Vectorworks supplies no easy way to select overlapping objects through an object selection window, like the ones found in AutoCAD and Rhino. On the other hand, objects buried below others can become extremely difficult to select, especially when they align with another object. Together, these eliminate many of the frustrations in other 3D modeling programs caused by the time consuming process of selecting the correct snap point by navigating the model. Additionally, the program has zoom and x-ray functions to provide greater precision when acquiring snap points.
For example, in a top or side view Vectorworks drafts only on the visible plane based on a snapped starting point. Vectorworks employs a clever use of “working planes” to override default elevations and constrain geometry creation intuitively. Locations of objects on the Z axis are stored in relation to the layer elevation, which can lead to confusing jumps in geometry when changing an object to a different layer. Each layer is assigned an elevation on which objects are placed as default but can be moved. The program handles 3D space fluidly, if not always intuitively. In its favor, Vectorworks attempts to help manage the issue by auto-classing a number of objects, such as dimensions or plug-in object components. This is not a problem with Vectorworks itself, but an issue inherent in any drafting program, amplified by the dual system. One Vectorworks user related that designers in his office dislike working in their coworkers’ files because each handles the layer/class system differently. The dual system allows for powerful control of visibility in a 3-dimensional model however, establishing and following a strict layer/class protocol is essential because without management the file can become cluttered, requiring tedious post hoc correction. “Classes” act like AutoCAD’s layers while “layers” are a meta-structure that help separate overlapping aspects of the design, such as hardscape, site grading, and planting. Objects are each assigned a layer and a class. The available tools provide simple geometry creation for efficient drafting, yet there are a host of tools that enable highly complex and accurate shapes. Vectorworks is tool-based like SketchUp rather than command-based like AutoCAD or Rhino. Vectorworks behaves like a mashup of Rhinoceros and Sketchup. The first essential aspect of the program is 2D drafting and 3D modeling. Output – Construction Documentation | RenderingĪ well developed model can quickly be utilized to create plans, construction details, and photo-realistic renderings. The article contains a large amount of information, so to view a particular topic use the navigational structure below.īasic Modeling – File structure | 3D Considerations | File SharingīIM Functionality – Implementation | Grading | Smart Objects | Planting | Irrigation | Drainage | Worksheets I have spent a fair number of hours learning Vectorworks and getting used to how it handles in order to assess how well the software delivers. It is aiming to place tools in the hands of landscape architects to design and interact on the same level as our architect counterparts. On top of these, the software utilizes a BIM approach to improve understanding of design decisions and coordination with related professionals in order to better steer final outcomes. I was impressed by the host of features the software has to offer through its multiple platforms: basic 2D/3D modeling with Fundamentals, landscape-specific tools with Landmark, and slick output with Renderworks. In one of my previous posts, I took a look at the promise of Vectorworks software for landscape architecture.
0 kommentar(er)
