CN111917983B - Home decoration interior work management method and system based on panoramic image - Google Patents
Home decoration interior work management method and system based on panoramic image Download PDFInfo
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- CN111917983B CN111917983B CN202010814219.0A CN202010814219A CN111917983B CN 111917983 B CN111917983 B CN 111917983B CN 202010814219 A CN202010814219 A CN 202010814219A CN 111917983 B CN111917983 B CN 111917983B
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
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- H04N23/698—Control of cameras or camera modules for achieving an enlarged field of view, e.g. panoramic image capture
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Abstract
The invention discloses a home decoration interior work management method and a system based on panoramic images, which comprises a client, a management server and a panoramic camera, wherein the home decoration data information is managed and a VR roaming map packet is generated through the management server, the home decoration data information is dynamically displayed to a user for watching through the VR roaming map packet at the client, new home decoration data information is acquired according to construction nodes and the VR roaming map packet and home decoration interior work data are revised according to personnel at a home decoration site, so that the process that the user dynamically watches home decoration at the client is used for controlling the engineering quality, building components are added according to a visual designer, a house type digital model is constructed through custom design, and the VR roaming map is associated with a house type; the invention associates the VR roaming map with the house type, dynamically displays the data and image data of different construction nodes to the user on the VR roaming map, forms home decoration interior management by taking the house as a unit, and improves the acquisition and management efficiency.
Description
Technical Field
The invention relates to the technical field of home decoration interior work management, in particular to a home decoration interior work management method and system based on panoramic images.
Background
In the existing home decoration industry, a large amount of data archive management and other interior work can be carried out in the design and construction process, particularly, for a house decoration site and a design and construction result of a house type, a large amount of pictures can be used for describing the spatial information of the house type, each picture is static and is divided into spaces, in order to describe the information of one space, a large amount of pictures are often shot from different angles and marked, and therefore the work intensity and difficulty of the project interior work are greatly increased.
In order to continuously and dynamically describe spatial information, a panoramic photographing camera is also applied to the industry to acquire house type images, the panoramic photographing camera on the market is mature at present and is widely applied to various industries, however, panoramic photos shot by the panoramic photographing camera cannot rapidly show the spatial information, and the construction progress, design contrast and interior information of home decoration projects are difficult to visually show to users.
Disclosure of Invention
The invention aims to provide a home decoration interior management method and system based on panoramic images, which are used for associating a VR roaming graph with a house type, dynamically displaying data and image data of different construction nodes to a user on the VR roaming graph, forming home decoration interior management by taking the user as a unit and improving the collection and management efficiency.
In order to achieve the purpose, the invention adopts the following technical scheme:
a home decoration interior work management method based on panoramic images comprises the following steps:
s1, constructing long connection between the client and the management server;
s2, the management server is connected with the panoramic camera to carry out all-dimensional shooting on the indoor house type, images of the indoor house type are obtained, the images are classified, panoramic images are generated and then stored in an image database;
s3, collecting and classifying home decoration data information of a home decoration site, marking the classified home decoration data on the corresponding panoramic image, obtaining the panoramic image with the home decoration data information, and storing the panoramic image at the cloud end;
s4, performing algorithm calculation on the obtained panoramic image at the cloud end through the management server end, generating a VR roaming map packet and storing the VR roaming map packet in a cloud end database;
s5, calling a VR roaming map package through a client connection management server, dynamically displaying the VR roaming map package, and adding a building structure to the VR roaming map through a visualization designer to construct a house type digital model;
and S6, acquiring new home decoration data information by the personnel in the decoration field according to the construction nodes in the home decoration field, and carrying out data annotation on the VR roaming diagram to obtain the latest home decoration interior work management data.
Further, the panoramic camera in step S2 has an automatic rotation device, and takes pictures in all directions through the automatic rotation device to obtain a plurality of images of indoor house types, and combines the images of the indoor house types through the built-in panoramic processing module to generate a panoramic image and transmit the panoramic image to the management server and the image database through data communication.
Further, the automatic rotating device takes pictures in 6 directions, and the pictures are respectively taken in 6 directions of the indoor house type, namely 6 directions of the indoor house type, so that 6 images of the indoor house type are obtained.
Further, the step S4 specifically includes:
s41, extracting the panoramic image from the image database through an extraction module of the management server;
s42, circularly transmitting the panoramic image to a panoramic image processing module of the management server side to cut according to the point location to obtain 6 images with the directions of up, down, left, right, front and back;
s43, cutting 6 images with the directions of up, down, left, right, front and back to obtain a point location chart;
and S44, classifying the point bitmap, combining the point bitmap with a display algorithm to form a VR roaming map packet, and storing the VR roaming map packet in a cloud database.
Furthermore, the VR roaming map in the VR roaming map packet is formed by splicing a plurality of point location small maps, and a display algorithm dynamically loads the corresponding point location small maps for display according to the point location and the rotation angle of the user.
Further, the VR roaming map package is a web resource package opened through the H5 page.
Further, the visual designer in step S5 includes a drawing house type tool and a building component tool, and house type and building structural components are added and edited by the visual designer to construct a house type digital model and stored in the cloud; and the user transmits the data through the network transmission through the sharing module of the client.
A home decoration interior work management system based on panoramic images comprises a client, a management server, a panoramic camera and a storage end, wherein the client comprises an owner client and a home decoration personnel client, and the client is connected with the management server in a network long connection mode; the panoramic camera is used for acquiring images of indoor house types at fixed points and transmitting the images to the management server and the storage end; the management server is used for analyzing and managing the acquired images and data; the storage end comprises a hardware memory and a cloud storage, and the hardware memory and the cloud storage can store home decoration data information and an image database.
Furthermore, the client further comprises a sharing module and a visual designer, the sharing module is used for transmitting the VR roaming diagram among users, the visual designer comprises a house drawing tool and a building component tool, and the house drawing tool and the building component tool are used for adding and editing house drawing and building structural components in the VR roaming diagram, constructing a house drawing digital model and transmitting the house drawing digital model to the management server and the storage.
Furthermore, the management server comprises an extraction module, a panoramic image processing module and a display module; the extraction module is used for extracting data information of the image database and the cloud database; cutting the panoramic image according to the point location through the panoramic image processing module to obtain a point location small image; the display module is formed by splicing a plurality of point location small graphs through a display algorithm, and the corresponding point location small graphs are dynamically loaded for display according to the point locations and the rotation angles of users.
After adopting the technical scheme, compared with the background technology, the invention has the following advantages:
the home decoration data information is managed and the VR roaming graph package is generated through the management server, the home decoration data information is dynamically displayed to a user for watching through the VR roaming graph package at a client, new home decoration data information is acquired according to construction nodes and the VR roaming graph package and home decoration internal work data are revised according to personnel on the home decoration site, so that the engineering quality is controlled in the process that the user dynamically watches the home decoration on the client, building components are added according to a visual designer, a house type digital model is constructed through self-defined design, the VR roaming graph is associated with the house type, data and image data of different construction nodes are dynamically displayed to the user on the VR roaming graph, home decoration internal work management is performed by taking the user as a unit, and the acquisition and management efficiency is improved.
Drawings
FIG. 1 is a schematic flow chart of the present invention;
FIG. 2 is a schematic diagram illustrating the classification of home decoration data information according to the present invention;
FIG. 3 is a schematic view of panoramic image classification with home decoration data information according to the present invention;
FIG. 4 is a schematic diagram of indoor house type collected by the management server according to the present invention
FIG. 5 is a schematic view of a panoramic image collected by the management server according to the present invention;
FIG. 6 is a schematic diagram of matching indoor unit type with panoramic images according to the present invention;
FIG. 7 is a schematic diagram of the present invention showing indoor layout at the client;
FIG. 8 is a schematic diagram of a client connected to a GPS and displaying positioning in accordance with the present invention;
FIG. 9 is a schematic diagram of a client displaying an outdoor panoramic image according to the present invention;
FIG. 10 is a schematic diagram of a digital house model constructed according to the present invention;
FIG. 11 is a diagram of VR roaming in accordance with the present invention;
FIG. 12 is a schematic diagram of the overall structure of the system of the present invention;
FIG. 13 is a diagram illustrating a management server according to the present invention;
FIG. 14 is a schematic diagram of a memory terminal structure according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Examples
Referring to fig. 1 to 14, the present invention discloses a home decoration interior work management method based on panoramic images, as shown in fig. 1, comprising the following steps:
and S1, constructing long connection between the client and the management server.
And S2, the management server is connected with the panoramic camera to carry out all-dimensional shooting on the indoor house type, obtains the image of the indoor house type, classifies the image, generates a panoramic image and stores the panoramic image in an image database.
And S3, collecting and classifying home decoration data information of the home decoration site, marking the classified home decoration data on the corresponding panoramic image, obtaining the panoramic image with the home decoration data information, and storing the panoramic image at the cloud.
And S4, performing algorithm calculation on the obtained panoramic image at the cloud end through the management server, generating a VR roaming map packet and storing the VR roaming map packet in a cloud end database.
The step S4 specifically includes:
and S41, extracting the panoramic image from the image database through an extraction module of the management server.
And S42, circularly transmitting the panoramic image to a panoramic image processing module of the management server side to cut according to the point location to obtain 6 images with the directions of up, down, left, right, front and back.
And S43, cutting 6 images with the directions of up, down, left, right, front and back to obtain a point plot.
And S44, classifying the point bitmap, combining the point bitmap with a display algorithm to form a VR roaming map packet, and storing the VR roaming map packet in a cloud database.
And S5, calling the VR roaming map package through the client connection management server, dynamically displaying the VR roaming map package, and adding a building structure in the VR roaming map through a visual designer to construct a house type digital model.
And S6, acquiring new home decoration data information by the personnel in the decoration field according to the construction nodes in the home decoration field, and carrying out data annotation on the VR roaming diagram to obtain the latest home decoration interior work management data.
And by matching with the images 2 and 3, acquiring and classifying home decoration data information of a home decoration site, marking the classified home decoration data on the corresponding panoramic image, clicking the classified catalog through the client to check detailed home decoration data information, and continuously supplementing new home decoration data information, including information of different construction nodes, home decoration progress, home decoration material type and usage and house type measurement size information.
As shown in fig. 4 to 11, the panoramic camera in step S2 has an automatic rotation device, performs omnidirectional shooting through the automatic rotation device to obtain a plurality of images of indoor house types, merges the plurality of images of indoor house types through the built-in panoramic processing module, generates a panoramic image, and transmits the panoramic image to the management server and the image database through data communication; the automatic rotating device takes pictures in 6 directions, and the pictures are respectively taken in 6 directions of the indoor house type, namely 6 indoor house type images.
The VR roaming map in the VR roaming map packet is formed by splicing a plurality of point location small maps, and a display algorithm dynamically loads the corresponding point location small maps for display according to the point location and the rotation angle of a user; the VR roaming map package is a webpage resource package opened through the H5 page.
The visual designer in the step S5 comprises a house drawing tool and a building component tool, house type and building structural components are added and edited through the visual designer to construct a house type digital model, and the house type and building structural components are stored in a cloud end; the user transmits the data through the network transmission through a sharing module of the client; the user switches the displayed models randomly according to the requirements through the combination of virtuality and reality, switches the house digital model, the VR roaming diagram and the home decoration data information, and performs home decoration interior work management; the panoramic image is not limited to an indoor type map, and can be expanded to a road condition panoramic map near an outdoor owner in home decoration and business management, and the panoramic image is expanded by connecting a client with a GPS and navigation software with a 3D panoramic function.
Referring to fig. 12, a home decoration interior work management system based on panoramic images includes a client 1, a management server 2, a panoramic camera 3 and a storage 4, where the client 1 includes an owner client 11 and a home decoration personnel client 12, and the client 1 is connected to the management server 2 by means of network connection; the panoramic camera 3 is used for acquiring images of indoor house types at fixed points and transmitting the images to the management server 2 and the storage terminal 4; the panoramic camera 3 and the storage terminal 4 are respectively connected with the management server terminal 2 through wires or wirelessly; the management server 2 is used for analyzing and managing the acquired images and data; the storage terminal 4 includes a hardware memory 41 and a cloud storage 42, and the hardware memory 41 and the cloud storage 42 can store home decoration data information and an image database.
As shown in fig. 12 and 13, the client 1 further includes a sharing module 13 and a visualization designer 14, where the sharing module is used for propagating VR roaming maps among users, and sharing the VR roaming maps through social software by using an H5 page; the visual designer 14 comprises a house drawing tool and a building component tool, wherein the house drawing tool and the building component tool are used for adding and editing house type and building structural components in the VR roaming map, constructing a house type digital model and transmitting the house type digital model to the management server 2 and the storage 4.
Referring to fig. 14, the management server 2 includes an extraction module 21, a panoramic image processing module 22, and a presentation module 23; the extraction module 21 is configured to extract data information of the image database and the cloud database; the panoramic image processing module 22 cuts the panoramic image according to the point location to obtain a point location small graph; the display module 23 is formed by splicing a plurality of point location small graphs through a display algorithm, and dynamically loads corresponding point location small graphs for display according to the point locations and the rotation angles of users.
In the embodiment, home decoration data information is managed and a VR roaming map packet is generated through the management server 2, home decoration data information is dynamically displayed to a user for watching through the VR roaming map packet at the client 1, new home decoration data information is acquired according to construction nodes and the VR roaming map packet and home decoration internal business data are revised according to personnel at a home decoration site, so that the process that the user dynamically watches home decoration on the client is controlled in engineering quality, building component addition is carried out according to a visual designer 14, a house type digital model is constructed through self-defined design, a VR roaming map is associated with a house type, a panoramic real object map, a VR roaming map and the house type digital model are combined through virtual-real combination, the user switches different construction nodes according to requirements for comparison and observation, the construction progress and quality are managed, data and image data of different construction nodes are dynamically displayed to the user on the VR roaming map, the house decoration interior work management is performed by taking the house as a unit, and the collection and management efficiency is improved.
The panoramic photographing camera is innovatively introduced into the field of home appliances, the rapid generation and display of the VR roaming map are realized, the acquisition and management efficiency of the house type space data is greatly improved, and the rapid display can be realized; through 3D modeling and panorama 8K high definition shooting, each detail in the construction design team can be accurate, real reduction construction, the on-the-spot record of each construction node of low-cost efficient completion, set up the digital archive storehouse of project design construction, cooperation high in the clouds technique, whole project team is accomplished the design sharing, project progress management and control, the problem is traced to the source, very big improvement project construction quality management and control, help accomplishes the project fast and checks and accept.
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 changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (9)
1. A home decoration interior work management method based on panoramic images is characterized by comprising the following steps:
s1, constructing long connection between the client and the management server;
s2, the management server is connected with the panoramic camera to carry out all-dimensional shooting on the indoor house type, images of the indoor house type are obtained, the images are classified, panoramic images are generated and then stored in an image database;
s3, collecting and classifying home decoration data information of a home decoration site, marking the classified home decoration data on the corresponding panoramic image, obtaining the panoramic image with the home decoration data information, and storing the panoramic image at the cloud end;
s4, performing algorithm calculation on the obtained panoramic image at the cloud end through the management server end, generating a VR roaming map packet and storing the VR roaming map packet in a cloud end database;
s5, calling a VR roaming map package through a client connection management server, dynamically displaying the VR roaming map package, and adding a building structure to the VR roaming map through a visualization designer to construct a house type digital model;
and S6, acquiring new home decoration data information by the personnel in the decoration field according to the construction nodes in the home decoration field, and carrying out data annotation on the VR roaming diagram to obtain the latest home decoration interior work management data.
2. The home decoration interior management method based on the panoramic image as set forth in claim 1, wherein: the panoramic camera in step S2 has an automatic rotation device, and takes pictures in all directions through the automatic rotation device to obtain images of a plurality of indoor house types, and combines the images of the plurality of indoor house types through the built-in panoramic processing module to generate a panoramic image and transmit the panoramic image to the management server and the image database through data communication.
3. The home decoration interior management method based on the panoramic image as set forth in claim 2, wherein: the automatic rotating device takes pictures in 6 directions, and the pictures are respectively in 6 directions of the indoor house type, namely 6 indoor house type images.
4. The home decoration interior management method based on the panoramic image as set forth in claim 1, wherein: the step S4 specifically includes:
s41, extracting the panoramic image from the image database through an extraction module of the management server;
s42, circularly transmitting the panoramic image to a panoramic image processing module of the management server side to cut according to the point location to obtain 6 images with the directions of up, down, left, right, front and back;
s43, cutting 6 images with the directions of up, down, left, right, front and back to obtain a point location chart;
and S44, classifying the point bitmap, combining the point bitmap with a display algorithm to form a VR roaming map packet, and storing the VR roaming map packet in a cloud database.
5. The home decoration interior management method based on the panoramic image as set forth in claim 4, wherein: the VR roaming map in the VR roaming map packet is formed by splicing a plurality of point location small maps, and the display algorithm dynamically loads the corresponding point location small maps for display according to the point location and the rotation angle of a user.
6. The home decoration interior management method based on the panoramic image as set forth in claim 5, wherein: the VR roaming map package is a webpage resource package opened through a H5 page.
7. The home decoration interior management method based on the panoramic image as set forth in claim 1, wherein: the visual designer in the step S5 comprises a house drawing tool and a building component tool, house type and building structural components are added and edited through the visual designer to construct a house type digital model, and the house type and building structural components are stored in a cloud end; and the user transmits the data through the network transmission through the sharing module of the client.
8. A house ornamentation interior work management system based on panoramic image which characterized in that: the system comprises a client, a management server, a panoramic camera and a storage end, wherein the client comprises an owner client and a home decoration personnel client, and the client is connected with the management server in a network long connection mode; the panoramic camera is used for acquiring images of indoor house types at fixed points and transmitting the images to the management server and the storage end; the management server is used for analyzing and managing the acquired images and data; the storage end comprises a hardware memory and a cloud storage, and the hardware memory and the cloud storage can store home decoration data information and an image database;
the client side further comprises a sharing module and a visual designer, the sharing module is used for transmitting the VR roaming diagram among users, the visual designer comprises a house drawing tool and a building component tool, and the house drawing tool and the building component tool are used for adding and editing house types and building structural components in the VR roaming diagram, constructing a house type digital model and transmitting the house type digital model to the management server side and the storage.
9. The panoramic image-based home improvement system of claim 8, wherein: the management server comprises an extraction module, a panoramic image processing module and a display module; the extraction module is used for extracting data information of the image database and the cloud database; cutting the panoramic image according to the point location through the panoramic image processing module to obtain a point location small image; the display module is formed by splicing a plurality of point location small graphs through a display algorithm, and the corresponding point location small graphs are dynamically loaded for display according to the point locations and the rotation angles of users.
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