CN111080384A - Furniture experience method based on member search preference - Google Patents

Abstract

The invention discloses a furniture experience method based on member search preferences, which comprises the following steps: collecting all existing furniture information; editing the existing furniture information into three-dimensional imaging which can be added into a virtual environment and storing the three-dimensional imaging with the name of the existing furniture; collecting sentences related to furniture names, selecting high-frequency words from the sentences, and selecting commodity basic words and non-commodity basic words from the high-frequency words; obtaining an integral combined vocabulary set; selecting a three-dimensional imaging named by the name of the existing furniture commodity corresponding to the combined vocabulary in the integral combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture commodity to a VR imaging mobile terminal of a member; virtual environment information is input to the VR imaging mobile terminal, a virtual environment is imaged through an imaging unit of the VR imaging mobile terminal, and three-dimensional imaging received by the VR imaging mobile terminal is called and added to the virtual environment. The invention can perform virtual display according to the searching preference of the member, and can walk in a virtual environment added with three-dimensional imaging to experience the moving line layout.

Description

Furniture experience method based on member search preference

Technical Field

The invention relates to a furniture experience method, in particular to a furniture experience method based on member search hobbies.

Background

Furniture merchants generally make the graphic and text information of furniture to be sold into an electronic commodity propaganda picture album and push the electronic commodity propaganda picture album to members, so that the members can understand the furniture of the heart instrument by browsing the commodity propaganda picture album. The existing commodity propaganda picture album almost contains the image-text information of all furniture sold by furniture merchants, is not beneficial to the downloading and storage of members, wastes time when selecting heart instrument furniture from complicated furniture, and the members can only see furniture pictures, and the actual size of the furniture can not be sensed, so the user can only experience the furniture on the spot between sample plates, but the size between the sample plates is not necessarily the same as the size of a room for placing the furniture by the members, and the furniture in the sample plates is fixed, the furniture can not be replaced according to the preference of the members to be placed (the cost of the merchants is too high), so that the bought furniture can not meet the size of the room or the matching of the furniture is unreasonable, and the economic loss of the members is.

Disclosure of Invention

According to the problems in the prior art, the invention discloses a furniture experience method based on member search preference, which adopts the following technical means:

a furniture experience method based on member search preferences comprises the following steps:

s1, collecting all existing furniture information, wherein the furniture information comprises size information, structure information and color information, and the structure information comprises names of structures forming the furniture, connection relation information of the structures and transmission information;

s2, editing the existing furniture information into three-dimensional imaging which can be added into the virtual environment and storing the three-dimensional imaging with the name of the existing furniture;

s3, collecting sentences about the furniture name, which are input by the member in the mobile terminal searching unit, in advance as preprocessing data;

s4, selecting high-frequency words from the preprocessed data;

s5, selecting commodity basic words and non-commodity basic words from the high-frequency words, and respectively constructing a commodity basic word set and a non-commodity basic word set;

s6, selecting a commodity basic vocabulary from the commodity basic vocabulary set and combining each non-commodity basic vocabulary in the non-commodity basic vocabulary set to obtain a combined vocabulary set of the commodity basic vocabulary;

s7, repeating the step S6 until each commodity basic vocabulary obtains a combined vocabulary set, and obtaining an integral combined vocabulary set;

s8, selecting the three-dimensional imaging named by the name of the existing furniture commodity corresponding to the combined vocabulary in the whole combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture commodity to a VR imaging mobile terminal of a member;

and S9, inputting virtual environment information to the VR imaging mobile terminal, imaging a virtual environment through an imaging unit of the VR imaging mobile terminal, and calling the three-dimensional imaging received by the VR imaging mobile terminal to be added to the virtual environment.

In step S2, text information describing furniture may be converted into audio information to be added to the three-dimensional image.

The specific steps of step S3 are as follows:

storing sentences about the furniture names, which are recorded in the mobile terminal searching unit by the members, dividing the sentences into a plurality of single words and storing the single words, wherein the sentences about the furniture names are sentences ending in commodity basic words of the furniture.

The commodity basic vocabulary is the common name of the commodity, and the common name of the commodity refers to the common name of the commodity known to the public, such as: televisions, computers, desks, clothing … …, and the like. The common names of the commodities refer to the names of the same kind of commodities and cannot be used for distinguishing different commodities of the same kind. For example: the common name computer is a computer that cannot be used to distinguish between computers produced by "association" companies and computers produced by "great wall" companies, and the non-commodity base vocabulary is a vocabulary that can be used to distinguish between different commodities of the same category.

The specific steps of step S5 are as follows:

and selecting words from the high-frequency words, comparing the words with the common names of the commodities, if the words belong to the common names of the commodities, taking the words as commodity basic words and storing the words to form a commodity basic word set, and if the words do not belong to the common names of the commodities, taking the words as non-commodity basic words and storing the words to form a non-commodity basic word set.

The names of the existing furniture comprise commodity basic words and non-commodity basic words, and the step S8 specifically comprises the following steps:

and finding out the three-dimensional imaging named by the name of the existing furniture which has the same non-commodity basic vocabulary as the combined vocabulary from the three-dimensional imaging named by the name of the existing furniture with the same commodity basic vocabulary according to the commodity basic vocabulary of the integrated combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture to the VR imaging mobile terminal of the member.

The VR imaging mobile terminal comprises VR glasses serving as an imaging unit of the VR imaging mobile terminal, a data ring and a headset;

the virtual environment information is three-dimensional data of the internal space of the house;

in a working state, a member wears VR glasses, a data ring and an earphone microphone, and adds three-dimensional imaging in a virtual environment obtained by inputting virtual environment information in advance;

different three-dimensional imaging is switched through a selection gesture or voice of the data ring;

determining a three-dimensional image to be added through a determination gesture or voice of the data ring, adjusting the position of the three-dimensional image in the virtual environment through the movement of the data ring, placing the three-dimensional image through a placing gesture of the data ring when the size of the three-dimensional image does not exceed the boundary of the virtual environment, and giving an alarm when placing the three-dimensional image through the placing gesture of the data ring when the size of the three-dimensional image exceeds the boundary of the virtual environment;

for the placed three-dimensional imaging, the movable structure of the virtual furniture corresponding to the three-dimensional imaging can be used through the data ring operation, and when the movable structure exceeds the boundary of the virtual environment, the alarm can be given out by wearing VR glasses and the headset.

Compared with the prior art, the virtual display method and the virtual display system can perform virtual display according to the searching preference of the member, the member can construct a virtual environment according to the size of a room in which furniture is placed, the virtual furniture displayed in a three-dimensional imaging mode can be added at will, the member is prevented from being placed beyond the boundary of the virtual environment or using the virtual furniture through alarm, and the member can walk in the virtual environment added with the three-dimensional imaging mode to experience the layout of the moving line.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments described in the present application, and other drawings can be obtained by those skilled in the art without creative efforts.

FIG. 1 is a flow chart of a furniture experience method based on membership search preferences in an embodiment of the present invention.

Detailed Description

In order to make the technical scheme and advantages of the present invention clearer, the following describes the technical scheme of the present invention clearly and completely in combination with the embodiments of the present invention:

a furniture experience method based on member search preferences is characterized by comprising the following steps:

s1, collecting all existing furniture information, wherein the furniture information comprises size information, structure information and color information, and the structure information comprises names of structures forming the furniture, connection relation information of the structures and transmission information;

s2, editing the existing furniture information into three-dimensional imaging which can be added into the virtual environment and storing the three-dimensional imaging with the name of the existing furniture;

the text information for introducing furniture can be converted into audio information to be added into the three-dimensional imaging;

s3, collecting sentences about the furniture name, which are input by the member in the mobile terminal searching unit, as preprocessing data in advance:

storing sentences about the furniture names, which are recorded in the mobile terminal searching unit by the members, dividing the sentences into a plurality of single words and storing the single words, wherein the sentences about the furniture names are sentences ending in commodity basic words of the furniture.

S4, selecting high-frequency words from the preprocessed data;

s5, selecting commodity basic words and non-commodity basic words from the high-frequency words, and respectively constructing a commodity basic word set and a non-commodity basic word set;

the commodity basic vocabulary is a common name of the commodity, and the specific steps of the step S5 are as follows:

and selecting words from the high-frequency words, comparing the words with the common names of the commodities, if the words belong to the common names of the commodities, taking the words as commodity basic words and storing the words to form a commodity basic word set, and if the words do not belong to the common names of the commodities, taking the words as non-commodity basic words and storing the words to form a non-commodity basic word set.

S6, selecting a commodity basic vocabulary from the commodity basic vocabulary set and combining each non-commodity basic vocabulary in the non-commodity basic vocabulary set to obtain a combined vocabulary set of the commodity basic vocabulary;

s7, repeating the step S6 until each commodity basic vocabulary obtains a combined vocabulary set, and obtaining an integral combined vocabulary set;

s8, selecting the three-dimensional imaging named by the name of the existing furniture commodity corresponding to the combined vocabulary in the whole combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture commodity to a VR imaging mobile terminal of a member;

the names of the existing furniture comprise commodity basic words and non-commodity basic words, and the step S8 specifically comprises the following steps:

and finding out the three-dimensional imaging named by the name of the existing furniture which has the same non-commodity basic vocabulary as the combined vocabulary from the three-dimensional imaging named by the name of the existing furniture with the same commodity basic vocabulary according to the commodity basic vocabulary of the integrated combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture to the VR imaging mobile terminal of the member.

And S9, inputting virtual environment information to the VR imaging mobile terminal, imaging a virtual environment through an imaging unit of the VR imaging mobile terminal, and calling the three-dimensional imaging received by the VR imaging mobile terminal to be added to the virtual environment.

The VR imaging mobile terminal comprises VR glasses serving as an imaging unit of the VR imaging mobile terminal, a data ring and a headset;

the virtual environment information is three-dimensional data of the internal space of the house;

in a working state, a member wears VR glasses, a data ring and an earphone microphone, and adds three-dimensional imaging in a virtual environment obtained by inputting virtual environment information in advance;

different three-dimensional imaging is switched through a selection gesture or voice of the data ring;

determining a three-dimensional image to be added through a determination gesture or voice of the data ring, adjusting the position of the three-dimensional image in the virtual environment through the movement of the data ring, placing the three-dimensional image through a placing gesture of the data ring when the size of the three-dimensional image does not exceed the boundary of the virtual environment, and giving an alarm when placing the three-dimensional image through the placing gesture of the data ring when the size of the three-dimensional image exceeds the boundary of the virtual environment;

for the placed three-dimensional imaging, the movable structure of the virtual furniture corresponding to the three-dimensional imaging can be used through the data ring operation, and when the movable structure exceeds the boundary of the virtual environment, the alarm can be given out by wearing VR glasses and the headset.

After the three-dimensional imaging needing to be placed is added to the virtual environment, the member can walk in the virtual environment, because people can generate quite complicated moving lines in a living room, the size of the moving space and the use habits and the layout of furniture are experienced in the virtual environment in advance, enough space is left in the actual room, the moving discomfort caused by unreasonable furniture size or placing position is reduced,

the above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.

Claims (6)

1. A furniture experience method based on member search preferences is characterized by comprising the following steps:

s1, collecting all existing furniture information, wherein the furniture information comprises size information, structure information and color information, and the structure information comprises names of structures forming the furniture, connection relation information of the structures and transmission information;

s2, editing the existing furniture information into three-dimensional imaging which can be added into the virtual environment and storing the three-dimensional imaging with the name of the existing furniture;

s3, collecting sentences about the furniture name, which are input by the member in the mobile terminal searching unit, in advance as preprocessing data;

s4, selecting high-frequency words from the preprocessed data;

s5, selecting commodity basic words and non-commodity basic words from the high-frequency words, and respectively constructing a commodity basic word set and a non-commodity basic word set;

s6, selecting a commodity basic vocabulary from the commodity basic vocabulary set and combining each non-commodity basic vocabulary in the non-commodity basic vocabulary set to obtain a combined vocabulary set of the commodity basic vocabulary;

s7, repeating the step S6 until each commodity basic vocabulary obtains a combined vocabulary set, and obtaining an integral combined vocabulary set;

s8, selecting the three-dimensional imaging named by the name of the existing furniture commodity corresponding to the combined vocabulary in the whole combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture commodity to a VR imaging mobile terminal of a member;

and S9, inputting virtual environment information to the VR imaging mobile terminal, imaging a virtual environment through an imaging unit of the VR imaging mobile terminal, and calling the three-dimensional imaging received by the VR imaging mobile terminal to be added to the virtual environment.

2. The method according to claim 1, wherein in step S2, text information describing furniture can be converted into audio information to be added to the three-dimensional image.

3. The method according to claim 1, wherein the specific steps of step S3 are as follows:

storing sentences about the furniture names, which are recorded in the mobile terminal searching unit by the members, dividing the sentences into a plurality of single words and storing the single words, wherein the sentences about the furniture names are sentences ending in commodity basic words of the furniture.

4. The method as claimed in claim 1, wherein the basic vocabulary of the commodity is a common name of the commodity, and the step S5 comprises the following steps:

and selecting words from the high-frequency words, comparing the words with the common names of the commodities, if the words belong to the common names of the commodities, taking the words as commodity basic words and storing the words to form a commodity basic word set, and if the words do not belong to the common names of the commodities, taking the words as non-commodity basic words and storing the words to form a non-commodity basic word set.

5. The method as claimed in claim 1, wherein the names of the existing furniture comprise commodity basic words and non-commodity basic words, and the step S8 comprises the following steps:

and finding out the three-dimensional imaging named by the name of the existing furniture which has the same non-commodity basic vocabulary as the combined vocabulary from the three-dimensional imaging named by the name of the existing furniture with the same commodity basic vocabulary according to the commodity basic vocabulary of the integrated combined vocabulary set, and sending the three-dimensional imaging named by the name of the existing furniture to the VR imaging mobile terminal of the member.

6. The method of claim 1, wherein the VR imaging mobile terminal includes VR glasses as an imaging unit of the VR imaging mobile terminal, the data ring and the headset;

the virtual environment information is three-dimensional data of the internal space of the house;

in a working state, a member wears VR glasses, a data ring and an earphone microphone, and adds three-dimensional imaging in a virtual environment obtained by inputting virtual environment information in advance;

different three-dimensional imaging is switched through a selection gesture or voice of the data ring;

determining a three-dimensional image to be added through a determination gesture or voice of the data ring, adjusting the position of the three-dimensional image in the virtual environment through the movement of the data ring, placing the three-dimensional image through a placing gesture of the data ring when the size of the three-dimensional image does not exceed the boundary of the virtual environment, and giving an alarm when placing the three-dimensional image through the placing gesture of the data ring when the size of the three-dimensional image exceeds the boundary of the virtual environment;

for the placed three-dimensional imaging, the movable structure of the virtual furniture corresponding to the three-dimensional imaging can be used through the data ring operation, and when the movable structure exceeds the boundary of the virtual environment, the alarm can be given out by wearing VR glasses and the headset.

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