- Ran three different sensors on Platformio
- Grove Baromterer BME 280
- Grove Sunlight
- LightGestureColorProximity TMG39931
- Put all three sensors on one output, code and the physical setup
- the three sensors were in 'parallel', which was simply twisting wires for SDA, SCL, GND, VIN together.
- Note: SDA=White=A4, SCL=Yellow=A5, GND=Black, VIN=Red=5V, typically
- the three sensors were in 'parallel', which was simply twisting wires for SDA, SCL, GND, VIN together.
- When importing new libraries, check on platformio for pre-existing ones. If downloading, can have platformio unzip the whole library, and also specify a global path
- Use pyserial to get timestamps for when input is received from USB and eventually collect data into csv
- Read Lakitha's thesis proposal
- Central Node (Lakith's project) has 6 different components (with another Lightning/audio sensor coming from John)
- Ozone sensor
- LORA
- PC
- Power
- Light sensor
- Air sensor
- Objective is to create 10 of these Central Nodes
- Took down dimensions of the Ozone sensor's housing and the board on which the sensor is seated on
- Draw up the dimensions on FreeCAD
- Read up on the 3D printing documentations and produce the boards
- Follow up with Lakitha on setting up the circuit and completing the Ozone sensor (this step should have multiple sub-steps)
- Move on to the other sensors on the Central Node
- Finished up the 3D model, 20% printed board available at the end of the day
- Retrieved ozone sensor data into a csv file. Of course, complete code already written up on mints git.
- Set up Ozone sensor box with Lakitha tomorrow
- Review serial port reading code some more
- Upload the gcode file to mints3D