Kids table with chairs 08 by 3DRiversChat with us now. Live Chat Now 24/7 Currently sells 3573 products These kid's table with chair models are a part of Kids furniture collection. It will perfectly fit any child's room visualization. Geometry of the model is optimized. High exact and realistic proportions. The model materials and render adjustments of Vray can easily make a perfect visualisation. Vray & standart versions. You can find other items of this collection by using the following keyword — 3DR186Hope you enjoy using our models. We are open for questions and suggestions. < prev | next >1411Change to browse by: References & CitationsNASA ADS DBLP - CS Bibliography Bookmark (what is this?) Learning to Generate Chairs, Tables and Cars with Convolutional Networks (Submitted on 21 Nov 2014 (v1), last revised 3 Dec 2015 (this version, v3)) We train generative 'up-convolutional' neural networks which are able to
generate images of objects given object style, viewpoint, and color. the networks on rendered 3D models of chairs, tables, and cars. show that the networks do not merely learn all images by heart, but rather find a meaningful representation of 3D models allowing them to assess the similarity of different models, interpolate between given views to generate the missing ones, extrapolate views, and invent new objects not present in the training set by recombining training instances, or even two different object classes. Moreover, we show that such generative networks can be used to find correspondences between different objects from the dataset, outperforming existing approaches on this task.Neural and Evolutionary Computing (cs.NE)CV] for this version) From: Alexey Dosovitskiy [view email]Fri, 21 Nov 2014 16:01:04 GMT (9011kb,D)Mon, 5 Jan 2015 12:31:49 GMT (8191kb,D)Thu, 3 Dec 2015 09:49:23 GMT (9391kb,D) Which authors of this paper are endorsers? |
Disable MathJax (What is MathJax?) Two wooden chairs and a bar table. The seats are high as the bar stools. Image rendered with Blender 2.49 and Yafaray 0.1.1 I have deactivated the subdivision surfaces in the fbx file, you can use the modifier of your software to activate it 😉 We use Cookies in this site to deliver our services. By continuing to use the site, you agree to the use of cookies. more information ACCEPTThe cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.C< Blender 3D: Noob to Pro • Table of Contents "Model a Chair-The Feet" After studying the subject, we are ready to tackle modeling it. For this project we would use a cube. The cube already has several face loop we need and none of that we don't, so this primitive is a good starting point. Opening Blender, we are already supplied with the default cube which is handy.
If you don't have the default cube because you change the setting or remove it, simply add a new cube. Name this primitive something sensible like "Swan Chair" because it would become our chair later. Move the cube or adjust the background image until the cube is centered at our image. After doing that we proceed shaping our cube to create the basic form of our chair. Since we are modeling a symmetrical object, lets take advantage of it and use the mirror modifier. Cut the cube in the front exactly in half by using loop cut at center (Shift + RKey -> middle click, or Ctrl + RKey -> middle click on this editor's computer). For those with no middle buttons you could use subdivide. Select the vertical edges (go to edge select mode first, Ctrl + Tab -> 2) then use subdivide tool (WKey -> 1). Remove the left half by deleting the vertices. Then add a mirror modifier in the modifier stack. This is available at the edit buttons, select the modifiers tab the click the "Add Modifier" button and select "Mirror" from the selection.
Activate "do clipping" from the mirror modifier panel that appeared to prevent accidental movement of the central vertices. (Noob Note: If you follow these instructions, you'll have a gap between the mesh and its mirror. I fixed this by increasing the "Merge Limit" option in the Mirror modifier menu to .1.) Move the vertices so that it would follow the shape of the bottom of the chair image. Note that the reference images used does not match very well. This is because of perspective and camera angle distortion. In this case use the side image sice it shows less distortion. Use the front reference image as an eyeballing guide for the front side of the chair. An oblique reference as stated earlier in planning stages is helpful to guide you in this condition. Add an edgeloop using the loop cut tool (Shift+RKey) as shown in the image bellow. Move the newly created vertices to follow the references Its is good practice that while modeling you had to view your model at various views not only the standard front, side and top views.
Remember that you are modeling a 3d object. What looks good in this some views are not necessarily good in other views. This would result in complications like the familiar flat face look in face models. Moving your view around would help you prevent this. Shown bellow is the view of the model at an oblique view. Now extrude the back part of the model to form the back part of the chair. Adjust the newly formed vertices to follow your guide images as shown bellow. Its a good practice to see the model at various views while modeling here is how it look like now at an oblique view: Select the following faces. We are going to extrude it to form the sides for the chair. Extrude the faces and adjust newly formed vertices to conform with the guide images. And now the oblique view. The back still does not look good so add the following edge loop. Remember to rotate your view to see problem areas. Add this edge loop too. And keeping with our good practice.
Say, the form is finished. The loops are all in place and the form is easily identified as a rough model of the Swan chair. Now the basic form of the model is finished and with all important loops in place detailing this model is easy. Lets start by defining the back. Add these edge loops. Move the newly created vertices to fit the references. Be sure that the model looks right at various angles. The references images collected earlier will help. Adjust vertices if necessary. The sides need to be taken care of too so add these edge loops. This is how the model now looks like. Continue by adding these loops. Check that it looks good at other views too. Move vertices as necessary. Keep repeating this procedure. Add loops then adjust. Here is the loops that was added to the model. Tweaked after adding each. The outline of the chair needs rounding up. Add these loops and tweak so it looks like the one shown. This is now how the mode looks like.