The digital twin technology is based on the entity in the physical world, and maps a digital twin that is completely consistent with the real world scenes, objects, elements, etc. in the virtual world through digital means, and then connects the operating data of the ontology with the digital twin two-way , and ultimately achieve the purpose of cognition, analysis, management, and even reverse manipulation of reality through the virtual world.
Case Study of Pleasant Smart Factory
As cutting-edge technologies such as the Internet of Things and 5G become increasingly mature, digital twins, as an innovative and leading technology for the construction of new smart cities, are also being further expanded in breadth and depth of application.
Case Study of Pleasant Smart Factory
As an important strategic industry of the country, petrochemical industry is also actively exploring business models based on digital twins, focusing on promoting the application of digital grids, smart mines, digital oil fields, and smart factories.
Case Study of Pleasant Smart Factory
At the same time, digital twins integrate many digital assets such as large-scale system 3D models, industrial real-time data, data models, asset equipment models, and machine-top models to form interactive 3D applications as delivery materials. One of the main modes. In the links of development site selection, project bidding, report demonstration, production operation and maintenance, etc., it provides a more comprehensive, flexible and vivid way of expression.
Case Study of Pleasant Smart Factory
In the past, I racked my brains to stuff hundreds of project highlights into a 5-minute rendering video, and stayed up all night to perfect the layout of the PPT. Now, one program is easy to handle, and in the form of static content, it further accumulates key data in the process of R&D, production, and sales, and conducts targeted and timely closed-loop optimization of the implementation plan.
Therefore, digital twins have gradually become the core competitiveness of survey and design companies, software developers, and integrators in the petrochemical industry.
However, most enterprises will face the following dilemmas when developing digital twin projects.
Large capital investment:
A complete team and high-end computers from product, scene art, UI, front-end, back-end, testing, etc. require a large amount of capital reserves.
High volume of data:
OSGB and 3D models are large in size, and the factory 3D model has many formats, so the operation is not smooth or even crashes.
High development threshold:
Complex interaction logic requires at least 5 years of development experience.
This made us start thinking, based on the zero-code capability, so that everyone can easily complete the development of digital twins without writing a single line of code.
As a provider of digital twin software and services, Shanghai Picimos Network Co., Ltd. (hereinafter referred to as "Piaoshi") has focused on the localized independent research and development of graphics engines since its inception. After 6 years of research and development, it will launch the PiCIMOS graphics engine in 2021 , rooted in cities, electric power, water conservancy, transportation, petrochemical, emergency and other fields, to help industry partners complete digital construction efficiently and with high quality.
Glimpse at the Digital Twin City
CIMPro is a digital twin development platform extended from PiCIMOS for large-scale infrastructure projects. With strong format compatibility, unlimited model carrying capacity, and simple interactive development, it breaks the pain points of the industry, provides practitioners with full-stack development capabilities from model use to operation and maintenance, and helps digital transformation and upgrading of various industries. Build a domestic industrial software ecosystem.
【Digital Twin Tutorial】No need to write 1 line of code, 1 hour to finalize the bidding DEMO
CIMPro Twin Master
A digital twin development platform that everyone can use
Based on market response and user feedback, CIMPro has gone through dozens of iterations, not only continuously strengthening the model carrying capacity and operational stability, but also working hard on the operation experience, continuously optimizing the development process, and providing tens of thousands of projects for various industries deliver.
01
Mass data bearer integration
OSGB loading in seconds
Fully upgraded OSGB loading, which can quickly load and refresh TB-level oblique photography data in real time;
Support AEC industry BIM model to carry all component information, hierarchical structure and attribute information;
Support direct import of native scene umap of UE Unreal Engine;
Support 3D data exchange format Datasmith import;
Support batch import of fbx, obj, etc.
Infinite scaling, providing almost unlimited model carrying capacity.
02
Seamless connection between BIM and GIS
For large-scale projects, the Internet of Things data access in the operation and maintenance phase requires extremely accurate geographic coordinate information, which requires the project to be developed based on GIS coordinates.
CIMPro Twin Master provides two coordinate systems. The global GIS coordinate system environment provides global positioning and roaming, and provides real weather and lighting rendering capabilities.
In the [Global Positioning] mode, it is possible to carry out comprehensive global presentation of large-scale cross-regional projects.
For example, the first phase of the project is located in Fujian Province. After the first phase of the digital twin project is delivered, the second phase will also be put into operation. However, if it is set up on Donghai Island, users only need to open the first phase of the project and locate the scene on Donghai Island. Complete the expansion of the second phase of the project.
Not only large-scale projects, but also factories, equipment and instruments can be precisely positioned according to GIS coordinates, truly seamlessly connecting BIM and GIS, and providing geographic information data support for Internet of Things data access.
The local Cartesian coordinate system environment provides a real physical rendering lighting system and film-level rendering quality, and is suitable for twin scenes without GIS coordinate requirements such as equipment, buildings, and parks.
Digital twin park case
03
Visual expression close to the real world
In order to maximize the value of the scheme, art often needs to carry out refined background layout on the whole to enrich the surrounding long-term vision. Through functions such as brushes and routes, users hold down the ALT key while simply dragging, and digital assets will be automatically and continuously generated along the trajectory, or distributed in designated areas, creating large-scale digital worlds efficiently and liberating productivity.
Based on the massive PBR physical material library, users can assign model materials with one click, quickly create project styles, and intuitively display the completed results.
04
You can easily set up interactions without coding
The platform provides efficient plug-in services and interface collections that are ready to use. Based on the original visual API components, the front-end and back-end collaborative development models of web pages are realized.
Provide zero-code visualization API for users without programming experience, provide basic and advanced events for logic control for users with programming experience and secondary development needs, and provide online editing of 3D scenes, one-click real-time preview, return to edit at any time, and expand the interface and other functions.
05
High-quality BI template
Efficiently confirm the design style
The platform integrates massive data charts and industry templates to create more professional and flexible visual BI editing functions for users. With rich design assets, meet the digital needs of various business applications.
06
IoT data
Create real-time dynamic twins
CIMPro Twin Master supports common IoT protocols and interfaces such as MQTT, HTTP, and COAP, and can realize closed-loop linkage of physical equipment, virtual equipment, and management background, and create a full-element, full-dynamic twin body driven by real data. Combined with preset special effect elements such as electronic fences, a visual expression based on real-time data is formed to provide decision-making support.
07
Publish and edit all in one
Quickly respond to customer needs
During the peak period of project update, large-volume, multi-format data fusion work is very frequent.
The integrated function of publishing and editing of CIMPro can quickly iterate the overall effect of the project, eliminating the need for a series of long and cumbersome workflows of "modification-packaging-upload-download" in the traditional 3D engine, which greatly saves the time for customers to wait for the modification of the plan , Invisibly strive for more development time for the project.
08
30-day free trial
We provide a 30-day free trial of the premium version for all users. At the same time, in order to better serve users, we will regularly conduct product teaching live broadcasts and offline communication salons. In the user communication group, we will also answer operational questions as soon as possible. You are welcome to subscribe to the official account to obtain first-hand information and jointly help China's digital industry flourish.
Of course, in addition to the standardized platform, as a digital twin software and service provider, Pleasure continues to provide customized development and overall solutions for industry partners. Users can choose the cooperation mode with Piseview according to their own needs.
Now, log in to www.picimos.com or click [read the original text] to download and try it for free!
help center
When you have any questions about the use of the product, you can add the WeChat customer service number below for consultation, and note "Master Twin Consultation".
service hours
Monday to Friday
9:30am-6:30pm