and the subsequent nodes are child nodes; one of the parent nodes has and can only have one child node (i.e., M ═ 1);
the Select type is used for describing a selectable connection relation between the current node and the subsequent node; the current node is a branch father node, and the subsequent node is an option child node; one said branch parent node has P option child nodes (P > ═ 1, P is an integer);
break type, which is used to describe that the current node is no longer connected with the subsequent node (i.e. M ═ 0); the current node is also called an interrupt node;
the Continue type is used for describing a direct and unique connection relation between the current node and the subsequent nodes thereof, and the front node and the rear node belong to different chapters; the current node is a parent node of a previous chapter, and the subsequent node is a child node of a subsequent chapter; the previous chapter parent node has one and only one subsequent chapter child node (i.e., M ═ 1);
jump type, which is used to describe the Jump relationship between the current node and the subsequent node; the subsequent node is any one of other nodes which are not current;
furthermore, the option child node is a button type node, and other nodes are common type nodes;
the subsequent node information is specifically a node index of the node action pointing to the connected subsequent node;
the chapter node list is a set for writing chapter information; the chapter information comprises a chapter index and a chapter name;
the extended information list is a set of extended information used for writing the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document; the extended information comprises information of a cover, a brief introduction of a work, an author, a work type and the like of the extended information;
the interface editing module 102 is configured to implement visual editing of the branch selection structure electronic document; specifically, a visual interface of the editing device is opened, and the branch selection structure document is newly created and edited on the visual interface and the branch selection structure electronic document data structure created by the data serialization module is correspondingly updated; wherein,
newly building a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment;
when the interactive reading electronic book is newly built, after the visual editing interface is opened, initial node information with empty text content is generated and inserted into a node list of a branch selection structure electronic document data structure created by the data serialization module, and meanwhile, blank initial nodes are rendered on the visual editing interface;
the blank initial node is a node which describes the initial text content of the interactive reading electronic book, and the text content is blank;
when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure;
then, according to the idea of an author, by calling and loading a node action function component 1021 and a blank node component 1022, a branch selection structure document 1023 is newly created and edited in the visual editing interface, and meanwhile, the branch selection structure electronic document data structure created by the data serialization module is correspondingly updated;
further, when the node action functional component is called, the node action list of the electronic document data structure of the branch selection structure is correspondingly updated, and the node action is rendered on the visual editing interface;
the type of the node action functional component corresponds to the node action type in the electronic document data structure of the branch selection structure;
when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface;
the blank node is a node with empty text content; the type of the blank node component corresponds to the node type in the electronic document data structure of the branch selection structure;
editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting corresponding list information in the branch selection structure electronic document data structure;
the text editing module 103 is specifically configured to edit the text content of the node in the branch selection structure document in the visual editing interface, and simultaneously update the text content of the node list in the branch selection structure electronic document data structure correspondingly; the editing is specifically creating, changing or deleting the text content and text format editing;
a node labeling module 104, configured to label nodes in the branch selection structure document, so as to more efficiently search for nodes in the branch selection structure document and edit the branch selection structure document;
further, the node labeling module is specifically configured to label all nodes in the branch selection structure document in a full traversal manner; and the marking is to render the node by adopting different colors and/or shapes according to the difference of the type of the node in the branch selection structure document and the called node action type.
An embodiment 2 of the present invention provides a method for implementing editing of an electronic document with a branch selection structure, as shown in fig. 2, where the method includes:
step 201, creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of the editing equipment; the node list, the node action list, the chapter information list and the extended information list are in a branch selection structure electronic document data structure constructed by the data serialization module in the branch selection structure electronic document editing system;
step 202, opening a visual interface of the editing equipment, creating and editing the branch selection structure document on the visual interface, and correspondingly updating the branch selection structure electronic document data structure; in particular to a method for preparing a high-performance nano-silver alloy,
newly building a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment; when a new interactive reading electronic book is created, after the visual editing interface is opened, generating initial node information with empty text content, inserting the initial node information into a node list of the electronic document data structure of the branch selection structure, and rendering blank initial nodes on the visual editing interface; when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure; the blank initial node is a node which describes the initial text content of the interactive reading electronic book, and the text content is blank;
then, according to the idea of an author, a node action functional component and a blank node component are called and loaded, a branch selection structure document is newly built and edited in the visual editing interface, and meanwhile, the electronic document data structure of the branch selection structure is correspondingly updated; specifically, when the node action functional component is called, the node action list of the electronic document data structure of the branch selection structure is correspondingly updated, and the node action is rendered on the visual editing interface; when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface; editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting corresponding list information in the branch selection structure electronic document data structure;
the type of the node action functional component corresponds to the node action type in the electronic document data structure of the branch selection structure; the blank node is a node with empty text content; the type of the blank node component corresponds to the node type in the electronic document data structure of the branch selection structure;
step 203, editing the text content of the node in the branch selection structure document in the visual editing interface, and simultaneously correspondingly updating the text content of the node list in the branch selection structure electronic document data structure; the editing is specifically creating, changing or deleting the text content and text format editing;
step 204, marking nodes in the branch selection structure document so as to more efficiently search the nodes in the branch selection structure document and edit the branch selection structure document; specifically, all nodes in the branch selection structure document are marked in a full traversal mode; the marking means that different colors and/or shapes are adopted to mark the nodes according to the types of the nodes in the branch selection structure document and the different types of the called node actions.
The system and the method for realizing the editing of the branch selection structure electronic document provided by the embodiment solve the editing problem of the branch selection structure electronic document, and further realize the editing generation of a novel subject interactive reading electronic book. The interactive reading electronic book realizes the interaction between readers and the electronic book, so that the readers can influence even determine the development direction of the plot of the work through the interaction, and the reading pleasure and the participation are improved.
Finally, it should be noted that: the above examples are only for illustrating the technical solutions of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A system for realizing the editing of an electronic document with a branch selection structure is characterized by comprising a data serialization module, an interface editing module, a text editing module and a node marking module; wherein,
a, the data serialization module is used for creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of editing equipment; wherein,
the node list is a set for writing node information; the node is the minimum carrier for realizing the branch selection playing function of the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document and is the minimum unit of the branch selection structure electronic document; the branch selection structure electronic document consists of N nodes, wherein N is an integer not less than 2;
the node action list is a set used for writing node action information; the node action refers to an action that a node in the node list can call after playing, and the node action is used for describing the condition that the node points to a connected subsequent node;
the chapter node list is a set for writing chapter information;
the extended information list is a set of extended information used for writing the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document;
the interface editing module is used for realizing the visual editing of the branch selection structure electronic document; specifically, a visual interface of the editing device is opened, and the branch selection structure document is newly created and edited on the visual interface and the branch selection structure electronic document data structure created by the data serialization module is correspondingly updated;
the text editing module is specifically used for editing the text contents of the nodes in the document with the branch selection structure in the visual editing interface and correspondingly updating the text contents of the node list in the electronic document data structure with the branch selection structure;
and D, the node marking module is used for marking the nodes in the branch selection structure document.
2. The system for implementing branch selection structure electronic document editing according to claim 1,
the node information comprises a node index, affiliated chapter information, node type information and text content; wherein,
the node index refers to an identification code for accessing the node information;
the affiliated chapter information is specifically chapter indexes of the affiliated chapters of the node in the interactive reading electronic book;
the node type information is used for marking the type of the node; the nodes are divided into common nodes and button nodes according to node types; the common nodes can only write text contents and have no interactive function; the button type node not only writes text content, but also has an interactive function;
the text content refers to a plurality of words for describing the content of the interactive reading electronic book works.
3. The system for implementing branch selection structure electronic document editing according to claim 2,
the node information also contains node extension information used for realizing the extension function of the node during playing.
4. The system for implementing branch selection structure electronic document editing according to claim 2, wherein one of the node actions can describe only one of the node's subsequent node connection conditions; the node is a current node; one of the current nodes has M subsequent nodes, where M is a non-negative integer;
the node action information comprises a node action index, a node action type and subsequent node information; wherein,
the node action index refers to an identification code for accessing the node action information;
the node action types comprise a Next type, a Select type, a Break type, a Continue type and a Jump type; wherein,
the Next type is used for describing a direct and unique connection relation between the current node and the subsequent node; the current node is a father node, and the subsequent nodes are child nodes; one parent node has one and only one child node;
the Select type is used for describing a selectable connection relation between the current node and the subsequent node; the current node is a branch father node, and the subsequent node is an option child node; one said branch parent node has P option child nodes, where P is a positive integer;
the Break type is used for describing that the current node is not connected with a subsequent node any more; the current node is also called an interrupt node;
the Continue type is used for describing a direct and unique connection relationship between the current node and the subsequent node thereof, and the front node and the rear node belong to different chapters; the current node is a parent node of a previous chapter, and the subsequent node is a child node of a subsequent chapter; the front section father node has and can only have one subsequent section child node;
the Jump type is used for describing that the current node and the subsequent node thereof are in a Jump relationship; the subsequent node is any one of other nodes which are not current;
the option child node is the button type node, and the other nodes are the common type nodes;
the subsequent node information is specifically a node index of the node action pointing to the connected subsequent node.
5. The system for implementing branch selection structure electronic document editing according to claim 1, wherein the implementation process of the interface editing module includes,
b1, creating a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment;
when the interactive reading electronic book is newly built, after the visual editing interface is opened, initial node information with empty text content is generated and inserted into a node list of a branch selection structure electronic document data structure created by the data serialization module, and meanwhile, blank initial nodes are rendered on the visual editing interface;
when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure;
b2 then creates and edits a branch selection structure document in the visual editing interface by calling and loading a node action function component and a blank node component according to the author concept, and simultaneously updates the branch selection structure electronic document data structure created by the data serialization module correspondingly.
6. The system according to claim 5, wherein the node action function component, when invoked, updates the node action list of the branch selection structure electronic document data structure correspondingly, and renders the node action in the visual editing interface;
when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface;
editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; and correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting the corresponding list information in the branch selection structure electronic document data structure.
7. The system for implementing editing of a branch selection structure electronic document according to claim 1, wherein the labeling module labels all nodes in the branch selection structure document in a full traversal manner; and the marking is to render the node by adopting different colors and/or shapes according to the difference of the type of the node in the branch selection structure document and the called node action type.
8. A method for realizing branch selection structure electronic document editing is characterized by comprising the following steps:
s1 creating a data structure of the branch selection structure electronic document; specifically, a node list, a node action list, a chapter node list and an extended information list are created in a memory of the editing equipment;
the node list is a set for writing node information; the node is the minimum carrier for realizing the branch selection playing function of the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document and is the minimum unit of the branch selection structure electronic document; the branch selection structure electronic document consists of N nodes, wherein N is an integer not less than 2;
the node action list is a set used for writing node action information; the node action refers to an action that a node in the node list can call after playing, and the node action is used for describing the condition that the node points to a connected subsequent node;
the chapter node list is a set for writing chapter information;
the extended information list is a set of extended information used for writing the branch selection structure electronic document and the interactive reading electronic book generated by the branch selection structure electronic document;
s2, opening a visual interface of the editing equipment, and creating and editing the branch selection structure document and correspondingly updating a branch selection structure electronic document data structure on the visual interface;
s3 editing the text content of the node in the branch selection structure document in the visual editing interface, and updating the text content of the node list in the branch selection structure electronic document data structure correspondingly;
s4 labels the node in the branch selection structure document.
9. The method of claim 8, wherein the branch selection structure electronic document editing is implemented,
the node list, the node action list, the chapter information list and the extension information list are as set forth in any one of claims 1 to 7.
10. The method according to claim 8, wherein said creating, editing and updating the branch selection structure document data structure correspondingly on the visual interface, specifically,
newly building a blank interactive reading electronic book on the editing equipment or opening an existing interactive reading electronic book, and simultaneously opening a visual editing interface of the editing equipment; when the interactive reading electronic book is newly built, after the visual editing interface is opened, initial node information with empty text content is generated and inserted into a node list of a branch selection structure electronic document data structure created by the data serialization module, and meanwhile, blank initial nodes are rendered on the visual editing interface; when an existing interactive reading electronic book is opened, the existing interactive reading electronic book is analyzed through deserialization to obtain a data structure of a branch selection structure electronic document of the existing interactive reading electronic book, the data structure is loaded into a memory of the editing equipment, and the branch selection structure document is rendered on the visual editing interface according to the data structure;
then, according to the idea of an author, a branch selection structure document is newly built and edited in the visual editing interface by calling and loading a node action functional component and a blank node component, and meanwhile, the branch selection structure electronic document data structure created by the data serialization module is correspondingly updated; when the node action functional component is called, correspondingly updating a node action list of the electronic document data structure of the branch selection structure, and rendering the node action on the visual editing interface; when the blank node component is called, correspondingly updating the node list of the electronic document data structure of the branch selection structure, and rendering the blank node on the visual editing interface; editing the branch selection structure document, specifically adding, modifying, deleting nodes or relationships between nodes (i.e. the node functional components) in the branch selection structure document; correspondingly updating the branch selection structure electronic document data structure while editing the branch selection structure document, specifically correspondingly inserting, modifying and deleting corresponding list information in the branch selection structure electronic document data structure;
marking nodes in the branch selection structure document, specifically, marking all nodes in the branch selection structure document in a full traversal mode; the marking means that different colors and/or shapes are adopted to mark the nodes according to the types of the nodes in the branch selection structure document and the different types of the called node actions.
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| CN107451265A (en) * | 2017-07-31 | 2017-12-08 | 广州网嘉玩具科技开发有限公司 | A kind of story platform based on Internet of Things and artificial intelligence technology |
| CN107644005B (en) * | 2017-08-17 | 2023-12-01 | 珠海云游道科技有限责任公司 | Visual document editing device and method |
| CN108829654A (en) * | 2018-05-30 | 2018-11-16 | 互影科技（北京）有限公司 | A kind of interaction script editor's method and apparatus |
| CN111831614A (en) * | 2019-04-15 | 2020-10-27 | 北京智启蓝墨信息技术有限公司 | Extended reading editing method, generating method, device and system in intelligent teaching material |
| CN115357704B (en) * | 2022-10-19 | 2023-02-10 | 深圳市人马互动科技有限公司 | Processing method and related device for heterogeneous plot nodes in voice interaction novel |
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