eZWalker vPlanning - 3D Visualization Progress Simulation System
Product Overview
vPlanning opens up the data interface with P6, MS Project and other progress management systems based on 3D visualization technology. By highly matching and associating the detailed model component data with the schedule plan, the engineering quantity information (resources, schedule, cost, etc.) is presented on the 3D model in an integrated manner to realize 4D schedule visualization management. Based on the configured visual scenarios and processes, the platform performs task deduction and comparison of the solution process through professional calculation to verify the rationality of the solution, and realize the application of resource conflict warning, dynamic collision prompt, optimal path planning, etc. vPlanning covers the full lifecycle from pre-project planning to project implementation, from project management center to project site. The software includes client, cloud, and mobile terminals, and is combined with virtual reality technology to realize multi-media and multi-scenario progress visualization management.
Product Features
Model Conversion and Operation
It supports mainstream 3D models of factories, machinery, and construction industries, including but not limited to: PDMS, Smart Plant, AutoCAD, MicroStation, Revit, Sketchup, SolidWorks, CATIA, etc. And it also supports scene roaming, creation of selection sets, model segmentation, sectioning and measurement.
Scenario Configuration
It supports creating, loading, editing, saving and publishing scenes. You can import external resources for layout and assigning relevant attributes to scene resources. The scene elements such as primitives, signs and etc. can be added. You can also edit geometric models and object attributes to meet the needs of scenes simulation.
Import Schedule
It supports P6, MS Project, Excel, XML and other progress data interfaces, and the imported schedule completely reproduces the logical relationship between tasks and the allocation of related resources. Users can compare different schedule versions.
Schedule Guidance
Whether the project team members communicating the progress or researching the relationship between tasks, the workflow can be configured through the process node tree, Gantt chart, and Pert chart, and the planned tasks can be simulated and displayed in multiple dimensions. And the guidance tools can be linked.
Animation Editing
Through space transformation (moving, rotating, zooming, aligning), visual control (transparency, highlighting, color changing, displaying and hiding), path actions, etc., the work flow is expressed in the form of animation execution, and both it and its sub-processes support exporting videos and pictures.
Spatial Analysis
Dynamic collision detection is performed during the program rehearsal, and collision prompts are given according to whether there is interference between the selected object and other objects in the scene.
Path Planning
The spatial road network is automatically identified based on 3D scenes, and the optimal working path between the starting and ending point is calculated according to the given rules (such as the shortest distance, safety, accessibility, etc.) in order to carry out optimal path planning, and it supports path inspection in multiple perspectives.
Application Scenarios
For Engineering Company
Realize the dynamic deduction of 4D progress visualization by simulating the project progress, which can be applied to the construction management scenarios such as earned value, rationality verification of the planned resource investment, detailed project progress tracking, etc., so as to improve the efficiency of project construction management and make the project construction management fully competitive in terms of overall construction duration and construction cost.
For Owner
The environment and process activities involved in the critical path of plant inspection and maintenance is visually configured and displayed, and the deduction and verification of the arrangement of inspection and maintenance plans through process configuration and spatial analysis can meet the needs of assisting in the formulation of inspection & maintenance plan and personnel training.
User Case
A Digital Overhaul Project of a Nuclear Power Plant for CNNC - 4D Overhaul Simulation Module
Carry out research on the digital overhaul center project of nuclear power plants, and realize dynamic collision detection, dose assessment based on working path, 3D display of radiation field and dose query during overhaul activities by means of space analysis, path planning, dose analysis, etc.
