Allplan 2018 is a comprehensive Building Information Modelling (BIM) platform widely used by architects and engineers. For users seeking a guide, the following core resources and top features define the 2018 version: Essential Official Guides Basics Tutorial : A foundational guide covering project creation, understanding drawing files, and configuring the Actionbar. You can find the ALLPLAN 2018 Basics Tutorial on MASES SOFTWARE. Architecture Tutorial : Detailed instructions for architectural workflows, including project templates and page layouts, available as the Allplan 2018 Architecture Tutorial on Scribd. Steps to Success (Reinforcement) : A specialized guide for engineering workflows, particularly for reinforcement views and project templates, accessible via the Steps to Reinforcement Views MASES SOFTWARE Top Features & Enhancements Actionbar Customization : The 2018 version introduced an enhanced Actionbar Configurator that allows you to drag-and-drop task areas and tools into roles, making the interface more intuitive. CineRender Engine : Integration with the MAXON CineRender engine significantly improved internal visualization and rendering quality. IFC4 Support : Added support for the IFC4 file format , which enhances the accuracy of BIM data exchange during imports and exports. PythonParts : Enhanced parametric objects ( PythonParts ) were introduced to automate repetitive tasks like wall reinforcement and strip foundation design. Setup & Maintenance License Settings tool in the Services application is used to activate product keys and manage workstations. Allmenu Utility : This separate utility is critical for managing central file storage , performing manual backups, and handling technical support tools. System Requirements : Allplan 2018 requires a 64-bit Windows system and specific software environments like Java SE Runtime Environment 8u152 or higher for certain synchronization tools. ALLPLAN 2018 - Basics Tutorial - MASES SOFTWARE
In Allplan 2018, are a key tool for analyzing and extracting project data, such as quantities of architectural elements, 3D solids, and engineering components. Key Reporting Features in Allplan 2018 Accessing Reports : You can find the tool in the Architecture module under the Rooms, Surfaces, and Stories subgroup. It is also accessible through the , a task-oriented interface introduced in the 2018 version to streamline access to tools. Supported Elements : Reports can be generated for various items including: Architectural elements : Rooms, walls, and slabs. Engineering components : Reinforcement, mesh cutting diagrams, and structural elements. Quantity Takeoffs : The 2018 version was specifically certified by for its high accuracy in graphic quantity takeoffs, particularly when used with Export Options : Once generated, reports can be exported to multiple formats for further use, including: , or saved directly within Customization : You can modify existing report templates or create new ones using the Layout Designer , where you can adjust logos, names, and specific data properties. Troubleshooting & Enhancements Attribute Limit : In the 2018-0-1 hotfix, Allplan issues a message if project data contains more than 98 attributes, at which point the automated analysis stops. Modification Tools : To edit a report template, go to the menu, select Bonus Tools , and then Templates: Reports, Legends, Labels For a visual guide on using reports to determine quantities from a 3D model, you can watch the Allplan 2020 Quickstart Lesson , which covers the fundamental workflow still applicable to the 2018 version. for a specific project type?
Allplan 2018 introduced a modernized workflow centered on the Actionbar , a task-specific ribbon that dynamically changes based on your current role (Architecture, Engineering, etc.). To master this version, focus on leveraging its new BIM-centric features and the updated interface to streamline your modeling process. 1. Master the Interface and Actionbar The redesigned Actionbar is the heart of Allplan 2018. It groups tools into functional categories like "Modeling," "Visualization," and "Draft". Role Selection : Choose your role (e.g., Architect or Structural Engineer) at the top to filter for relevant tools. Customization : You can right-click the Actionbar to customize its content, adding your most-used commands for faster access. Palettes : Use the side palettes for "Properties," "Layers," and "Library" management to keep your workspace clean. 2. Establish a Strong Building Structure Successful BIM projects in Allplan 2018 start with a proper Building Structure . This hierarchical setup organizes your drawing files, levels, and floors. Planes and Levels : Define your floor heights using the "Planes" manager. Elements like walls and columns should be linked to these planes so they update automatically if floor heights change. Drawing Files : Assign specific drawing files to each floor (e.g., Ground Floor, Floor 1) to ensure data is correctly categorized for reports and sections. For a visual walkthrough of the initial project setup and 2D design basics: Allplan tutorial for beginners: Project start and 2D designs Allplan Campus YouTube• Jan 13, 2025 3. Advanced Modeling Techniques Allplan 2018 emphasizes "Design to Build" through efficient component interaction. Allplan 2018: AECbytes Review
Allplan 2018 — Overview and key features Allplan 2018 is a BIM-aware CAD solution for architects and engineers focused on 2D/3D design, precision modeling, and multidisciplinary collaboration. Below are concise, actionable highlights and practical tips. Key features allplan+2018+top
BIM workflow: integrated model-based design with object-based elements and linked project data. Versatile modeling: precise 2D drafting plus freeform 3D modeling (solids, meshes, NURBS-like tools). Parametric objects: smart, editable objects (walls, slabs, beams, windows) that update across views. Reinforcement design: advanced rebar modeling and detailing with automatic bending schedules. IFC support: import/export of IFC for open collaboration with other BIM tools. Layout and documentation: automated plan, section, elevation generation with associative detailing. Quantity takeoff: extraction of material and area/volume quantities for cost estimation. Visualization: integrated rendering and presentation tools for realistic views. Collaboration: teamworking server for multi-user projects and file management. Performance: optimized for large projects with memory and GPU improvements in the 2018 release.
Practical tips
Start with templates: use project templates and company standards to keep drawings consistent. Use layers and views: separate disciplines (architecture/structure/M&E) on layers and create saved views for efficient documentation. Keep objects parametric: avoid exploding objects early — preserve parameters for later edits and schedule updates. Validate IFC exchanges: always run an IFC export check and coordinate with collaborators on geometry/attribute mapping. Rebar practice: model primary reinforcement in the 3D element level and use automatic rebar distribution for repetitive patterns. Use project browser: organize drawings, models, and revision history for quick access. Hardware: use a mid-to-high-end GPU and SSDs; Allplan 2018 benefits from more RAM for large models. Backup & versioning: enable teamworking server features and keep regular backups before major changes. IFC4 Support : Added support for the IFC4
Common workflows
Concept to schematic:
Create site and floor layouts in 2D. Place parametric walls/slabs and develop initial 3D massing. and revision history for quick access.
Design development:
Add structural elements and rebar. Create sections/elevations and refine details.