| 45º Mirror | | | |
| 2 aluminum extrusion (2 x 2 cm), 16 cm height, 1 on each side | Misumi | | |
| 2 aluminum extrusion (2 x 2 cm), 23 cm, @ 45° , 1 on each side | Misumi | | |
| 1 aluminum extrusion (2 x 2 cm), 83 cm long | Misumi | | |
| 87 x 23 cm mirror | General glass supplier | | |
| black cardboard filler | General stationery supplier | | We used 2, one with 69 x 6 cm and another with 69 x 3cm to limit the reflection on the mirror |
| Background backlight | | | |
| 109 x 23 cm plexiglass (0.9525 cm thick) | General hardware supplier | | |
| 2 lateral aluminum extrusion (4 x 4 cm), 20 cm long, 1 on each side | Misumi | | |
| multicolor LED strip | General hardware supplier | | |
| white opaque paper to cover the plexyglass | General stationery supplier | | |
| fTIR Support base and posts | | | |
| 2 aluminum extrusion (4 x 4 cm), 100 cm height | Misumi | | |
| 60 x 30 cm metric breadboard | Edmund Optics | #54-641 | |
| M6 12 mm screws | Edmund Optics | | |
| M6 hex nuts and wahers | Edmund Optics | | |
| fTIR Walkway | | | |
| 109 x 8.5 cm plexyglass (1.2 cm thick) | General hardware supplier | | 109 x 8.5 cm plexyglass (1.2 cm thick) |
| 109 cm long Base-U-channel aluminum with 1.6 cm height x 1.9 cm depth thick folds (to hold the plexyglass) | General hardware supplier | | |
| 2 lateral aluminum extrusion (4 x 4 cm) 20 cm length, 1 on each side | Misumi | | |
| black cardboard filler | General stationery supplier | | we used 2 fillers on each side to cover the limits of the plexyglass, avoiding bright edges |
| M6 12 mm screws | Edmund Optics | | |
| High speed camera (on a tripod) | | | |
| Blackfly S USB3 | FLIR | #BFS-U3-32S4M-C | This is a reccomendation. The requirement is to record at least 100 frames per second |
| Infinite Horizon Impactor | | | |
| Infinite Horizon Impactor | Precision Systems and Instrumentation, LLC. | #0400 | |
| Lens | | | |
| Nikon AF Zoom-Nikkor 24-85mm | Nikon | #1929 | This lens is reccomended, however other lens can be used. Make sure it contains a large aperture (i.e., smaller F-stop values), to capture fTIR signals |
| Software | | | |
| MATLAB R2022b | MathWorks | | |
| Python 3.9.13 | Python Software Foundation | | |
| Anaconda Navigator 2.1.4 | Anaconda, Inc. | | |
| Spyder 5.1.5 | Spyder Project Contributors | | |
| Walkway wall | | | |
| 2 large rectagular acrilics with 100 x 15 cm | Any bricolage convenience store | | |
| 2 Trapezian acrilic laterals with 6-10 length x 15 cm height | Any bricolage convenience store | | |
| GitHub Materials | | | |
| Folder name | URL | | |
| Boxplots | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Boxplots | | Script to create Boxplots |
| Docs | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Docs | | Additional documents |
| Heatmap | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Heatmaps | | Script to create heatmap |
| Matlat script | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Matlab%20Script | | MouseWalker matlab script |
| PCA | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/PCA%20plots | | Script to perform Principal Component Analysis |
| Raw data Plots | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Rawdata%20Plots | | Script to create Raw data plots |
| Residual Analysis | https://github.com/NeurogeneLocomotion/MouseWalker/tree/main/Residual_Analysis | | Code to compute residuals from Raw data |