![]() ![]() En realidad no son muy diferentes a cualquier aplicación de Windows.Įn la barra de menú, se encuentra la mayoría de las herramientas de SketchUp. La barra de título, dice el nombre de nuestro documento y el nombre de la aplicación, los botones de la derecha son minimizar, maximizar y cerrar. La imagen de abajo es la pantalla que aparece cuando se abre SketchUp:Įn la parte superior se encuentra la barra de título (titlebar), a continuación tenemos la barra de menú (Menubar), entonces tenemos la barra de herramientas (toolbar), la mesa de trabajo, y en la parte inferior tenemos la barra de estado (status bar). SketchUp hace uso de la técnica de Empujar / tirar (Push-Pull), en el que podemos crear fácilmente un modelo 3D empujando y halando un plano 2D. En este curso estoy utilizando la versión gratuita, ¡qué le parece! Google SketchUp está disponible en dos versiones, tiene la versión gratuita, y usted tiene una versión de pago (SketchUp Pro). ¿Quién utiliza SketchUp? Yo diría que cualquier persona que quiera hacer algo en 3D. I also assume in my posts that you understand the basics of SketchUp, the meaning of words like "component", "material", etc.Para todos aquellos de ustedes que no saben lo que es SketchUp, SketchUp es muy fácil de utilizar programa 3D, usted puede aprender muy rápido y fácil. It also helps if you have some knowledge of spreadsheets and understanding of the XYZ co-ordinate system. While DCs can be used without limitation in the free version of SketchUp, to actually create a DC, you need the Pro version. The possibilities are endless, as they say. A DC ladder can automatically add new rungs as you scale it up and a solar panel can always turn towards the sun in your model. For example, with a DC door assembly, you might be able to change the height or width without distortion, change the materials from paint to wood, or have the door closed or ajar – all without having to edit the object. But for those who have learned something about it (which is probably why you've come), dynamic components are components that are not static but can change. If you haven't used SketchUp before, then it's probably best to stop here until you have some experience. To get an idea of what can be made, visit SketchUp 3d Warehouse.As far as I'm aware, there is not much difference between the versions as far as usage is concerned so you should be able to follow this blog even with the newer version. The version I have and use is SketchUp 8 while the latest version is SketchUp 2014. There are two versions of SketchUp, a free version (now known as SketchUp Make) which does pretty much everything and a Pro version which requires payment. It is extremely easy to learn and yet capable of producing amazing and detailed models. What is SketchUp?įor those who don't know, SketchUp is a 3D-creation program, principally for architecture but which can also be used for anything 3D such as products and forms of transport. ![]() Of course, that also means that what I say may not be the best way or the "correct" way, just the way I have learned. Because I am not a professional user but someone who has had to learn it painfully from scratch, I can hopefully explain it in ways that newcomers can understand. In this section, I have written a series of lessons on creating DCs, thereby helping others who want to learn about them. While there are many books and sites available to teach you the basics, I have found relatively little information on dynamic components so am forced somewhat to find them out for myself, "reverse engineering" the supplied DCs to see how they work. But recently I decided to branch out into an area I have rarely touched – dynamic components (which I often refer to as "DCs"). ![]() I have doodled and created with it for many years now and learned pretty much all the basics. ![]() I am a great fan of Google SketchUp, (now known as Trimble SketchUp). Sketchup Tutorials Lesson 1: Introduction to tools and windows Lesson 2: Entering values Lesson 3: Entering formulas Lesson 4: Rotating objects Lesson 5: Custom attributes and axes Lesson 6: Changing colours Lesson 7: Dynamic copies Lesson 8: The scale tool, and other attributes Lesson 9: Multiple animations (part 1) Lesson 10: Multiple animations (part 2) Lesson 11: Multiple animations (part 3) Introduction ![]()
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