Learn Open Cascade for Custom 3D App Development

Learn Open Cascade for Custom 3D App Development, available at $64.99, has an average rating of 2.85, with 43 lectures, based on 48 reviews, and has 222 subscribers.

You will learn about Learn basics of Open Cascade 3D kernel based on OpenGL Learn how to create 2D/3D geometric entities in OCC. Learn how to create topological entities like vertex, edge, wire , face and solid Create program for 3D operations like extrude, revolve, shell, sweep etc. Use Visualization module to display 3D objects Learn to setup MFC project for GUI development Create your own 3D modeling application. This course is ideal for individuals who are This course is intended for developers who want to learn Open Cascade kernel for 3D modeling and develop customized 3D applications in Windows. It is particularly useful for This course is intended for developers who want to learn Open Cascade kernel for 3D modeling and develop customized 3D applications in Windows.

Enroll now: Learn Open Cascade for Custom 3D App Development

Summary

Title: Learn Open Cascade for Custom 3D App Development

Price: $64.99

Average Rating: 2.85

Number of Lectures: 43

Number of Published Lectures: 43

Number of Curriculum Items: 43

Number of Published Curriculum Objects: 43

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Learn basics of Open Cascade 3D kernel based on OpenGL

Learn how to create 2D/3D geometric entities in OCC.

Learn how to create topological entities like vertex, edge, wire , face and solid

Create program for 3D operations like extrude, revolve, shell, sweep etc.

Use Visualization module to display 3D objects

Learn to setup MFC project for GUI development

Create your own 3D modeling application.

Who Should Attend

This course is intended for developers who want to learn Open Cascade kernel for 3D modeling and develop customized 3D applications in Windows.

Target Audiences

This course is intended for developers who want to learn Open Cascade kernel for 3D modeling and develop customized 3D applications in Windows.

This course is aimed at teaching Open Cascade which is an open source 3D graphics programming platform used for creating customized design applications.

Open CASCADE Technology (OCCT) is an object-oriented C++ class library built on top of OpenGL graphics library and designed for rapid production of domain-specific CAD/CAM/CAE applications.

With this course , students will learn how to create 2D/3D geometry and topology shapes using Open Cascade.

The course is divided in 7 modules and covers all the C++ classes and modules in Open Cascade which are required to implement the 3D environment and create 3D models.

In module 2 , we will learn the architecture of open cascade and understand its various modules.

In module 3 , we will learn visualization module to implement a 3d viewer in the application.

In module 4 , we will learn how to create 2D/3D geometry and 3D topology shapes using modeling algorithms in Open Cascade. We will cover basic 3D model building commands like extrude , sweep , loft etc.

In module 5 , we will learn how to display 3D topology objects in the viewer window and create custom interactive objects.

In module 6 , we will learn data management framework of open cascade and create parametric models and manage 3D topology data.

In module 7 , we will learn how to import and export 3D models.

Also , students can download source code files of additional projects developed in open cascade from

our website page Open Cascade Projects (ingentacal com/ingcocc)

Course Curriculum

Chapter 1: Introduction

Lecture 1: Whats in the course

Lecture 2: 3D Graphics with OpenGL

Chapter 2: Open Cascade : Framework (OCC)

Lecture 1: OCC Architecture

Lecture 2: OCC Foundation Classes-I

Lecture 3: OCC Foundation Classes-II

Chapter 3: Open Cascade : Visualization-I

Lecture 1: AIS Framework

Lecture 2: Basics of 3D Viewer

Lecture 3: Create Viewer – I

Lecture 4: Create Viewer – II

Chapter 4: Open Cascade : Modeling

Lecture 1: 2D Geometric Modeling

Lecture 2: 3D Geometric Modeling

Lecture 3: Topological Data structure

Lecture 4: 3D Modeling-I (Standard Topology)

Lecture 5: 3D Modeling-II (Extrude/Revolve)

Lecture 6: 3D Modeling-III (Sweep/Loft)

Lecture 7: 3D Modeling-IV Fillets / Chamfers

Lecture 8: 3D Modeling-V Transformations

Lecture 9: 3D Modeling-VI Boolean Operations

Lecture 10: 3D Modeling-VII Surface Modelling – I

Lecture 11: 3D Modeling-VIII Surface Modelling – II

Lecture 12: 3D Modeling-IX Sewing

Lecture 13: 3D Model Properties

Lecture 14: 3D Model Bounding Boxes

Chapter 5: Open Cascade : Visualization-II

Lecture 1: Display 3D Objects – I

Lecture 2: Display 3D Objects – II

Lecture 3: Selecting 3D Objects – I

Lecture 4: Selecting 3D Objects – II

Lecture 5: AIS Datum Objects

Lecture 6: Display Dimensions

Lecture 7: Graphic Structures

Lecture 8: Clipping 3D Objects

Lecture 9: Create custom interactive object – I

Lecture 10: Create custom interactive object – II

Chapter 6: Open Cascade : Document Framework

Lecture 1: Application Framework

Lecture 2: Document Structure

Lecture 3: Document Attributes

Lecture 4: 3D Topology Attributes

Lecture 5: Visualization Attributes

Lecture 6: Function Mechanism

Lecture 7: OCC Document Template in MFC

Lecture 8: Parametric Modeling – I

Lecture 9: Parametric Modeling – II

Chapter 7: Open Cascade : Data Exchange

Lecture 1: Import Step/IGES

Instructors

IngentaCal Engineering Solutions
Ingentacal Engineering Solutions

Rating Distribution

1 stars: 4 votes

2 stars: 7 votes

3 stars: 6 votes

4 stars: 10 votes

5 stars: 21 votes

Frequently Asked Questions

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