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Aladin Sharapov
Aladin Sharapov

solidThinking Evolve 2015.4911 (64-Bit): A Comprehensive Guide for 3D Designers and Engineers



solidThinking Evolve 2015.4911 (64-Bit): A Powerful Tool for 3D Design and Rendering




If you are looking for a software application that allows you to create and edit 3D models with ease and flexibility, then you should check out solidThinking Evolve 2015.4911 (64-Bit). This software is designed for industrial designers and engineers who want to explore, visualize, and communicate their design ideas in a realistic and interactive way. In this article, we will introduce you to the main features and benefits of using solidThinking Evolve, as well as show you how to download, install, and use it for your 3D design and rendering projects.




solidThinking Evolve 2015.4911 (64-Bit)


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Introduction




solidThinking Evolve is a 3D hybrid modeling and rendering environment that combines the best of both worlds: NURBS-based surface modeling, polygonal modeling, and subdivision surface modeling. This means that you can create any kind of shape or form that you can imagine, from organic curves to hard edges, from simple primitives to complex assemblies. You can also apply materials, textures, and lighting effects to your models, as well as render them in high quality using the built-in rendering engine or integrate with external renderers such as KeyShot or Thea Render.


solidThinking Evolve is not only a powerful tool for creating 3D models, but also a flexible tool for editing them. You can easily modify your models using the construction history feature, which records every step of your modeling process and allows you to go back and forth between different stages. You can also use the parametric control feature, which lets you define parameters and constraints for your models and adjust them dynamically. You can also use Boolean operations, transformations, deformations, fillets, blends, shells, offsets, lofts, sweeps, extrusions, revolves, arrays, patterns, mirroring, scaling, twisting, bending, stretching, tapering, twisting, shelling, offsetting, lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning mirroring scaling twisting bending stretching tapering shelling offsetting lofting sweeping extruding revolving arraying patterning , or any other tool that suits your needs.


  • Apply materials, textures, and lighting to your shape using the material editor, the texture editor, and the light editor. You can choose from a variety of predefined materials and textures, or create your own custom ones. You can also adjust the color, intensity, direction, and type of light sources in your scene.



  • Save your model as a solidThinking Evolve file (.st) or export it to another format or application.



Here is an example of a 3D model created in solidThinking Evolve using NURBS mode:



And here is an example of a 3D model created in solidThinking Evolve using subdivision surface mode:



How to Use solidThinking Evolve for 3D Rendering




After you have created your 3D model in solidThinking Evolve, you can render it to produce a realistic and high-quality image or animation. Rendering is the process of generating an image from a 3D model by simulating the interaction of light and materials. Rendering can enhance the appearance and presentation of your model, as well as help you to evaluate its design and functionality.


To render your 3D model in solidThinking Evolve, you need to follow these basic steps:



  • Select a rendering mode: interactive or production. Interactive mode allows you to see the changes in your model and scene settings in real time, while production mode allows you to render your model with higher quality and resolution.



  • Set up the camera and scene settings for rendering. You can adjust the camera position, angle, focal length, depth of field, and perspective. You can also set the background color, image, or environment map for your scene.



  • Select a rendering engine: built-in or external. The built-in rendering engine is fast and easy to use, but it has some limitations in terms of features and quality. The external rendering engines are more advanced and powerful, but they require additional installation and integration. You can choose from KeyShot or Thea Render as external rendering engines for solidThinking Evolve.



  • Adjust the quality and speed of rendering. You can change the resolution, anti-aliasing, ray tracing, global illumination, ambient occlusion, shadows, reflections, refractions, caustics, depth of field, motion blur, and other parameters that affect the quality and speed of rendering.



  • Save and share your rendered image or animation. You can save your rendered image as a JPEG, PNG, TIFF, BMP, or PSD file. You can also save your rendered animation as an AVI, MOV, or MPEG file. You can also share your rendered image or animation with others via email or social media.



Here is an example of a rendered image using the built-in rendering engine:



And here is an example of a rendered image using KeyShot as an external rendering engine:


Tips and Tricks for Getting the Most Out of solidThinking Evolve




Now that you know how to use solidThinking Evolve for 3D modeling and rendering, you might want to learn some tips and tricks that can help you improve your workflow and productivity. Here are some of the most useful tips and tricks that you can apply when using solidThinking Evolve:



  • Use keyboard shortcuts and mouse gestures for faster workflow. You can access the most common tools and commands by pressing certain keys or moving your mouse in a specific direction. You can also customize your own keyboard shortcuts and mouse gestures according to your preferences.



  • Customize the user interface and preferences according to your needs. You can change the layout, color, font, size, and visibility of the various elements of the user interface. You can also change the settings for the modeling, rendering, and general options of the software.



  • Access online tutorials, documentation, and support resources. You can learn more about how to use solidThinking Evolve by watching online video tutorials, reading online documentation, or contacting online support. You can also access the help menu from within the software.



  • Join the solidThinking community and get feedback from other users. You can share your work, ask questions, give suggestions, or exchange ideas with other solidThinking users on the official website , the forum , the blog , or the social media channels . You can also participate in contests, events, webinars, or workshops organized by solidThinking.



Conclusion




In conclusion, solidThinking Evolve 2015.4911 (64-Bit) is a powerful tool for 3D design and rendering that offers you a lot of flexibility and creativity. You can create and edit any kind of 3D model using NURBS, polygons, or subdivision surfaces. You can also apply materials, textures, and lighting to your models, as well as render them in high quality using the built-in rendering engine or integrate with external renderers. You can also export your models to other formats or applications, as well as import models from other sources. You can also customize the user interface and preferences of the software, as well as access online tutorials, documentation, and support resources. You can also join the solidThinking community and get feedback from other users.


If you are interested in trying out solidThinking Evolve 2015.4911 (64-Bit) for yourself, you can download a free trial version or purchase a full license from the official website . You can also learn more about the software by visiting the website or following the social media channels. We hope that this article has given you a good overview of what solidThinking Evolve can do for you and how to use it for your 3D design and rendering projects. Thank you for reading and feel free to leave your comments or questions below.


FAQs




Here are some of the most frequently asked questions about solidThinking Evolve 2015.4911 (64-Bit):



What are the system requirements for running solidThinking Evolve 2015.4911 (64-Bit)?


  • You need to have a Windows 7 or higher operating system with a 64-bit processor. You also need to have at least 4 GB of RAM and 2 GB of disk space.



How much does solidThinking Evolve 2015.4911 (64-Bit) cost?


  • You can purchase a full license of solidThinking Evolve 2015.4911 (64-Bit) for $1,995 USD. You can also request a quote for volume discounts or academic pricing.



How long is the free trial period of solidThinking Evolve 2015.4911 (64-Bit)?


  • You can use the free trial version of solidThinking Evolve 2015.4911 (64-Bit) for 15 days without any limitations.



What are the main differences between NURBS, polygonal, and subdivision surface modeling?


  • NURBS modeling uses mathematical curves and surfaces to create smooth and precise shapes. Polygonal modeling uses vertices, edges, and faces to create polygon meshes that can be easily manipulated. Subdivision surface modeling uses control points and subdivision algorithms to create smooth surfaces from coarse meshes.



What are the main advantages of using external renderers such as KeyShot or Thea Render?


  • External renderers such as KeyShot or Thea Render offer more features and quality than the built-in rendering engine of solidThinking Evolve. They also support more advanced rendering techniques such as global illumination, ambient occlusion, caust tics, depth of field, motion blur, and more. They also have more options for materials, textures, and lighting effects.



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