| import time | |
| import board | |
| import digitalio | |
| import storage | |
| import usb_hid | |
| from adafruit_hid.mouse import Mouse | |
| import usb_cdc | |
| #usb_hid.enable(devices=(usb_hid.MOUSE,)) ###AttributeError: 'module' object has no attribute 'MOUSE' |
| ### Thermal camera mono-source multiple platform: | |
| ### | |
| ### On a FeatherWing Keyboard: | |
| ### 'FeatherS2 with ESP32S2' | |
| ### 'Adafruit Feather RP2040 with rp2040' | |
| ### | |
| ### With build in screen: | |
| ### 'Adafruit CLUE nRF52840 Express with nRF52840' | |
| ### 'Adafruit Matrix Portal M4 with samd51j19' + 32x64 Matrix | |
| ### If a 64x64 matrix (or two time 32x64) then the following |
| ### MLX90640 + FeatherWing Keyboard bilinear upscalling and displayio pixel stretching | |
| ### Feather RP2040: Reach 4x bilinear x2 pixel doubling | |
| ### Feather S2: Reach x5 bilinear x2 pixel doubling | |
| ### Detect what Feather is in use and adapt | |
| # Input is 32x24 | |
| # Make use of ulab for fast math operation on matrix | |
| # Split ulab operations to minimise memory consumption by temporary variable | |
| #from bbq10keyboard import BBQ10Keyboard, STATE_PRESS, STATE_RELEASE, STATE_LONG_PRESS |
| from bbq10keyboard import BBQ10Keyboard, STATE_PRESS, STATE_RELEASE, STATE_LONG_PRESS | |
| from adafruit_stmpe610 import Adafruit_STMPE610_SPI | |
| import adafruit_ili9341 | |
| import adafruit_sdcard | |
| import digitalio | |
| import displayio | |
| import neopixel | |
| import storage | |
| import board | |
| import time |
| from bbq10keyboard import BBQ10Keyboard, STATE_PRESS, STATE_RELEASE, STATE_LONG_PRESS | |
| from adafruit_stmpe610 import Adafruit_STMPE610_SPI | |
| import adafruit_ili9341 | |
| import adafruit_sdcard | |
| import digitalio | |
| import displayio | |
| import neopixel | |
| import storage | |
| import board | |
| import time |
| ### mlx90640_scalex2_clue.py + 64 | |
| ### same as mlx90640_scalex2_clue.py but with 64 colours rather than 32 => need one optimisation on memory size. | |
| import time | |
| import board | |
| import busio | |
| import adafruit_mlx90640 | |
| import displayio | |
| import terminalio |
| # Double size upscaling of an array by @v923z | |
| import ulab | |
| n = 4 # input size, the thermal sensor is 8x8 | |
| b = ulab.array(range(n * n)).reshape((n, n)) # dummy data for testing | |
| a = ulab.zeros((2*n-1, 2*n-1)) # the upscaled image | |
| # Some magic by @v923z | |
| a[::2,::2] = b | |
| a[1::2,::2] = 0.5 * (b[:-1,:] + b[1:, :]) |
| #GPIO_P1 = 3V3 | |
| #GPIO_P2 = 5V | |
| GPIO_P3 = D2 | |
| #GPIO_P4 = 5V | |
| GPIO_P5 = D3 | |
| #GPIO_P6 = GND | |
| GPIO_P7 = D4 | |
| GPIO_P8 = D14 | |
| #GPIO_P9 = GND | |
| GPIO_P10 = D15 |
| # | |
| # Strongly inspired by https://learn.adafruit.com/i-vote-d-pin/code | |
| # Made by Collin Cunningham | |
| # With other fonts and basic code from the scd30 CO2 sensor. | |
| # | |
| import board | |
| import time | |
| from adafruit_debouncer import Debouncer | |
| import digitalio |
Feather selection
FeatherS2 => StemmaQT connector for the sensor and Wifi to upload the measurement to Adafruit.io Feather nRF52840 => StemmaQT connector for the sensor and BLE to broadcast the values Feather STM32 => StemmaQT connector and SD card reader Feather M4 => no StemmaQT connector, no SD card, would require an FeatherWing AirLift to upload the measurement to Adafruit.io
FeatherWing
Adalogger FeatherWing => Has RTC and microSD card reader