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+====== Inspect3D Tutorials Overview ======
+Get more comfortable with all that Inspect3D has to offer by working through the following tutorials.
+==== Contents ====
+  * [[#Tutorial_Data_Files|1 Tutorial Data Files]]
+  * [[#Getting_Started|2 Getting Started]]
+  * [[#Principal_Component_Analysis|3 Principal Component Analysis]]
+  * [[#Public_Data_Sets|4 Public Data Sets]]
+==== Tutorial Data Files ====
+Inspect3D's tutorials use real data sets wherever possible in order to demonstrate realistic scenarios and avoid overly simplistic examples. Download links to the tutorial datasets can be found [[Other:Inspect3D:Tutorials:Tutorial_Files|here]].
+==== Getting Started ====
+Working through these four tutorials will provide you with an overview of how Inspect3D lets you analyse your motion capture data sets from start to finish.
+  * **Tutorial 1: [[Other:Inspect3D:Tutorials:Load_and_View_Data|Load signals into Inspect3D and view them]]**
+  * **Tutorial 2: [[Other:Inspect3D:Tutorials:Clean_your_Data|Clean your data]]**
+  * **Tutorial 3: [[Other:Inspect3D:Tutorials:Perform_Principal_Component_Analysis|Perform Principal Component Analysis]]**
+  * **Tutorial 4: [[Other:Inspect3D:Tutorials:Export_Results|Export your results]]**
+==== Principal Component Analysis ====
+[[Sift:Principal_Component_Analysis:Principal_Component_Analysis|PCA]] is a key analytical feature in Inspect3D, allowing you to represent complex biomechanicals waveforms in low-dimensional spaces while maintaining most of the waveforms' information. These tutorials will provide you with an overview of how to perform PCA in Inspect3D and of your options for follow-on analysis.
+  * **[[Other:Inspect3D:Tutorials:Perform_Principal_Component_Analysis|Perform Principal Component Analysis]]**: This tutorial provides an overview of performing PCA. This tutorial is the same as the PCA tutorial in the "Getting Started" section.
+  * **[[Other:Inspect3D:Tutorials:Run_K-Means|Run K-Means]]**: This tutorial shows how you can use the k-means algorithms to cluster the results of PCA analysis.
+==== Public Data Sets ====
+Exploring publicly available data with Inspect3D is a great way to understand the original paper, learn about Inspect3D's features, and get ideas for your own work.
+  * **[[Other:Inspect3D:Tutorials:Visualizing_Healthy_Human_Walking|Healthy Human Walking]]**: This tutorial shows how you can use Visual3D and Inspect3D to clean datasets and create publication-ready figures.
+  * **[[Other:Inspect3D:Tutorials:Treadmill_Walking_In_Healthy_Individuals|Treadmill Walking In Healthy Individuals]]**: This tutorial shows how you can use Visual3D and Inspect3D to automate the processing of large-scale data sets.
+  * **[[Other:Inspect3D:Tutorials:Build_CMZs|OpenBiomechanics Project: Build CMZs Files]]**: This tutorial shows how you can combine .c3d files and metadata into CMZ files for analysis in Inspect3D.
+  * **[[Other:Inspect3D:Tutorials:Metadata|OpenBiomechanics Project: Refine Queries with Metadata]]**: A discussion of how metadata can be used to help you refine queries.
+  * **[[Other:Inspect3D:Tutorials:Analysis_of_Baseball_Hitters|Analysis of Baseball Hitters at Different Levels of Competition]]**: This tutorial shows how you can use Inspect3D to automate the processing of large-scale data sets, and how metadata can be used to help you refine queries.