1, 2 ,3, Run to the Wall, Freeze

Introduction: 1, 2 ,3, Run to the Wall, Freeze

Lately, I've been playing with the 5MstickC, and ESP32 based controller already packed with a screen, WiFi, Bluetooth, Gyro, Accelerometer, IR blaster...

It is very easy to program using the block programming UI Flow software, but you also have the ability to program it with either microPython or Arduino IDE...

Anyway, in this example I have made the 123, run to the wall, freeze game adding a PIR sensor and a Piezo buzzer.

Supplies

5MStickC
PIR Sensor
Piezo Buzzer
PCB

Step 1: Making the PCB

The PCB is only so i could connect the buzzer and the PIR sensor easily.

The Speaker is connected to Pin 26,
The PIR sensor is connected to Pin 36, 5v and GND

Step 2: UI Flow Programming

This is how it looks in the UI Flow programming.

Step 3: Same But in MicroPython

from m5stack import *
from m5ui import *
from uiflow import *
from easyIO import *
import time
import hat
import hat
setScreenColor(0x111111)
hat_pir0 = hat.get(hat.PIR)
Gotya = M5Img(0, 0, "res/bucket.jpg", True)
img_frz = M5Img(0, 0, "res/frz.jpg", True)
label0 = M5TextBox(17, 40, "FREEZE", lcd.FONT_DejaVu24,0x000000, rotate=50)
Count = M5TextBox(20, 49, "1", lcd.FONT_DejaVu72,0xFFFFFF, rotate=0)
from numbers import Number
hlong = None
sPass = None
lPass = None
roundTime = None
found = None
startTime = None
def my_123fish():
  global hlong, sPass, lPass, roundTime, found, startTime
  Count.show()
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(lPass)
  Count.setText('1')
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(lPass)
  Count.setText('2')
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(sPass)
  toggleIO(26)
  wait_ms(lPass)
  Count.setText('3')
  toggleIO(26)
  wait_ms((lPass * 4))
  toggleIO(26)
  Count.hide()
def Beep(hlong):
  global sPass, lPass, roundTime, found, startTime
  toggleIO(26)
  wait_ms(hlong)
  toggleIO(26)
def buttonA_wasDoublePress():
  global hlong, sPass, lPass, roundTime, found, startTime
  axp.powerOff()
  pass
btnA.wasDoublePress(buttonA_wasDoublePress)
M5Led.off()
Count.hide()
label0.hide()
img_frz.hide()
Gotya.hide()
digitalWrite(26, False)
lPass = 200
sPass = 100
roundTime = 15
found = False
while True:
  my_123fish()
  startTime = rtc.now()[5]
  if startTime + roundTime >= 59:
    startTime = (startTime if isinstance(startTime, Number) else 0) + (0 - (59 - startTime))
  img_frz.show()
  label0.show()
  while not (hat_pir0.state):
    if (rtc.now()[5]) >= startTime + roundTime:
      break
  label0.hide()
  img_frz.hide()
  found = (found if isinstance(found, Number) else 0) + (hat_pir0.state)
  if found:
    setScreenColor(0xff0000)
    Gotya.show()
    M5Led.on()
    Beep(2000)
    wait(1)
    setScreenColor(0x000000)
    Gotya.hide()
    M5Led.off()
    found = False
  wait_ms(2)

Step 4: Got Ya

All Left is to upload the two images to the controller and also the sketch...

...and go play... Enjoy

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