**GLUBscope: Orthogonal - view Microscope**
This page describes the resources to implement the orthogonal - view (nicknamed GLUBscope).
![GLUBscope][1]
The system enables viewing of a freely moving whole organisms from two orthogonal planes.
GLUBscope was designed to enable investigate the biomechanics and hydrodynamics of freely-moving organisms.
In particular our research group ([Siavash's lab][2]) seeks to use the system to study hydrodynamics of *Hydra* and marine larvae (sand dollars).
Resources in the repository includes:
1. 3D files for printing components (please use version 2)
2. Bill of materials
3. Application source codes (please see Note-1)
4. Instructions to create config files
5. A 3D rendering of complete assembly and .avi video
6. Sample images and videos produces via the system (to be posted)
The GLUBscope project builds on the [SPIM-Flow][4] project.
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**GLUBscope - concept**
Many aquatic organism (like the beautiful illustration below (by our own talented Prof. Suh) have complex and 3D morphologies. Some of these morphologies are not even symmetric. So it is valuable to be able to see them from multiple perspectives (specially when investigating biomechanics or hydrodynamics).
We hope that the orthogonal-view option helps us see the cool behaviors that these organisms demonstrate
![enter image description here][3]
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* Note-1: Applications frame to graph and segments calculations for both Python and Matlab. These applications use results form DeepLabCut analysis.
[1]: https://files.osf.io/v1/resources/9mw7d/providers/osfstorage/64b85b15f296910389f07670?mode=render
[2]: https://www.svahrarlab.com
[3]: https://files.osf.io/v1/resources/9mw7d/providers/osfstorage/64c013cfbfc49b0923312578?mode=render
[4]: https://www.mdpi.com/2079-7737/12/1/116
