![]() ♺ceste instrumente vor ajuta să editați modele 3D folosind unele operațiuni de bază. Instrumente: linie, cerc, dreptunghi, arc, poligon, text, triunghiuri, box, sphere, aparat de fotografiat, regiune, extrude, revolve.Trage propriile suprafete de primitive 2D folosind extrude și revolve.♼rea modele folosind trei dimensiuni forme, cum ar fi linii, sfere, cutii și mai mult. Presetate: de sus, din față, dreapta, jos, înapoi, stânga, izometrică.Reglați punctul de vedere al unui desen 3D de panoramare, zoom și rotirea vedere.Vizualizați modele 3D folosind ortogonale și izometrice puncte de vedere prestabilite.♺ se vedea desenele din diferite puncte de vedere. Acesta vă permite să creați rapid 2D și modele 3D și este destinat pentru toată lumea, ca profesioniști, graficieni, arhitecti, ingineri, designeri, studenți și mai mult. The purpose of the tutorials given below is to give HYDRUS users hands-on experience with the 3D-Professional version of the HYDRUS software package.AutoQ3D CAD pentru Windows este un full 2D și 3D CAD aplicație care vă permite să creați, să editați și să partajați desene și modele. Several examples are provided to familiarize users with the new tools offered in this version. A majority of the tutorials deals with the main concepts and procedures of complex domain designs. You can either download videos or play tutorials directly in your browser. Notice that most tutorials are accompanied by a brief text, describing carried out procedure, and also commenting and explaining major steps. Note: This page contains tutorials for the 3D-Profession version of HYDRUS (Version 2). Tutorials for Version 1 of HYDRUS can be found elsewhere. Most of the tutorials for versio 1 are, with few exceptions, fully relevant for version 2 as well.īefore you start using the 3D-Professional version, please read the Notes_on_Spatial_and_Temporal_Discretization.pdf (1MB).Two-Dimensional Examples (from the HYDRUS Short Course).Three-Dimensional Example (from the HYDRUS Short Course).Introductory Tutorials and Examples Introduction to Building 3D-General Domains Tutorial 5.11 consists of a few video tutorials and serves as an introduction to more sophisticated modeling of 3D geometries of general shapes. Introduction to Building 3D-General Domains Note that this tutorial is related to the domain type “3D-General” and that simpler computational domains (i.e., 3D-Simple and 3D-Layered) are created differently – see Overview of Domain Types in HYDRUS. ![]() Three basic techniques for creating objects are illustrated here.Generation of unstructured 3D finite element mesh is also demonstrated.Including the use of local refinement and mesh-stretching.īased on the Tutorial 5.02 - A simple reservoir, that you can find below, we have developed an Introductory Example (Water Flow from an Infiltration Basin to a Nearby River), in which you will go through all the phases of preparing input (i.e., geometry design, FE-Mesh generation, and specifying initial and boundary conditions, and domain properties) for a HYDRUS project, running the computational module, and looking at the results. We have written a quite extensive text describing how to proceed during this example. Accompanying text for the tutorial Introductory_Example_Infiltration_Basin.pdf (2.5 MB).The HYDRUS project with properties defined on Geo Objects ( Reservoir_Geo.zip, 5.7 MB).The HYDRUS project with properties defined on FE Mesh ( Reservoir_FEM.zip, 5.4 MB)ĭefining domain properties and boundary conditions on geometric objects.Tutorial 5.06 - Defining properties on geometric objects Inputting properties on Geometric Objects is one of the key innovations in version 2. Users can specify various domain properties, and initial and boundary conditions, on Geometric Objects, rather than only on FE-Mesh, as previously available in version 1.x. This can be very useful especially in cases when we need to modify the domain geometry and do not want to lose already defined input data.
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