Obtaining the Original Directory Tree and its Attributes

The models files parsed by eZWalker Review retain the original 3D model’s directory structure and attribute information. It also supports the customization of additional extended property information, providing an information foundation for later model and data utilization.

Model Synchronization and Comparison

Through the same client end, using two different eZWalker windows (just utilizing a single license), you can achieve a comparison between different versions of the model. This facilitates the comparison between the model before and after changes, aiding in tracking the process of problem resolution.

Quick Operations on Model 

During the model roaming and browsing process, you can perform various operations such as making the model transparent, hiding components, changing colors, conducting local or global sectioning, and taking measurements, etc.

Accurate Measurement

It supports capturing model feature points and lines, allowing for precise measurements of dimensions and angles. It provides dynamic prompts for point coordinates and distances along the three axes directions.

Advanced Search

It enables quickly searching for model nodes with specific attributes, swiftly pinpointing the position of the identified node using search results, and performing actions such as color changes, hiding, or reverse selection on the search results.

Touch Browsing Mode with Large Screen

Browsing models through touchscreen operations enhances efficiency, simplifies interactions, and is suitable for various scenarios such as meetings and exhibitions.

Model Review

1. During the review process, various annotation methods are supported for identifying and commenting on issues, facilitating the addition of review comments;

2. The review results support multiple output and transfer methods, and can be exported as customized template Excel review reports;

3. Import/Export XML for general review data files, compatible with viewing and reviewing data in Navisworks.

4. It supports remote collaborative review among multiple users, enabling model sharing, file sharing, and viewpoint sharing, thereby enhancing the efficiency of the review process.

Interdisciplinary Collision Detection

By using a 3D model to set up inspection rules for various objects such as pipelines, equipment, and building structures, collision checks can be performed. This allows for the early detection of inconsistencies in the model before construction, facilitating timely adjustments or discussions for optimal solutions. It reduces the occurrence of errors, omissions, collisions, deficiencies, and other issues associated with traditional 2D modes, thereby improving construction efficiency, quality, and shortening the project duration.

Perspective Synchronization of Design Software

After completing the model review using eZWalker, the “Camera Sync” feature enables perspective synchronization between eZWalker and SP3D or PDMS design software. This allows for quickly locating the position of the reviewed issues in the design software, significantly enhancing the efficiency of model modifications.

International Standard Ergonomics

The embedded ergonomic inspection module compliant with international standards, accurately simulating on-site operations. Supports the addition of 22 international standard ergonomic inspection models, allowing for the early detection of potential on-site issues and reducing production costs.

3D Space Identification

It supports spatial identification within 3D space, such as range indication, route guidance, widely applied in 3D scenarios for safety warnings, inspection and evacuation routes, piping medium flow direction, text labeling, etc. Additionally, it supports dynamic cyclic display, enhancing the reminder effect.

Parameter-driven Dynamic Script Animation

With regard to dynamic display effects for models, it supports intelligent parameter-driven animation creation functionality. It features flexible equipment joints, allowing the addition of trajectory paths, color transitions, transparency, and various temporal dynamic model effects.