Multi-user online collaborative design method and system applied to architectural design

Abstract

The invention provides a multi-user online collaborative design method and system applied to architectural design, and the design method comprises the steps: building a discussion area according to aninstruction inputted by an administrator, displaying a design scheme in the discussion area, and sending an invitation link to an invitation object; receiving login information sent by the invitationobject through the invitation link, and adding the invitation object to the discussion area; and receiving an input modification instruction, modifying the displayed design scheme according to the modification instruction, receiving an input call instruction, establishing a call channel and transmitting call information according to the call instruction, and recording the call information and themodification information of the design scheme. According to the invention, real-time communication and modification of a building design scheme can be realized without meeting of a designer and a client; a large amount of meeting time is saved, the communication efficiency between a designer and a client is improved through real-time display of a modification result, after-event verification is facilitated through recording of call information and design information, and commercial disputes are avoided.

Description

technical field [0001] The invention relates to the field of architectural design, in particular to a multi-user online collaborative design method and system applied to architectural design. Background technique [0002] For a long time, the process of traditional home decoration, architectural ceramics, decoration and other architectural design is mainly a process of multiple communication and negotiation between designers and customers around the design plan, hereinafter referred to as "communication process". The communication process mainly includes the following four steps: the first step, the designer will first invite the customer to meet, and collect information from the customer such as their demand intention and personal preferences. In the second step, the designer organizes and summarizes the collected demand information, and uses this as the design principle to start the design plan. In the third step, the designer completes the design plan, and the output inc...

AI Technical Summary

Problems solved by technology

[0003] The above communication process requires the designer and the client to meet at the same time to carry out. Therefore, there are the following disadvantages: (1) It is difficult to implement the meeting time between the designer and the client, and the effective time of each meeting is very short, resulting in insufficient communication and delaying the project design progress

(2) The design cannot be modified in real time during face-to-face communication, and the modification results cannot be seen in real time, which leads to deviations in the expression and understanding of both parties, and makes the design unable to achieve the expected effect

(3) Effective opinions during face-to-face communication cannot be recorded, and it is difficult to confirm or verify the negotiation results afterwards, and it is easy to cause commercial disputes due to inconsistencies in the memory of the negotiation results obtained by design

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