Method and device for determining full-bright pattern house

Abstract

The embodiment of the invention provides a method and a device for determining a full-bright pattern house. The method comprises the steps that a three-dimensional model corresponding to a target house type is acquired, and images corresponding to houses in the target house type are acquired from the three-dimensional model; the image is input to a first preset neural network, and whether a windowis installed in the house or not is determined according to an output result of the first preset neural network; and if it is judged that the windows are installed in the houses in the target house type according to the output result of the first preset neural network, that the target house type is a full-bright pattern is determined, and the houses are displayed according to a preset display mode. According to the invention, the first preset neural network is trained based on the image recognition algorithm of deep learning; the first preset neural network has the function of judging whetherthe house is provided with the windows or not, if the first preset neural network is used for judging that all the houses in the target house type are provided with the windows, the target house typeis determined to be the full-open house type, comprehensive and personalized information can be provided, and the house viewing efficiency is improved.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a method and device for determining a house with an all-bright pattern. Background technique [0002] At present, some computer-based viewing methods can improve the efficiency of viewing. For example, the three-dimensional house type appreciation system can display the actual house type in a realistic three-dimensional style. The system includes: house type detailed size information display, sunlight orientation, load-bearing wall display, 360-degree rotation viewing, zoom in and out, direction display and other functions. Based on these functions, buyers can easily and intuitively understand the layout of the house. The interactive three-dimensional sand table display system accurately simulates the proposed real estate 1:1 on the computer platform, including functions such as panoramic bird's-eye view and surrounding environment display. Through simple operations, ...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned schemes using the prior art still cannot meet some special needs of users in the process of looking at houses.

For example, some users are more fond of houses with "Quanming pattern", but none of the house inspection programs in the existing technology can provide the characteristics of whether the target apartment type is "Quanming pattern", and cannot meet the individual needs of users for house inspections

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