Nguồn ngoài

LibreTexts Construction Guide 3e

Open Education Social Sciences

Nhà xuất bản: LibreTexts
Nguồn: LibreTexts
Giấy phép: CC BY-SA
Ngôn ngữ: EN
Danh mục: Khoa học cơ bản

Đọc trực tuyến Tải PDF (nguồn mở)

Mục lục· 158 mục

01: Intro to the LibreVerse Launchpad
1.01: Academy Online
1.02: ADAPT
1.03: Commons
1.04: Conductor
1.05: Connections
1.06: Forge
1.07: Jupyter
1.08: Store
1.09: Studio
1.10: Support Center
1.11: Libraries
02: Commons (Find OER Books Resources and Assets)
2.01: Navigating the Commons Landscape Getting Started
2.02: The Blue Bar Catalog Collections and Homework
2.03: Catalog Discover OER
2.3.01: LibreTexts Bookshelves Map
2.3.02: Assets
2.3.03: Mini-Repos
2.3.04: Projects
2.04: Collections
2.05: Homework
03: Conductor (Project Management)
3.01: Conductor Home
3.02: Project
3.03: Rainbow Bar
3.3.01: Edit Properties
3.3.02: Manage Team
3.3.03: AI Co-Author
3.3.04: Timeline
3.3.05: Peer Review
3.3.06: Accessibility Review
3.3.07: More Tools
3.04: Project Properties and Links
3.05: Discussion
3.06: Assets
3.07: Tasks
3.08: Support Center
3.09: Co-Author Tools
3.9.01: Glossary Manager (New)
3.9.02: License Restacker (New)
3.9.03: Shapeshift (New)
04: Conductor for Admins (Advanced Project Management)
4.01: Control Panel
4.02: Project Page for Administrators
05: A Framework for Designing Online Texts
5.01: What is the framework for design
5.02: Content on LibreTexts
5.03: Architecture and Pedagogy in Relation to LibreTexts
5.04: Multimedia
5.05: Scaffolding the Libretext
5.06: Bibliography
06: Preliminary Book Design
6.01: Definitions Books Remixes and TextMaps
6.02: Building Remixing Maps
07: Introduction to Publishing
7.01: Publishing Your LibreTexts OER
08: Remixing
8.01: How to Make a LibreTexts Remix (Legacy Remixer)
8.02: How to Make a LibreTexts Remix (New Remixer v3)
8.03: Copy-Transcluded and Copy-Forked Remixes
09: Basic Editing
9.01: Watching Rating and Providing Feedback for a Page
9.02: Image Resources
9.03: Editing a Page
9.04: Adding Images and Figures
9.05: Adding Videos (YouTube)
9.06: Adding Tables
9.07: Hyperlinking
9.08: Adding Predefined Template Code (e.g. Boxes)
9.09: Accessibility Checking
9.10: Page Titles
9.11: Adding Automatic Organizations
10: Advanced Editing
10.01: Transcluding (Reusing) a Page
10.02: Forking a Transcluded (Reused) Page
10.03: Adding and Editing Equations
10.3.01: Equation Formatting Conventions
10.04: Adding Alt-Texts
10.05: Compiling Batching and the Download Center
10.06: Accessibility Checker in the Editor
11: Page Settings
11.01: Page Settings
11.02: Article Type
11.03: Adding Summary
11.04: Thumbnails
11.05: Adding Authorbars (Meta-Tags)
11.06: Selecting Copyright for Page (Meta-Tags)
11.07: Tags
12: Styles Standards and Typesetting
12.01: Color Codes and Contrasts
12.02: FAQ
12.03: Open Endpoints
12.04: Textbook Completing Checklist
13: Contributing Harvesting and Curating Content
13.01: Harvesting Workflows
13.02: A Harvesting Checklist
13.03: More Advanced Typesetting Standards
13.04: Contributing Existing Content (FAQ)
13.05: Dynamic Indexes
13.06: Auto-Population of Page Key Terms (meta-tags)
13.07: Publishing Protocol
13.08: Importing Questions
14: Interactive Elements
14.01: Interactive Figures
14.02: Jupyter Notebooks (Executable Programming Code and Figures)
14.2.01: How to Incorporate Data Files in Your Code Blocks- For C
14.2.02: How to Incorporate Data Files in Your Code Blocks- For Julia
14.2.03: How to Incorporate Data Files in Your Code Blocks- For Octave
14.2.04: How to Incorporate Data Files in Your Code Blocks- For Python
14.2.05: How to Incorporate Data Files in Your Code Blocks- For R
14.2.06: How to Incorporate Data Files in Your Code Blocks- For SageMath
14.2.07: Installing custom packages
14.2.7.01: Documentation of Supported Kernels
14.2.08: Using ipywidgets for Interactivity
14.2.8.01: Enabling and Using Interactive Matplotlib Features
14.2.8.02: Using ipyleaflet for Interactive Mapping
14.2.8.03: Using ipyvolume for 3D plotting
14.2.8.04: Using nglview to view molecular structures and trajectories
14.2.8.05: Using pythreejs to generate and view three-dimensional models
14.2.8.06: Using bqplot to make interactive plots
14.2.8.07: Using IPyCytoscape to visualize graphs
14.2.09: Jupyter example
14.03: Interactive Molecules and Proteins Direct Embedding
14.04: Interactive Molecule and Protein Molecule Generator
14.05: Interactive Molecule and Protein Reference Options
14.06: Adding H5P (formative) Activities
14.07: H5P
14.08: Creating Dynamic Figures with CalcPlot3D
14.09: Adding Geogebra Explorations to LibreTexts Pages
15: ADAPT Homework System
15.01: ADAPT Account Types
15.02: Creating and Importing Existing Courses (Course View)
15.03: Adding New Assignments
15.04: Adding New Assessments
15.05: Assignment Control Panel
15.06: Grading Open-Ended Assessments
15.07: Embedding Summative ADAPT Assessments into Textbook
15.08: Interfacing ADAPT to LMS via LTI
16: DiscussIT Peer Interactions in ADAPT
16.01: Introduction to DiscussIT
16.02: Breakdown of a DiscussIt question (Student view)
16.03: DiscussIT Comments
16.04: Automatic Captions and Transcripts
16.05: Creating DiscussIT Questions
17: Forge
18: Jupyter
18.01: Introduction
18.02: Python Binder Examples
18.2.01: Python Examples
18.2.02: Introduction to Digital Signal Processing
19: Dissemination and OER Advocacy
19.01: Importing LibreTexts into a LMS
19.02: How to Publish to Lulu xPress
19.03: Everything PDF
19.04: Training Opportunities and the Academy
19.05: LibreNet
20: Stored Materials