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🏠 Domov · ⬅️ Nahor

PRJ002 — Presentation

01. Project overview - project overview .
02. Business layer - motivation and requirements.
03. System Layer - component diagram, use case diagram, activity diagram.
04. Technical documentation - circuit and 3D models.

Folder structure​

Folder contains 1 folder with images and 5 files besides READMEs:​

  1. waterplant.qea - EA file with diagrams for the project.
  2. Custom_watering_bell.scad - 3D model for the watering bell that can be used as an endpiece for the watering tube.
  3. Holder.scad - 3D model for the watering bell holder.
  4. draft.png - graphical draft of the solution.
  5. Circuit.png - schema of the solution. Link on Tinkercad: https://www.tinkercad.com/things/3cc6KGKm7qY-copy-of-shiny-duup-bombul?sharecode=EdoSCYPRnXqAW7ilkaymZm1k1slbnQYI9jjtr23gSAU. Circuit

Code for the circuit​

moisture = 0
water = 0
unnamed = 0
pins.analog_set_pitch_pin(AnalogPin.P5)

def on_forever():
  global water
  global moisture
  water = Math.map(pins.analog_read_pin(AnalogPin.P2), 0, 813, 0, 100)
  moisture = Math.map(pins.analog_read_pin(AnalogPin.P1), 0, 813, 0, 100)
  basic.show_number(moisture)
  while moisture < 50:
    basic.show_number(moisture)
    if water > 90:
      pins.digital_write_pin(DigitalPin.P0, 1)
      basic.pause(20000)
      pins.digital_write_pin(DigitalPin.P0, 0)
      basic.pause(300000)
    else:
      basic.show_icon(IconNames.No)
      pins.analog_pitch(440, 200)
      basic.pause(10000)
    water = Math.map(pins.analog_read_pin(AnalogPin.P2), 0, 813, 0, 100)
    moisture = Math.map(pins.analog_read_pin(AnalogPin.P1), 0, 813, 0, 100)
  pins.digital_write_pin(DigitalPin.P0, 0)
  basic.pause(21600000)
basic.forever(on_forever)