Files, with name & number of units: [3D parts.zip](https://github.com/DewiBrunet/Tropism/files/10049850/3D.parts.zip) Recommended print settings : PLA, Infill 20%, 0.2mm layer quality, 3 perimeter to solidify the shell, with support ### Linear actuator Based on the linear actuator created by Dewi Brunet and DEFROST lab of INRIA (https://www.thingiverse.com/thing:3984711) Print : 1 linear_actuator_axis, 2 linear_actuator_arms, 2 linear_actuator_attachment (+/- 3h, 20g PLA) & assemble as shown : <img align="middle" img src="https://user-images.githubusercontent.com/25649502/202906991-7f66c645-9a54-463c-a68a-af90bd893f56.png" alt="alt text" width="380" height="200"> <img align="middle" img src="https://user-images.githubusercontent.com/25649502/202907425-848281ca-1b50-4922-b28f-35a5abdd15bb.jpg" alt="alt text" width="700" height="500"> ### Pentagon actuator <img align="right" img src="https://user-images.githubusercontent.com/25649502/202908915-527c25e9-e637-46b3-ae1d-a52eacf510f3.png" alt="alt text" width="280" height="210"> Inspired by [Blossoming lamp](https://www.thingiverse.com/thing:618490) Print : 1 mount_arduino, 1 opening_platform, 5 opening_lever, 5 opening_intern, 5 opening_fix (+ optionnal : 1 opening_bends) (+/-9h, 65g PLA) <img align="middle" img src="https://user-images.githubusercontent.com/25649502/202908408-59e33005-b641-4fc1-8f6f-381d08d1a396.png" alt="alt text" width="380" height="200"> Attach the linear_actuator_attachment to the opening_bottom with a bolt M3x25 and three M3 nuts. Use some threadlocker glue to secure the head of the bold on the yellow part. Screw a nut on the bolt. Then screw the green part on the bold while securing the nuts with your finger. Hot-glue the LED on the center. Attach 6 wooden pike to brake at around 10 cm (depending on the length of the interior of your folding) to the opening_bends or opening_lever Finish assembling the linear actuator, see part Box for next part