Understanding the Essence of the Cover Loft Plugin

At its core, the Cover Loft plugin is a cutting-edge tool designed to facilitate the creation of complex shapes and forms within SketchUp with unparalleled ease and precision. Unlike traditional methods that often involve painstaking manual manipulation of geometry, the Cover Loft plugin empowers users to generate intricate designs with just a few simple clicks.

Exploring Key Features and Functionality

• Seamless Integration with SketchUp: One of the standout features of the Cover Loft plugin is its seamless integration with SketchUp. As a native extension, it seamlessly integrates into the SketchUp interface, allowing users to access its powerful tools without any additional software or plugins.
• Intuitive Interface: Usability is a top priority for any design tool, and the Cover Loft plugin excels in this regard. With an intuitive interface and user-friendly controls, even novice users can quickly grasp the fundamentals and start creating stunning designs in no time.
• Advanced Lofting Capabilities: At the heart of the Cover Loft plugin lies its advanced lofting capabilities. Whether you’re looking to create smooth curves, intricate patterns, or complex organic shapes, the plugin offers a myriad of options to bring your vision to life with precision and ease.
• Parametric Design: Parametric design lies at the forefront of modern architecture, enabling architects and designers to explore countless design iterations with ease. With the Cover Loft plugin, parametric design becomes a reality, allowing users to dynamically adjust parameters such as curvature, taper, and twist to achieve the desired result effortlessly.

Leveraging the Benefits of the Cover Loft Plugin

• Streamlined Workflow: By automating the process of creating complex shapes and forms, the Cover Loft plugin significantly streamlines the design workflow, saving valuable time and effort. With its intuitive controls and powerful features, designers can focus more on creativity and innovation, rather than getting bogged down by technicalities.
• Enhanced Design Flexibility: Flexibility is key in architectural design, and the Cover Loft plugin delivers in spades. Whether you’re working on conceptual sketches or detailed models, the plugin offers unparalleled flexibility, allowing you to explore a wide range of design options and iterations with ease.
• Improved Visualization: Visualization is a critical aspect of the design process, enabling architects and clients to envision the final outcome before construction begins. With the Cover Loft plugin, visualization becomes more intuitive and realistic, thanks to its ability to create smooth, lifelike forms that accurately convey the design intent.

Conclusion

In conclusion, the Cover Loft plugin represents a paradigm shift in architectural design, offering a powerful set of tools and functionalities that empower designers to push the boundaries of creativity and innovation. With its seamless integration, intuitive interface, and advanced features, the plugin is poised to become an indispensable asset in the toolkit of every architect and designer.

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Introduction to Floating Stairs

What are Floating Stairs?

Floating stairs, also known as cantilevered stairs, create an illusion of floating by eliminating the need for visible supports underneath each step. They offer an open and airy feel, adding a touch of sophistication to any space. Their design allows light to pass through, enhancing the overall aesthetics of the area.

Understanding SketchUp

SketchUp, a powerful 3D modeling software, provides a user-friendly platform for creating intricate designs. Its intuitive tools and features make it ideal for architects, designers, and hobbyists to bring their visions to life.

Basics of Stair Design in SketchUp

To begin, access the stair tool in SketchUp and define the dimensions of your staircase. Set the number of steps, riser height, tread depth, and other parameters to create a basic staircase structure.

Designing Floating Stairs in SketchUp

Now, let’s delve into creating floating stairs within SketchUp. Start by selecting the appropriate tools and techniques to achieve the floating effect. Follow a step-by-step process to ensure precision and accuracy in your design. Additionally, experiment with materials and finishes to add character to your stairs.

Customization and Advanced Techniques

For those seeking a unique touch, SketchUp offers advanced options to customize your floating stairs further. Explore intricate designs and incorporate distinctive features to make your creation stand out.

Tips and Tricks for Optimal Results

To achieve realistic and visually stunning results, adhere to best practices when designing floating stairs. Additionally, optimize your workflow within SketchUp to efficiently handle complex designs and ensure a seamless creation process.

Showcasing the Final Design

Once your design is complete, it’s time to showcase your masterpiece. Visualize your floating stairs in various settings and lighting conditions to fully appreciate the impact they bring to a space.

Conclusion

In conclusion, creating floating stairs in SketchUp opens up a world of design possibilities. These elegant architectural elements not only elevate the aesthetics of a space but also showcase your creativity. Experiment, explore, and let your imagination soar with SketchUp’s tools and features.

For more information, please visit video tutorial

FAQs about Creating Floating Stairs in SketchUp

Are floating stairs structurally sound?

Floating stairs are engineered to be structurally stable when installed correctly, ensuring safety while maintaining their unique aesthetic.

Can I customize the materials for my floating stairs in SketchUp?

Yes, SketchUp allows you to apply various materials and textures, enabling extensive customization to suit your design preferences.

How challenging is it to design floating stairs in SketchUp for beginners?

While it may seem complex initially, SketchUp offers user-friendly tools and tutorials that can guide beginners through the process effectively.

Are there specific design considerations for floating stairs?

Design considerations include the structural support needed, material selection, and adherence to safety standards for a successful design.

Can I import my SketchUp designs into other software or platforms?

Yes, SketchUp allows for export in various formats, facilitating integration with other design software or presentation platforms.

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Mastering SubD Plugin in SketchUp

Mastering SubD stands as a game-changer in SketchUp’s arsenal, revolutionizing the way users approach 3D modeling. By harnessing the principles of subdivision modeling, this plugin empowers designers to fashion complex shapes with unparalleled ease.

Understanding Subdivision Modeling

Subdivision Modeling: Subdivision modeling is a technique used to create intricate, curved surfaces by dividing polygons into smaller, smoother shapes. This method ensures a high level of detail and realism in designs.

Benefits of Subdivision Modeling

• Seamless creation of organic shapes
• Enhanced visual appeal and smoothness
• Greater flexibility in modifying and refining designs

Exploring the Mastering SubD Plugin

• Features Overview: The Mastering SubD plugin boasts a rich set of features tailored to streamline the subdivision modeling process. From intuitive tools to a user-friendly interface, it offers an array of functionalities.
• Interface and Tools: Navigating the plugin’s interface reveals a set of tools designed for precision and creativity. From basic shape creation to intricate detailing, the tools empower users at every step.

Getting Started with Mastering SubD

• Installation Guide: Installing the Mastering SubD plugin is a straightforward process, seamlessly integrating it into SketchUp’s environment. Users can easily access it within the software.
• Setup and Configuration: Configuring the plugin settings ensures optimal performance, allowing users to personalize their workflow and preferences.

Basic Operations in Mastering SubD

• Creating Simple Shapes: Mastering SubD simplifies the creation of basic shapes, enabling users to initiate their designs swiftly. From spheres to cylinders, it provides an intuitive approach to shape generation.
• Manipulating SubD Geometry: The plugin facilitates seamless manipulation of SubD geometry, allowing for easy adjustments, transformations, and alterations to achieve desired forms and structures.

Advanced Techniques and Tips

• Refining SubD Surfaces: Achieving refinement in SubD surfaces involves utilizing the plugin’s advanced features to smoothen edges and contours, lending a polished finish to designs.
• Using Crease and Smoothing Tools: Employing crease and smoothing tools enables users to control the sharpness of edges and surfaces, adding definition and precision to models.

Integration with SketchUp Workflow

• Compatibility and Interaction: Mastering SubD seamlessly integrates with SketchUp, ensuring compatibility and smooth interaction within the existing workflow.
• Enhancing SketchUp Projects with SubD: By incorporating SubD techniques, SketchUp projects gain depth, complexity, and a new level of visual appeal, elevating the overall design quality.

Showcasing Mastering SubD in Projects

• Case Studies and Examples: Examining real-world case studies and examples highlights the potential of Mastering SubD, demonstrating its application in diverse projects.
• Real-world Applications: From architectural designs to product modeling, explore the practical applications of Mastering SubD across various industries.

Troubleshooting

• Common Issues and Solutions: Encountering challenges is inevitable, but with a comprehensive list of common issues and their solutions, users can navigate obstacles effortlessly.

Conclusion

Mastering SubD plugin in SketchUp empowers designers with an array of tools and techniques, enabling the creation of intricate and visually captivating models. With its seamless integration and user-friendly interface, this plugin opens doors to limitless design possibilities, transforming SketchUp into a powerhouse of creativity.

For more information, please watch the following video tutorial

Unique FAQs

Does Mastering SubD work with all versions of SketchUp?

Mastering SubD is compatible with SketchUp 2016 and later versions, ensuring a wide user base can leverage its functionalities.

Can I use Mastering SubD for both personal and commercial projects?

Yes, Mastering SubD can be utilized for both personal and commercial projects without limitations.

Are there any performance considerations when using Mastering SubD on complex designs?

While working on complex designs, it’s recommended to consider system specifications for optimal performance.

Does Mastering SubD require prior knowledge of SketchUp?

Basic familiarity with SketchUp enhances the user experience but isn’t a prerequisite to start using Mastering SubD.

How often does Mastering SubD receive updates?

The plugin receives regular updates to improve functionality and address user feedback, ensuring a continually enhanced experience.

The post How to Use Mastering SubD Plugin in SketchUp appeared first on SketchUpFamily.

For architects, designers, or anyone working in 3D modeling, the Slicer5 Plugin stands as a powerful asset in the SketchUp ecosystem. This plugin serves as a bridge between SketchUp and slicing tools, enabling users to enhance their designs for 3D printing and manufacturing.

Understanding SketchUp Compatibility

Before delving into the intricacies of Slicer5, it’s vital to ensure your system meets the compatibility requirements and understand the seamless installation process. Ensuring compatibility and a smooth installation will pave the way for a hassle-free experience.

Exploring Slicer5 Features

Once installed, acquaint yourself with Slicer5’s user-friendly interface and delve into its key functionalities. Understand how it streamlines the process of preparing designs for printing, making intricate tasks more manageable.

• Advanced Functionalities: Beyond the basics lie a plethora of advanced tools. Explore features like variable layer height, adaptive layering, and intricate supports generation. These functions empower you to fine-tune designs, ensuring precision and optimization for 3D printing.
• Integration with SketchUp Tools: Slicer5 seamlessly integrates with SketchUp’s native tools. Learn how to navigate the synergy between SketchUp’s functionalities and Slicer5’s capabilities. This integration streamlines your workflow, allowing for a seamless transition between design and slicing processes.
• Enhancing Model Preparation: Master the art of preparing models for 3D printing. Slicer5 simplifies this intricate process, offering features like hollowing, infill adjustments, and intelligent slicing algorithms. These features optimize designs for efficient printing without compromising structural integrity.

Getting Started Guide

Navigating through the plugin’s basic manipulation tools lays the foundation. As proficiency grows, uncover the realm of advanced settings and techniques, unlocking the full potential of Slicer5 for your projects.

• Basic Manipulation Tools: Understand the fundamental tools that lay the foundation for using Slicer5. Learn how to import models, set slicing parameters, and perform basic manipulations. Mastery of these tools is the gateway to harnessing the plugin’s capabilities.
• Advanced Settings and Techniques: As proficiency grows, delve into the realm of advanced settings and techniques. Uncover hidden features, explore customization options, and adopt techniques to optimize designs further. This knowledge unleashes the full potential of Slicer5, elevating your design prowess.

Optimizing Workflow with Slicer5

Efficiency is key. Discover tips to optimize your workflow, harnessing the plugin’s capabilities to enhance productivity. Customization options within Slicer5 offer a tailored experience, catering to diverse project requirements.

• Customization Options: Personalize your experience by exploring the various customization options within Slicer5. Tailor settings to suit specific project requirements, ensuring precision and efficiency. Customization empowers you to fine-tune the plugin according to your unique workflow.

Troubleshooting Common Issues

Encountering hiccups is part of the journey. Equip yourself with troubleshooting strategies to tackle common issues effectively. Additionally, tap into the vast community support resources available to gain insights and solutions.

Conclusion

The Slicer5 Plugin in SketchUp revolutionizes the way designs are prepared for 3D printing. With its intuitive interface, powerful features, and a supportive community, it opens doors to limitless possibilities.

For more information, please watch the following video tutorial

FAQs

Is Slicer5 compatible with all versions of SketchUp?

Slicer5 is compatible with SketchUp 2017 and later versions.

Can Slicer5 handle complex 3D models efficiently?

Yes, Slicer5 efficiently handles complex designs, optimizing them for 3D printing without compromising quality.

Are there any prerequisites before installing Slicer5?

Ensure your system meets the minimum requirements specified by the plugin for seamless installation.

How can I customize settings within Slicer5 for my specific project needs?

Slicer5 offers various customization options; explore the settings to tailor them according to your project requirements.

Where can I seek help if I encounter issues while using Slicer5?

You can tap into community forums or support resources provided by Slicer5 to troubleshoot issues and gain insights from experienced users.

The post How to Use Slicer5 Plugin in SketchUp? appeared first on SketchUpFamily.

Use of SketchUp Plugin

1. At first users have to select the window option and then the extension manager option in SketchUp.
2. After that users have to click the install extension option.
3. After that when SketchUp tells users to install extensions only from trusted links then they have to click yes option to install the desired extension.

Round corner tool

If any objects in the design are sharp in real life then they will cause injury so by using this tool users can make edges of the object smooth. So that it will give a polish look of the object in the entire model.

1001 bit tools

This extension has 39 tools to get better qualities while doing SketchUp. This is the freeware version.

Front face tool

If any face of any objects is facing backwards generally users have to select and choose the reverse faces option. It takes a lot of time but by using this tool users have to click the button and then drag the mouse over all the backside faces.

Shape bender

1. Users first have to mimic the curve of the desired bend by copying or drawing the line.
2. Then they have to draw a line along the length of the object users want to bend.
3. Then users have to select the object and then they have to click the tool button.
4. After that users can see the instruction tool at bottom left on the SketchUp window.
5. After that users have to select the curve.

This takes a few minutes. Users can use the up option to toggle the curve and use the down arrow to toggle the line. Users have to press enter to draw the new object. This tool is very helpful to bend any shape of lines.

Solid inspector

This plug in is very helpful. By using this tool users are able to inspect every object so that those objects can not make any mistakes like lag, crash or corrupt the SketchUp files. This plugin helps to fix the problems and also tells the users about fixing some problems manually.

This tool highlights the errors in red so that the users can orbit and flip the object to see the problem. This tool is a very time saver tool. This tool also helps the user by saving progress before importing complex things in the model.

Sketchy FFD

Users can control the cage to an object by using this software. Users can create complex curves. This tool also helps to create domes and free flowing shapes constructed from mesh elements. C Philips created this plug-in for SketchUp users.

Memory copy

Users can copy and transform geometry by using this tool. This tool also remembers the last move of the users. Adam Billyard created this plug-in for SketchUp users.

Follow me and rotate

Users created rope, twine, and ornate balusters by using this plug in. This tool helps the users by rotating to produce twisting geometry. Wiki created this follow me and rotate plugin for SketchUp.

Multiple offsets

Sam D Mitch created this helpful plugin to help the SketchUp users. Users can offset many faces of the particular object. Users can create complex forms by using this tool.

Edge tools2

ThomThom created this plugin for SketchUp. This tool also helps the users to save their precious times. This tool also simplifies the imported DWG site plans, split a face into different planes and highlight the problems or imperfect models so that users can easily clean up the model very easily.

Section cut face

TIG created this plugin to create a better SketchUp experience. Users are also able to add a face to the required section plane. Users also modify the faces very fast and also change the colors for the purposes of presentation. This tool can be updated automatically when the users edit the models.

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Why you do not see plug-in in SketchUp?

If you don’t see the plug-in menu, it implies you don’t have any active plug-in that require that menu item. If you want to test, then you can launch SketchUp & navigate to Window then Extension Warehouse & Look for the SketchUp plug-in and install it. To download and install plug-in from the Extension Warehouse, you will need a Google Account.

This course is intended for first-time SketchUp users who are comfortable with utilizing various archiving applications and going into their computer’s guts.

Where does SketchUp store Plug-in?

Sign in at the Extension Warehouse Window. Hover over your username in the upper right corner and pick “My Extensions” to get to your “My Extensions” page. The My Extensions page includes extensions that you have previously installed on previous versions and installations of SketchUp.

RBZ installation in SketchUp

SketchUp has made adding plug-in a one-click procedure with the release of SketchUp 8 M2. They developed a new file type (.rbz), which allows you to install plug-in directly from within SketchUp.

• You can select Preferences from the Window menu to open the dialogue box.
• Selecting Extensions from the sidebar displays a list of all active and inactive plug-in that is presently installed.
• By selecting Install Extension, you may go to the .rbz file you downloaded.
• A warning window will appear, asking you to confirm that you wish to install this plug-in and that you are knowledgeable that it will make modifications to your file system. There is no reason to be concerned if you obtained the file from a reliable source.
• Although this is a rather simple method of installing scripts, the RBZ format is not quite widely used. Later, we will look at converting non-RBZ plug-in to .rbz files.

RB File Installation in SketchUp

The .rb file format has traditionally been the standard for providing SketchUp Plug-in. It is just a plain text file created in Ruby and saved as a Ruby file. These can range in complexity. Some are only a single file that adds a menu item. Others contain folders with various files that are given in zip format and may have toolbar functionality and other goodies. We’ll look at how to do this manually in SketchUp.

Whether you are a PC or a Mac user, you must first identify the SketchUp Plug-in folder on your system. Having identified our plug-in folder, adding a plug-in is as simple as dragging and dropping it from your usual browser download folder location to the SketchUp Plug-in folder. If SketchUp is currently open, you must reload it for the plug-in to show.

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UVW surface is an expert term in 3DMAX. UVW normally alludes to the surface directions of the article.

3DMAX utilizations the three letters UVW to address the three tomahawks of XYZ. U addresses X, V addresses Y, and W addresses Z. UVW surfaces are for the most part utilized when the surface directions are lost, and can likewise be utilized when you need to set the surface area in detail. Since surfaces are by and large level, surface organizes commonly just utilize the UV expression, and the W expression is infrequently utilized.

In other words, on the off chance that you make a model and you need him to add a particular surface, you need to play out this UV unfurling activity.

The unfurling cycle isn’t clear in one sentence or two. There are comparable industry-standard references here. Track down an instructional exercise for creating UVs. Fundamentally, those are the substance. After the development, the places of every surface will be clear initially. At that point alter this UV map in the PS programming. What surface you set will show what surface the comparing model will show.

SketchUp’s capacity to change the surface is still moderately poor, particularly in the early form of SketchUp, even a round surface and a tube-shaped surface have been locked in for quite a while. Presently the SketchUV device can rapidly take care of this issue. Its toolbar has two symbols. On the left is the “UV Map” instrument, and on the privilege is the “Way Selection” apparatus (above). In the event that we click on the “UV Map” apparatus, the surface change work is as of now initiated. Right now, on the off chance that we click on any face, a “setting menu” will spring up (beneath).

Projection map

Extending a surface from a plane on the item is like extending a slide somewhat. At the point when you need to plan the side of an article, planar projection is utilized. It is likewise used to plan numerous sides sideways and to plan different sides of symmetric items.

However, presently “SketchUV” doesn’t need a particularly muddled activity. When utilizing its projection map, it isn’t important to change the directions ahead of time. On the off chance that you are not fulfilled, simply utilize the bolt keys to change the facilitate position.

Spherical map

Encompass the item by extending the guide from the circle. At the top and lower part of the circle, you will see creases and surface singularities at the crossing point of the bitmap edge and the circle’s shafts. Circular projection is utilized for objects whose fundamental shape is round.

Column map

Venture the guide from the chamber and use it to wrap the item. The creases at the joints of the bitmap are obvious, except if a consistent guide is utilized. Round and hollow projection is utilized for objects whose essential shape is round and hollow.

Box stickers

Box can be perceived as a container, that is, a solid shape. At the point when we map on the solid shape, the directions inside won’t be completely joined. Right now, Box can tackle this issue. The accompanying picture is a cuboid for instance, extending the surface from the six sides of the cuboid. Each side projection is a level guide, and the impact on a superficial level relies upon the surface ordinary.

Four-sided map

Apply a duplicate of the guide to each face of the item. Utilize full square shape guides to plan sets of appearances that offer secret edges. Utilize the rectangular piece of the guide to plan a solitary face without covered up edges.

Path map

Way planning can tackle the issue of street planning, which is still exceptionally useful. For instance, draw a curve, how to address the surface on the curve? Utilizing SketchUp’s local surface apparatuses is truly bulky, and the outcomes are bad. So giving these useful apparatuses, you will find that it is exceptionally near the surface capacity of MAX.

Subdivision triangle

The three-sided face is a component of SketchUp. At the point when we use way planning, we will find that there are a few spots that the planning organizes don’t cover. How to tackle this? The item can be partitioned into a three-sided face and settled right away.

Import and export

This component is the most impressive element of “SketchUV”. Numerous SketchUp planning devices don’t have this element. To utilize this capacity, you need to download and utilize the “Roadkill UV Tool” device (this product is free, the establishment technique is equivalent to customary programming), the whole activity is exceptionally straightforward, you needn’t bother with any establishment, since “Roadkill UV Tool” There are a couple of symbols in this apparatus, which can be learned in minutes.

Obviously, these ideas are best joined with the “SketchUV (UV planning instrument) instructional exercise” We recorded. Albeit this instructional exercise is one-sided towards “eating inexpensive food”, it is practical and can tackle your concern.

More information about the SketchUV is available at extensions.sketchup.com

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Through this extension, the user can easily render, animate, can generate advanced 3D Pdf files, and can also create interactive VR for SketchUp users.

SimLab Soft is a 3D software development company, with a mission to develop a state-of-the-art 3D software product that is both powerful and user friendly. They are the creator of the SimLab Composer integration SketchUp extension.

This Extension has every visualization solution that will enhance the user’s project at a different level. This plug-in or extension acts as a bridge covering the gap between SketchUp and SimLab Composer offering the best experience for the user.

One of the efficient features of this plug-in is that we can easily import and export 3D files from almost all known design programs.

The latest version of SimLab Composer has no problem working with SketchUp 2020 version. We can import SketchUp models into SimLab Composer and can be used for various purposes like rendering models, and simulation to VR exclusive experiences.

Editions

SimLab Composer is Free for any education purposes for students to grow careers in designing or architecture and can also b used by the teacher to briefly demonstrate the related topics. During the first installation, the extension will automatically activate the 21 -day free trial, getting all its exclusive features.

At first-time installation, up to 30 times import is also provided as a part of the free trial version, after that, you have to get a licensed paid version to continue. Subscriptions are available in the following 5 versions, they are as follows:-

The Lite Edition

This type of edition provides a free rendering solution. It is basically used by amateurs, beginners, and professionals for providing top-quality rendered files. It is capable of only creating scene building and rendering.

The Pro Edition

The Pro Edition of SimLab Composer is a great tool for not only covering importing/ exporting files but also features great assistance in designing various models and creations of your own. It also comes with the facility of lighting, animations or graphics, and several other visualizations enhanced results. It is designed to cover the features in previous output and launched with some additional features like printing 3D Pdf, texture and lighting customization, and cloud sharing too is added.

The VR Edition

The VR edition is basically used o turn any project or model into a viewable VR scene on various devices like HTC, VIVE, Oculus Rift, Desktop, or mobile devices. It also supports VR creation, VR training modules, and VR 360 degree rendering ability.

The Mechanical

The mechanical edition is basically used to produce high-end visualizations and to run dynamic analyses. It is also used by professionals to manufacture high-end designs. It has the ability to support CADVRTER.

The Ultimate

The ultimate is basically not for any individual it is made intentionally for those companies who are looking for advanced solutions to improve the workability in this field. It can do everything a designer needs to, it also features automated coding and scripting facility, VR catalogs, and JT support.

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Other plug-ins, such as SketchPlus for SketchUp, can turn the programme into a professional design tool in addition to SketchUp. There is an extension library there that you may look over. You can accomplish practically anything with this plug-in. There are over 500 plug-ins available. Additionally, before selecting a SketchPlus offer, it is recommended that you read community evaluations.

Tag Removes from Edges & Faces

With the Un-tag tools in SketchUp, you can remove tags immediately. A single click enables recursive un-tagging of groups, components, faces, and edges. The Un-tag tool is available in SketchPlus in three versions: Un-tag All, Un-tag Groups and Components, and Un-tag Faces and Edges.

You can use these tools to remove tags within nested groups and components. You know how much time these tools save you if you’ve ever used the 3D Warehouse or CAD.

Materials

Use SketchPlus Un-paint tools to remove materials in your SketchUp model en masse. Use the Deep Paint Faces tool to paint faces across group boundaries and component boundaries.

There are three Un-paint tools in SketchPlus that work on all entities, groups, and components, or faces and edges. SketchUp models that have been imported from the 3D Warehouse or other external sources can benefit greatly from these tools.

Whenever you want to apply the material to a face, all you have to do is click the face instead of having to click into the containing object repeatedly. The material will be applied directly to the selected face and not to its containing group or component regardless of which face you click.

Swap Components

If you select SketchPlus and have a basic understanding of SketchUp, you can swap components. Toolbars can be found in the View menu of the SketchPlus Plug-in. By clicking the option, the component swap toolbar will appear.

You can take advantage of this benefit if you expect to use specific standard components repeatedly in future projects. Thus, there is less chance of making a mistake on upcoming projects requiring the same components. You can finish a sketch that normally takes you several hours in less than an hour if you have SketchPlus.

Change the Axis Location with Change Axes

Using this tip will make drawing much easier for those who have trouble locking or snapping lines. You can send lines to axes in multiple directions using your left, right, up, and down arrow keys. There are blue keys for up and down, red keys for right, and green keys for left.

Wrapping it Up

One of the most popular digital design tools, SketchUp’s popularity shouldn’t come as a surprise. Developers have a continuous task of developing plug-ins to enhance the functionality of the software. In the plug-in community, there are many small and large developers.

To learn more, watch the following video tutorial. CLICK HERE

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This newest SketchUp plugin is compatible with SketchUp 2013/2014/2015/2016/2017 FREE, MAKE, PRO, and 2018 PRO.

The plugin conducts the Quantity Takeoff (QTO) = Bill of Materials (BOM) in US or Bill of Quantities (BOQ) in EU – All in a single mouse click and at any design phase.

It is possible to accomplish complicated calculations with formulas and generate as many reports as necessary with custom-made templates:

• Count of Groups, Components, DCs
• Length, Width/Depth and Height Calculation (any element – beams, columns, windows, doors etc.)
• Area Calculation (room/floor, cladding, roof tiles, intumescent paint, soft or hard landscape etc.)
• Weight Calculation based on volume or length (steel, stone etc.)
• Conversion of Volume (to bricks or blocks etc.)
• Windows schedule
• Doors schedule

BiMUp 5D facilitates the users to Enrich/Embed the Data behind any SketchUp 3D models with the inclusion of necessary component-specific information as follows:

• Manufacturer
• Links to your or Manufacturer website
• Product information
• Links to product information website
• Specification
• Links to product specification website
• Special requirements in relation to installation or maintenance
• Links to special requirements in relation to installation or maintenance website
• Contact details
• Location within building

It uniformly places two or more selected components.

BiMUp 5D will generate Adobe .PDF or MS Excel .CSV file with information related to 3D model.

The users can get this extension from extension warehouse extensions.sketchup.com

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