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所在平台: Udemy |
课程主页: https://www.udemy.com/course/opensite-designer-ai-applied-to-terrain-design-aulageo/
课程评论：没有评论
课程名称：OpenSite Designer：人工智能在地形设计中的应用 - AulaGEO 课程概述： 本课程旨在提供OpenSite Designer的实操培训，重点是将人工智能（AI）应用于简化地形和场地布局设计。学习者将参与两个结构化练习，涵盖核心功能，从软件设置和项目导航到利用AI特性进行高级平整和优化。课程结束时，学生将获得创建地形模型、定义场地布局的实用经验，并能高效利用AI工具优化设计过程。 您将学习： - 设置OpenSite Designer和项目文件以实现高效工作流程 - 在软件中导航和管理2D和3D视图 - 使用地理坐标系统（GCS）进行准确的地形建模 - 设计场地布局，包括定义边界、建筑轮廓和停车区 - 创建和优化连接，如车道和出入口 - 应用高级平整技术以实现精确的地形调整 - 使用AI驱动的工具审查和优化场地设计，提高生产力和准确性 课程结构和内容： 第一部分：地形模型和场地基础 在此练习中，学生将学习如何设置软件环境，建立项目的GCS，导航2D和3D视图。重点是创建和完善地形模型，设置场地边界，定义建筑轮廓，并布局主要场地特征。关键步骤包括： - 开始和导航 - 地理坐标系统（GCS）设置 - 地形模型创建和编辑 - 场地边界定义 - 建筑轮廓布局 - 添加主要车道和停车场 第二部分：利用AI增强和完善场地设计 此高级练习介绍了OpenSite Designer的AI驱动工具，用于高效的场地设计调整和平整。学生将进一步开发他们的场地，添加连接（如车道和人行道）、创建地块，并通过AI审查设计以确保准确性和可行性。关键步骤包括： - 车道和出入口设计 - 人行道和路径整合 - 地块定义和自定义 - 项目平整与高级技术 - 使用AI工具进行设计审查和优化 通过这些结构化练习，学习者将全面掌握OpenSite Designer的使用，从初步设置到AI驱动的设计改进，为其在实际项目中的应用做好准备。 适合对象： - 希望提高地形设计技能的土木工程师、建筑师和土地开发商 - 对AI在场地设计和布局应用感兴趣的专业人士和学生 - 希望深化对OpenSite Designer在地形建模和场地规划知识的人士
Course Objective: This course provides hands-on training in OpenSite Designer, with a focus on applying artificial intelligence (AI) to streamline terrain and site layout design. Learners will engage in two structured exercises that cover core functionalities, from setup and project navigation to advanced grading and optimization using AI features. By the end of this course, students will have practical experience creating terrain models, defining site layouts, and using AI tools to optimize design processes efficiently. #AulaGEOWhat You Will Learn:Setting up OpenSite Designer and project files for efficient workflowNavigating and managing 2D and 3D views in the softwareWorking with the Geographic Coordinate System (GCS) for accurate terrain modelingDesigning site layouts, including defining boundaries, building footprints, and parking areasCreating and optimizing connections, such as driveways and access pointsApplying advanced grading techniques to achieve precise terrain adjustmentsUsing AI-driven tools to review and optimize site designs, enhancing productivity and accuracyCourse Structure and Content:Part 1: Terrain Model and Site BasicsIn this exercise, students will learn how to set up the software environment, establish the project's GCS, and navigate 2D and 3D views. The focus is on creating and refining a terrain model, setting site boundaries, defining building footprints, and laying out primary site features. Key steps include:Getting Started and NavigationGeographic Coordinate System (GCS) SetupTerrain Model Creation and EditingSite Boundary DefinitionBuilding Footprint LayoutAdding Main Driveways and Parking LotsPart 2: Enhancing and Finalizing Site Design with AIThis advanced exercise introduces OpenSite Designer's AI-powered tools for efficient site design adjustments and grading. Students will further develop their site by adding connections, such as driveways and sidewalks, creating parcels, and reviewing the design with AI to ensure accuracy and feasibility. Key steps include:Driveway and Access Connection DesignSidewalks and Pathways IntegrationParcel Definition and CustomizationProject Grading with Advanced TechniquesSite Review and Optimization with AI ToolsBy following these structured exercises, learners will gain comprehensive knowledge of OpenSite Designer, from initial setup to AI-driven design improvements, preparing them to apply their skills to real-world projects effectively.Course Content: #AulaGEOExercise OverviewGetting Started and NavigationGeographic Coordinate System (GCS) SetupTerrain Model CreationFile Setup and Site Layout2D and 3D View ManagementSite Boundary and Building Footprint DefinitionPrimary Driveways and Parking LayoutAdvanced Grading TechniquesDriveway, Path, and Sidewalk ConnectionsParcel Creation and CustomizationAI-Powered Site Review and OptimizationWho This Course Is For:Civil engineers, architects, and land developers looking to improve their terrain design skills.Professionals and students interested in AI applications in site design and layout.Anyone wanting to enhance their knowledge of OpenSite Designer for terrain modeling and site planning.
