#Allplan arquitectura software

Method known for most professionals and therefore most often used.

BIM still provides more benefits during construction and operation of buildings.ДЄs for prices, BIM seems to be the loser but CAD could become higher because with the first you are not only paying a drawing program but also several licenses of other programs, such as 3D modeling, rendering, etcвЂ¦ And also withВ all the reduction of working time which make money.ДЄfter these differences, we should expose some pros and cons of each of them. This integrated approach provides a basis for a more coordinated design and construction process based on the model. All data are stored in a central model and the changes made in the design will be performed automatically on all individual drawings. Meanwhile, the BIM applications mimic the actual process of construction and not 2D drawings lines as the previous one. However, critics of BIM, stress that BIM is specified with a view over the creative part or design and the professionals who are engaged in this aspect, and CAD to technical drawings. This makes that each modification must be repeated or reviewed in each of the drawings. With BIM programs this gets easier and also facilitates teamwork, locating information, batch printingвЂ¦ДЄs already mentioned, BIM and CAD represent two different ways of reproducing the architectural design and additional documentation.Д¬AD applications emulate with 2D drawings lines, strokes, tets, etc the traditional pen and paper. The problem grows exponentially the more complex the project is or the greater the number of people working on it is.

Information management: a classic problem of CAD work is the huge number of different files that are generated, leading to greatly hinder the task of finding the file and the version you need to work or print.

Related Databases: the objects properties are stored in a relational database, so if you know the data and the number of elements that exist with each of these properties,В automated reports can be generated countingВ constructive elements (eg carpentry) that besides being almost instantaneous they wont give option to errors and can be updated dynamically (we can not just change something on the plane and will change in the report but if we change the report it will also change the plane).

Elements with physical properties: instead of using lines, circlesвЂ¦ they represent physical elements such as walls, ceilings, doors,windowsвЂ¦ these have the particularity that they can be provided with physical properties such as materials, finishes, pricesвЂ¦ and then stablish operations and reports.

In fact, this is because there is only a single object: the virtual model, and the plans, sections, detailsвЂ¦ are representations of it, which is not literally the case with CAD, as each of them were independent entities.

Consistency of projects: when a change is made, it is reflected in plan, elevation, sectionвЂ¦ therefore there will always be consistency among all documents that make up the project, something difficult to achieve in the CAD.

Its greatest asset it not allowing work faster, but its ability to store information and relate it. BIM is not justa simple drawing tool, even if may used it in that way. The differences between BIM and CAD are quite significant thouth it may not seem at first.

#Allplan arquitectura software

On the software side, professionals are clear: AUTOCAD is the winner without modification. Meanwhile, the CAD (Computer Aided Design) is a set of tools in 2D -for points, lines, arcs and polygons- and 3D -for surfaces and solids. As working tools we can find three softwares: Revit, ArchiCAD and Allplan, but this diversity without winners too outstanding -we might note Revit, at least in recent years- makes professionals remain reluctant regarding their use (one of its drawbacks). That is, we have a virtual building and for this reason there are many advantages that its supporters can find: Reducing the workload -with only effort for different tasks-, organizating it -content stored un one file and the possibility of having several people working simultaneously- and, last but not least, an excellent presentation of the projec to the client -it is easier for them to imagine the result.

The Building Information Modeling (BIM) is, as its name suggests, an information model for construction, the processfor generating and managing building data, in 3D and real-time.