CN-121997931-A - Script generation method and system for novel adaptation

CN121997931ACN 121997931 ACN121997931 ACN 121997931ACN-121997931-A

Abstract

The application discloses a scenario generation method and system for novel adaptation, wherein the method comprises the steps of obtaining novel text to be adapted, conducting element extraction based on the novel text to be adapted to obtain target element information, conducting abstract refining based on the target element information to obtain a refined narrative unit library, conducting scenario extraction based on the refined narrative unit library to obtain a high Teochew opera condition position aiming at the novel text to be adapted to, and conducting structured stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera condition position to obtain a target scenario aiming at the novel text to be adapted to. The problem that the logic consistency of the front and rear episodes is difficult to guarantee and the quality of the generated script is low due to the fact that the traditional novel adaptation flow is highly dependent on manual is solved.

Inventors

CHEN TAO
SHANG YUAN
WANG CHANGZHEN

Assignees

重庆德塔文科技有限责任公司

Dates

Publication Date: 20260508
Application Date: 20251204

Claims (10)

1. A scenario generation method for novel adaptation, comprising: acquiring a novel text to be adapted; element extraction is carried out based on the novel text to be adapted to obtain target element information; Performing abstract refining based on the target element information to obtain a refined narrative unit library; Extracting a plot based on the refined narrative unit library to obtain a high Teochew opera plot position aiming at the novel text to be adapted; and carrying out structured stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera emotion position to obtain a target script aiming at the novel text to be adapted.
2. The method according to claim 1, wherein the element extraction based on the novel text to be adapted to obtain target element information includes: Performing text deconstructment on the novel text to be adapted to generate a plurality of text blocks with overlapping areas; extracting chapter information based on the text block to obtain microscopic element information aiming at the text block; text extraction is carried out based on the microcosmic element information to obtain macroscopic narrative information aiming at the novel text to be adapted; And forming target element information based on the micro element information and the macro narrative information.
3. The method of claim 2, wherein said text refining based on a plurality of said microscopic element information to obtain macroscopic narrative information for said novel text to be adapted comprises: Aligning a plurality of the microscopic element information; performing text deduplication based on the aligned multiple microcomponent information by using a preset text deduplication rule to obtain multiple target microcomponent units; splicing a plurality of target micro-element units to obtain global narrative information; and extracting core elements from the global narrative information to obtain macroscopic narrative information aiming at the novel text to be adapted.
4. The method of claim 1, wherein the target element information comprises microscopic element information and macroscopic narrative information, the microscopic element information comprising a plurality of chapter summary information, wherein the refining of the summary based on the target element information results in a refined narrative unit library comprising: Refining and extracting the chapter abstract information based on the macroscopic narrative information according to preset abstract elements to obtain a refined narrative unit; a library of refined narrative units is formed based on a plurality of said refined narrative units.
5. The method of claim 1 wherein the refined narrative unit library comprises a plurality of refined narrative units, wherein said extracting episodes based on the refined narrative unit library results in high Teochew opera episode positions for the novel text to be adapted, comprising: Performing narrative tension calculation based on the refined narrative unit to obtain a corresponding narrative tension fraction; forming a narrative tension curve based on the plurality of narrative tension fractions; And carrying out peak detection based on the narrative tension curve to obtain a high Teochew opera emotion position aiming at the novel text to be adapted.
6. The method of claim 5, wherein said performing a narrative tension calculation based on said refined narrative unit, resulting in a corresponding narrative tension score, comprises: calculating to obtain conflict intensity, semantic mutation degree and emotion entropy of the refined narrative unit; And carrying out weighted calculation based on the conflict intensity, the semantic mutation degree and the emotion entropy according to preset weight parameters to obtain the narrative tension score of the refined narrative unit.
7. The method of claim 6, wherein the method further comprises: Acquiring market feedback data for the target scenario; And adjusting the weight parameters based on the market feedback data to obtain new weight parameters so as to generate a script for the new novel text to be adapted based on the new weight parameters.
8. The method of any one of claims 1 to 7, wherein said structured stuck point design based on said target element information, said refined narrative unit library, and said high Teochew opera emotion location, results in a target scenario for said novel text to be adapted, comprising: Acquiring current short play market demand parameters, and searching an adaptation template matched with the current short play market demand parameters from a preset script template library; Carrying out recompilation on the basis of the refined narrative unit library according to the recompilation template to obtain a first recompilation script aiming at the novel text to be recomposited; Determining the high Teochew opera condition position as an recomposition point position, and carrying out point-clamping planning on the first recomposition script according to the recomposition point position to obtain a first point-clamping script; And mapping the first stuck point script into a preset three-curtain drama structure to obtain a target script aiming at the novel text to be adapted.
9. The method of any one of claims 1 to 7, wherein the target element information comprises macro narrative information, wherein the structured stuck point design based on the target element information, the refined narrative unit library, and the high Teochew opera emotion location, results in a target scenario for the novel text to be adapted, comprising: Extracting important episodes from a plurality of text blocks based on the macroscopic narrative information to obtain a high-value material library; Acquiring current short play market demand parameters, and searching an adaptation template matched with the current short play market demand parameters from a preset script template library; Carrying out reprogramming based on the high-value material library according to the reprogramming template to obtain a second reprogramming script aiming at the novel text to be reprogrammed; determining the high Teochew opera condition position as an recomposition point position, and carrying out point-clamping planning on the new recomposition script according to the recomposition point position to obtain a second point-clamping script; And mapping the second stuck point script into a preset three-curtain drama structure to obtain a target script aiming at the novel text to be adapted.
10. A scenario generation system for novel adaptation, comprising: the acquisition module is used for acquiring the novel text to be adapted; the element extraction module is used for extracting elements based on the novel text to be adapted to obtain target element information; The abstract refining module is used for performing abstract refining based on the target element information to obtain a refined narrative unit library; The plot extraction module is used for extracting plots based on the refined narrative unit library to obtain a high Teochew opera plot position aiming at the novel text to be adapted; and the script generation module is used for carrying out structured stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera emotion position to obtain a target script aiming at the novel text to be adapted.

Description

Script generation method and system for novel adaptation Technical Field The application relates to the technical field of text processing, in particular to a scenario generation method and system for novel adaptation. Background Currently, the adaptation of IP such as long web novels into short plays has become an important business model for the digital content industry, and such adaptation not only can effectively utilize the original accumulated reader base, but also brings considerable content traffic and business rewards for the platform. At present, manual adaptation is often adopted, however, due to the fact that original plots are large in size, plots are complex, and people are numerous, a drama team needs to invest a great deal of time and effort to refine plots, reorganize structures and design dialect, efficiency is low, and key plot deletion or role setting deviation is easy to occur due to artificial omission. In addition, in the link of diversity splitting and rhythm control, if the assistance of systematic tools is lacking, the problems of contradiction between the front and back episodes, a remark suggestive of later developments in a story, etc. loss or emotion faults and the like are very easy to occur, and the continuity of narrative and audience experience of short dramas are seriously affected. Therefore, the traditional novel adaptation flow is highly dependent on manual work, the logic consistency of the front and rear episodes is difficult to ensure, and the generated script is low in quality. Disclosure of Invention In order to solve the problems that the traditional novel adaptation flow is highly dependent on manual work, the logic consistency of the front and rear episodes is difficult to ensure, and the quality of the generated script is low, the application provides a script generation method and system for novel adaptation. In order to solve the technical problem, the present application provides a scenario generation method for novel adaptation, including: acquiring a novel text to be adapted; element extraction is carried out based on the novel text to be adapted to obtain target element information; performing abstract refining based on the target element information to obtain a refined narrative unit library; extracting a scenario based on the refined narrative unit library to obtain a high Teochew opera scenario position aiming at the novel text to be adapted; and carrying out structured stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera emotion position to obtain a target script aiming at the novel text to be adapted. In a second aspect, the present application also provides a scenario generation system for novel adaptation, including: the acquisition module is used for acquiring the novel text to be adapted; the element extraction module is used for extracting elements based on the novel text to be adapted to obtain target element information; The abstract refining module is used for performing abstract refining based on the target element information to obtain a refined narrative unit library; The plot extraction module is used for extracting plots based on the refined narrative unit library to obtain a high Teochew opera plot position aiming at the novel text to be adapted; And the script generation module is used for carrying out structural stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera emotion position to obtain a target script aiming at the novel text to be adapted. In a third aspect, the present application also provides a computing device, including a memory, a processor, and a program stored on the memory and running on the processor, where the processor implements the steps of a scenario generation method for novel adaptation as described above when the program is executed by the processor. In a fourth aspect, the present application also provides a computer readable storage medium having instructions stored therein which, when executed on a terminal device, cause the terminal device to perform the steps of a scenario generation method for novel adaptation. The method has the advantages that firstly, element extraction is carried out based on the novel text to be adapted to obtain target element information, and abstract refining is carried out based on the target element information so as to reserve the whole narrative logic of the novel text to be adapted to obtain a refined narrative unit library. Secondly, extracting the plot based on the refined narrative unit library to obtain a high Teochew opera plot position aiming at the novel text to be adapted, and carrying out structured stuck point design based on the target element information, the refined narrative unit library and the high Teochew opera plot position to obtain a target script aiming at the novel text to be adapted so as to realize automatic adaptati