CGTrader - 3D Model Marketplace Sign inDescriptionfolded man shirt 3D modelThis is a high poly folded shirt with 4 texture and shader, 4 type of shaded buttons, with light and camera beigebluebuttoncharacterclothclothingcollarcottonhumanmanrealisticshirtvioletwearShopping cartYour shopping cart is empty. Email or usernamePassword Remember MeUsernameEmailPasswordBy registering you confirm, that you accept our Terms of Use, Content and Privacy Policy.Learning to model terrain in SketchUp Nomeradona teaches how the UV mapping works in Vray SketchUp Making Grass using Sketchup FUR Plugin Vray tutorial Exterior Night Scene Tips and Tricks on how to speed up rendering for 3d models by Jonathan Pagaduan Ignas The Making of the bedroom with Sketchup Water Color Style with Sketchup Kitchen rendering with Sketchup, 3dsMax+Vray & Photoshop The making of 3 storey house exterior Black and White Living Room Tutorial by Riocee Adona Tutorial: Making the Smart Tree Smarter

The New SketchUp 2014 - Its Tools and Features SketchUp - Look Back in 2013 Top 10 Apps for Architects Enhance your design skill with Sketchup and Photoshop Sketchup Attribute can help a Sketchup user to work more efficiently Brief overview of SketchUp Drawing & Design Tools How to make a Roof in Google Sketchup SketchUp Plug-in for 4D scheduling How to model a folded tshirt Nomer Adona is an art teacher at Saigon South International School for international Baccalaureate Visual Arts and Advanced Placement Art. Through his  blog SketchUp and Vray Resources , he shares to the community different resources that we know and have: Vismats, Visopts, SketchUp models and components with Vray settings ready to be imported to a new scene, textures, hdri, written and video tutorials, links, ies data and others. Modeling clothing in SketchUp is not difficult at all. Here is a simple quick workflow on how to do it quickly. One of the best thing in SkechUp is the ability to project the image.

Step 1: Importing reference image. Step 2: Tracing the outside boundary using line tool All you have to do is to use line tool and trace the boundary of the Tshirt, then pulling it with push pull tool. To add subdivision, simply copy the bounding edges (not the face) and paste it twice (see the image below) Step 4: Re-scale the top and bottom face. Rescale the top and bottom face. Hold the control key so that the scale anchor point will be in the middle. You can also use round corner "bevel face" by Fredo here. Step 5: Beveled Faces Step 6: Paint Projected image You can now paint the model using projected image option. This is important for tracing the other parts of the T-shirt. Step 7: Repositioning edges In the image below, I repositioned some of the lines to follow the contour of shirt. Step 8: Tracing the neckline Here I traced the neckline. Step 9: Push pulling some parts of the neckline After tracing the neckline and offsetting it, I used push pull tool to add depth and height.

Here you can see the different heights without the projected image. Step 10: Tracing the sleeve Trace the sleeve and push pull one more time. Step 11: Reposition again some of the lines Here is the Raw Model without smoothing. Generally you can even use this with projected image and soften edges. If your model is far from the camera, this is more than enough to fool the viewers eye.Water Filtration Upright Vacuum Cleaner For high poly models that you want to use even near the camera, we can further sub-smooth the models. Curtains 80 Inches WideAll we need to do it to select the model and subdivide it with 2 iterations.Gi Joe T Shirt Step 13: Further sculpting Once again using the sculpt tool script made by BTM.

Download it for free HERE Here is the finish model Hope this will encourage you to model and not keep on looking everywhere for models. Cross Posted from Nomer Adona’s SketchUp Vray ResourceChat with us now. Live Chat Now 24/7If you would like to download this file, then you will have to unlock it by clicking one of the options below. The brain goes from being smooth to wrinkled. The deep folds that give the adult human brain its wrinkled walnut appearance were nature's solution to fitting a large, powerful processor into a small skull. Key points:Scientists used MRI scans of smooth foetus brains to create 3D gel brain3D brain shows how brain develops folds from weak points in cortexFinding could be important for diagnosing and treating a range of brain disorders Like a piece of flat, square paper crumpled together to fit into a small, round hole, folding allows more neurons to be packed closer together, with shorter, faster connections between them.

While scientists have long understood why there are folds in the brain's outer layer, called the cerebral cortex or grey matter, the how has remained a mystery.Do the creases develop as a result of genetic, biological or chemical signals? Or are they caused by physical forces?Now, an international team of scientists has used a 3D printed brain to explore the folds, which can explained by physics.The discovery, published in the journal Nature Physics, may have important implications for understanding certain brain disorders.Folds in the cortex develop through buckling in weak spots which develop as the foetal brain grows, the scientists reported.The brains of human foetuses are smooth for about the first 20 weeks, when folding begins and continues until the child is about 18 months old.The surface area covered by the folded cortex is almost three times that of a smooth brain the size of our head, study co-author Professor Lakshminarayanan Mahadevan, from Harvard University in Massachusetts, said."

The number, size, shape and position of neuronal cells during brain growth all lead to the expansion of the grey matter, known as the cortex, relative to the underlying white matter," Professor Mahadevan said."This puts the cortex under compression, leading to a mechanical instability that causes it to crease locally."This simple evolutionary innovation … allows for the thin but expansive cortex to be packed into a small volume, and is the dominant cause behind brain folding." Professor Mahadevan and his team used MRI scans of smooth foetus brains to build a three-dimensional gel model. They coated the surface with a thin layer of elastomer gel to represent the cortex.To mimic brain growth, they immersed the gel brain in a solvent that was absorbed by the outer layer, causing it to swell relative to the deeper region.Within minutes, folds started to appear that were remarkably similar in size and shape to the real thing, showing that the same process happened even though the model did not contain any living tissue."

It looks like a real brain," Professor Mahadevan's colleague and fellow author Dr Jun Young Chung said.A few other animals — including chimpanzees, dolphins, elephants and pigs — also have brain folds, but the human brain is the wrinkliest of them all.The physical explanation for brain folds was first proposed by Harvard scientists 40 years ago.menting on the study, Associate Professor Ellen Kuhl of Stanford University said the findings could be an important breakthrough in diagnosing, treating and preventing a range of neurological disorders.Dr Kuhl said severe under- or over-folding could lead to seizures, motor dysfunction and developmental delay.Knowing whether to target mechanical or biological causes should go a long way to developing better treatment."Making these connections can help us identify topological markers for the early diagnosis of autism, schizophrenia or Alzheimer's disease, and, ultimately, design more effective treatment strategies," Dr Kuhl said. Want more science from across the ABC?