You design the exterior using the Intelligent Wall tool. Unlike dumb extrusions, the walls know they have layers (brick, insulation, concrete). The Roof Module allows you to create a complex hip roof with dormers in seconds. The Stair Module generates fully parametric stairs with railings that update if you change the floor height.
In the rapidly evolving landscape of Architecture, Engineering, and Construction (AEC), the transition from traditional Computer-Aided Design (CAD) to Building Information Modeling (BIM) represents a fundamental shift in how projects are conceived and executed. Released by the German software giant Nemetschek, Allplan 2018 stands as a pivotal iteration in this transition. It was designed not merely as an incremental update, but as a comprehensive platform aimed at bridging the gap between 2D drafting habits and 3D BIM methodologies. This essay explores the "top" features of Allplan 2018, analyzing how its enhancements in interoperability, reinforcement design, and user interface redefined efficiency for structural engineers and architects.
One of the most significant "top" features of Allplan 2018 was its emphasis on openBIM and Interoperability. In previous years, the AEC industry struggled with data silos, where different software platforms could not communicate effectively. Allplan 2018 addressed this by optimizing the exchange of data via the IFC (Industry Foundation Classes) format. The software introduced what the developers termed a "formwork" view, allowing users to filter and view specific elements of a BIM model without loading unnecessary data. This focus on open standards meant that architects and engineers could collaborate more seamlessly, reducing the risk of data loss and misinterpretation that often plagues multi-disciplinary projects. By prioritizing data quality in exchanges, Allplan 2018 positioned itself as a central hub for collaborative design.
For structural engineers, the "top" highlight of the 2018 release was the introduction of "Allplan Engineering." This module represented a paradigm shift in reinforcement design. Traditionally, reinforcement detailing was a tedious, highly manual process. Allplan 2018 introduced intelligent reinforcement tools that allowed for the 3D modeling of reinforcing steel with unprecedented speed. The software automated the generation of reinforcement schedules and section views directly from the 3D model. This functionality significantly reduced the potential for human error; if a structural element changed in size, the associated reinforcement would update automatically. This intelligent linkage between the 3D model and the 2D documentation was a game-changer, turning a labor-intensive drafting exercise into a streamlined, data-rich process.
Another critical area where Allplan 2018 topped its predecessors was in Performance and Visualization. As BIM models grow in complexity, software performance often lags, hindering productivity. The 2018 version implemented optimized algorithms for handling large datasets, allowing for smoother navigation through complex 3D environments. Furthermore, the integration of the Cinema 4D rendering engine—a Nemetschek group technology—allowed users to create high-quality visualizations directly within the software. This eliminated the need for architects to export their models to third-party rendering applications for client presentations. The ability to generate photorealistic images and walk-throughs within the design environment streamlined the workflow from concept to presentation, allowing for faster decision-making based on visual data.
Finally, the user experience was refined to lower the barrier to entry for BIM adoption. Recognizing that many firms still relied heavily on 2D workflows, Allplan 2018 introduced a hybrid working environment. It allowed users to switch seamlessly between 2D and 3D views, making the transition to full BIM less intimidating. The interface was designed to be intuitive, with toolbars and palettes that could be customized to suit individual project needs. This flexibility ensured that Allplan 2018 was not just a tool for BIM specialists, but a versatile platform for the entire design team.
In conclusion, Allplan 2018 was a landmark release that solidified Nemetschek’s position as a leader in the AEC software market. By focusing on "top" priorities such as open data exchange, intelligent structural engineering tools, high-performance visualization, and user-centric design, the software successfully addressed the major pain points of the industry. It served as a bridge, allowing professionals to carry their existing knowledge into the future of digital construction. While newer versions have since been released, Allplan 2018 remains a significant milestone, representing the moment when BIM became accessible, efficient, and indispensable for the modern construction workflow.
Maximizing BIM Efficiency: A Deep Dive into Allplan 2018 Top Features
As the architecture, engineering, and construction (AEC) industry continues to transition toward fully digital workflows, Building Information Modeling (BIM) solutions have become the backbone of modern design. Allplan 2018 stands as a pivotal release in this evolution, introducing a suite of features designed to streamline usability, enhance cross-discipline collaboration, and refine high-end visualization. allplan+2018+top
This version was specifically engineered to bridge the gap between initial conceptualization and detailed construction documentation, ensuring that data remains consistent and accessible throughout a building's entire lifecycle. 1. The Revolutionary Actionbar
One of the most immediate changes in Allplan 2018 was the introduction of the Actionbar.
Intuitive Tool Access: Replacing cluttered toolbars with a context-sensitive ribbon, the Actionbar organizes tools by role (Architecture, Engineering, etc.) and task.
Enhanced Productivity: By placing the most relevant tools directly in the user’s workflow, it significantly reduces the number of clicks required for common operations.
Continuous Updates: In subsequent service releases like Allplan 2018-1, the Actionbar was further refined based on direct user feedback to ensure even smoother navigation. 2. Advanced BIM Collaboration with IFC4 and Bimplus
Interoperability is the core of any BIM project. Allplan 2018 made significant strides in how users share and manage data.
IFC4 Export and Import: This version optimized the IFC4 data export, improving the quality and accuracy of information shared with external partners. Service release 2018-1 further enhanced import capabilities, making it easier to integrate models from different software environments.
Allplan Bimplus Integration: The software features a direct connection to the cloud-based Allplan Bimplus platform. This allows teams to centrally define attributes and manage tasks, ensuring everyone—from architects to structural engineers—is working from a "single source of truth". 3. High-End Visualization with CineRender You design the exterior using the Intelligent Wall tool
For architects, the ability to present realistic previews is essential. Allplan 2018 integrated the CineRender engine from MAXON.
Realistic Textures: This integration allows users to create high-quality visualizations directly within the BIM environment.
Efficient Rendering: By leveraging the same engine found in Cinema 4D, professionals can produce professional-grade renders without needing to export to external standalone software. 4. Engineering Precision: Reinforcement and Modeling
Allplan 2018 continued to excel in its core strength: detailed structural engineering.
3D Reinforcement: The software allows for the rapid modeling of complex reinforcement shapes in 3D, which can then be automatically translated into precise steel lists and construction plans.
PythonParts: Significant enhancements were made to PythonParts, which are parametric objects that allow for automated, rule-based modeling of standard components like columns or fixtures. ALLPLAN 2018-1-1
The primary feature introduced in Allplan 2018 was the Actionbar, a role-based user interface designed to streamline workflows . This interface automatically organizes tools based on the user's specific task—such as modeling or reinforcement—to help them find necessary functions more efficiently . Key Features of Allplan 2018
Actionbar: A central, task-oriented toolbar that groups tools by role (e.g., Architecture, Engineering) and specific activities . Let’s run a hypothetical project to see why
Enhanced Labeling: A new function for consistently labeling sections and views. These labels are linked directly to the BIM model, allowing for automatic updates across all views when the model changes .
Allplan Bridge: Introduced a unique BIM solution specifically for the parametric modeling of bridges .
IFC4 Support: Improved data exchange quality and accuracy through support for the latest IFC file format .
CineRender Integration: Advanced visualization capabilities powered by the MAXON CineRender engine for high-quality rendering .
Cloud Collaboration: Enhanced integration with Allplan Bimplus for efficient information management and multidisciplinary coordination .
PythonParts: Improvements to the parametric object library, making them easier to program and use for repetitive design tasks . ALLPLAN 2018-1-1
Allplan 2018 is an interdisciplinary Building Information Modeling (BIM)
software solution designed for architects and engineers. Released by Nemetschek, this version focuses on enhancing collaboration, productivity, and user experience through several key "top" updates. AEC Magazine Top Features and Improvements Release ALLPLAN 2018-1
Let’s run a hypothetical project to see why the "Top" version is superior.
In 2018, Open BIM was still a battleground. Allplan 2018 Top came with certified IFC 4.0 Reference View 1.2 exchange. This meant you could export a model to Tekla, Revit, or ArchiCAD with minimal data loss. The "Top" version included the advanced "IFC Quality Manager," allowing you to filter and repair geometry before export.