20198245

On the  21st of April we learned to build different shapes using several commands. Using pline command we drew the shape and extrude d it normally, perpendicularly to the plan. We drew an inclined line towards the plan and extrude d the shape choosing Direction . Then we drew a circle and an inclined curved line (command spline ) and extruded choosing Path . We can make extrusion -choosing taper angle. We built a cylinder by extruding a circle. It was solid. To make it empty inside, we made another cylinder by extruding a smaller circle, fitted it to the first cylinder and substracted .  And decreased the transparency of their layer. Another substraction between cylinders. We can fill the different polygons with the tool region   and use substraction command. After building the "construction" for the new surface, we used the command:  Edgesurf . We can Thicken it. To create a loft   we drew three diffe

On 14th of April we learned how to create different shapes using the tool Helix.    After creating the helix we built a box which entirely covered the helix. To give the thickness to the helix we can add circles (or any other forms) to the beginning or the ending of the helix and Extrude them.   After we fit the helix to the box again we can use tool Substract, to create a shape on the box.   We can create a helix which's top radius differs from the bottom one.   After creating a section shape and sticking it to the end of the helix, we can use the Extrude command and choose path to create a form that is similar to the Guggenheim Museum. Link for the DWG file:  https://drive.google.com/open?id=14TTTOrAzft_YulR0jmhD4tJZbcWSjxRb

On 31st of March  class we created  different polyhedrons. Each polyhedron has a matching geometrical figure. We tried to find matches for each shape and used several different tools. Dodecahedron Dodecahedron consists of 12 pentagons. So, at first we created pentagons. And using circles and lines we found their meeting point. Then, we 3Drotated them.  After one of them was rotated we used 3Darray.                                                                                                                                                                                                                                                When half of the dodecahedron was built we used 3Dmirror to accomplish it.    Icosahedron Icosahedron can be built inside the dodecahedron, using the centres of the pentagons. .   Octahedron Octahedron is built by 3Dmirror ing the pyramid with the square on the base. Octahedron can be matched with the cube . For this we can use

For the final delivery  of the first phase we had to create a building, art gallery from the painting. I have chosen one of the Abstractions of the 20th century Georgian artist David Kakabadze. Here I present two versions of the building. Second Version of the building Link for the DWG , PDF files and GIF: https://drive.google.com/open?id=1W-Bhn7qqhOMfGXnOkKvMqxfoLkg7XLGR