5 results about "Character change" patented technology

The invention provides a user character recognition method, electronic equipment and a storage medium, and can obtain current dialogue data of a user, determine short-term character characteristics of the user according to the dialogue data, determine long-term character characteristics of the user based on preference data in different types of preference libraries of the user and attention weights corresponding to the preference libraries, and improve the user character recognition efficiency. Since respective corresponding attention weights can be endowed to different types of preference libraries, the accuracy of the determined long-term character traits is improved, then the current actual character traits of the user are determined through the short-term character traits and the long-term character traits, in the process, recent character changes are concerned by means of the short-term character traits, and the user experience is improved. The stable and lasting character characteristics are reserved through the long-term character characteristics, that is, the current actual character characteristics of the user are determined based on the recent character changes and the stable and lasting character characteristics, the respective advantages of the long-term character characteristics and the short-term character characteristics are fully fused, and the accuracy of user character recognition is improved.

A mechanism for quick character changing in sand molds is disclosed. The mold is mounted on the upper part of the upper mold base. The mechanism includes a stripper plate, a thrust block, a character striking rod, and a character quick-change key. The stripper plate is located below the upper mold base and is connected to the upper mold base via guide pillars. The thrust block is fixed to the upper part of the stripper plate, and the character striking rod is also fixed to the upper part of the stripper plate. The lower part of the mold has an ejection hole for the character striking rod to enter. The character quick-change key is embedded in the upper part of the mold, and its embedded position matches the upper end of the ejection hole. The thrust block limits the distance between the stripper plate and the upper mold base, so that when the stripper plate moves to its limit position, the upper end of the character striking rod is lower than the character quick-change key. The positions of the character striking rod and the character quick-change key are controlled by a detachable thrust block. During production, the thrust block is installed to limit the mold closing distance, and the top of the rod does not contact the character. When character replacement is required, the thrust block is removed, and the rod ejects the character after mold closing. This mechanism has high work efficiency, can be repeatedly implemented, and is suitable for quick-change requirements in production lines.

The invention relates to the technical field of toys, in particular to a character cultivating method of a bionic toy, a bionic toy system and a readable storage medium. The invention provides a character cultivating method of a bionic toy. The cultivating method of the bionic toy comprises the following steps: providing a to-be-cultivated bionic toy with a character initial value; the bionic toy obtains initial interaction information; obtaining a character value variable and a growth value variable based on the initial interaction information; updating the current growth stage based on the growth value variable to obtain a character change coefficient corresponding to the current growth stage; obtaining an initial character based on the character initial value, the character value variable and the character change coefficient; directly outputting the initial character as the current character of the bionic toy; or acquiring newly added interaction information under the initial character, updating the initial character based on the newly added interaction information, and taking the updated character as the current character of the bionic toy. The problem that a traditional bionic toy gives poor interactive experience to users is solved.

The invention relates to the field of artificial life, and particularly provides a character cultivating method based on a virtual character, which comprises the following steps of: performing category division on characters according to a character dimension change standard to obtain a plurality of character types; s2, setting and iterating character parameters according to a result of S1, and inputting a change standard of the character dimension and the character parameters into a large language model module of a cloud processor for processing; the virtual character obtains interaction information from a user side in real time, forms an input value, inputs the input value into the cloud processor for processing, outputs a character change value according to the change rule, inputs the character change value into the large language model module, obtains character change value analysis, determines the character change direction through positive or negative of the character change value, and obtains character change information according to the character change direction. The value of the character change value determines the degree of character change. The method simulates the internal growth of a person, enables the virtual character to grow and change under the influence of a user, and achieves the dynamic character cultivation.

A function button module with variable function layout and game controller, comprising: a transparent pressing member; a plurality of transparent supporting members; an annular character changing plectrum; a driving assembly. The bottom of the transparent pressing member is equipped with indicator lights. The top of the transparent supporting member are equipped with transparent buttons, and the annular character changing plectrum is movable between the transparent button and the transparent supporting member. The driving part is rotationally connected to the annular character changing plectrum, which is equipped with a first through hole group and a second through hole group corresponding to different layouts. By driving the annular character changing plectrum, the light emitted by the indicator light can be mapped onto transparent buttons through the first through hole group or second through hole group. Thus, the layout of functional buttons can be changed to adapt to different types of game controllers.