Mason Paste 1 PLAB 2

#AudioTest.py ---------------------------------------------------------------------------------------------

import mplayer
import time

p = mplayer.Player()
p.loadfile('/home/pi/Desktop/Fmp3.mp3')

print("hello")

time.sleep(3)

#p.loadfile('/home/pi/Desktop/Fmp3.mp3')



#pip install mplayer.py is what ended up working I think. Not sure if it matters that
#   this .py file is inside a copy of the library folder or not.

# command to play from terminal:
# player /home/pi/Desktop/Fmp3.mp3


#MT.py (Maestro Test) -------------------------------------------------------------------------------

import maestro
import time
import mplayer

print("No errors?\n")


servo = maestro.Controller('/dev/ttyAMA0')



p = mplayer.Player()

#p.loadfile('/home/pi/Desktop/Fmp3.mp3')
p.loadfile('/home/pi/Desktop/mash.mp3')

time.sleep(0.2)

servo.runScriptSub(0)

#calling another subscript while one is running does overwrite.
# calling another audio does NOT overwrite

#solution could be to use os.system to call an mplayer command that stops audio if there is one.
time.sleep(2)

#servo.runScriptSub(1)



time.sleep(240)

servo.close

print("No errors.")

#To run from console, navigate to Documents/Maestro using the cd command.
#Then run it with: python3 MT.py

#This was done following the piddler in the root's tutorial and taking advice from
# the top comment.

# Didn't require the sudo chmod command unless me doing it last boot stuck this time.


# Structural code stuff ---------------------------------------------------------------------------------
#Preliminary code for an outer pi, definitely not finished just an idea

import time
import board
import digitalio
import os
#import pwmio
#from adafruit_motor import servo
from gpiozero import Servo

import paho.mqtt.client as mqtt

client = mqtt.Client("left")
brokerAddress = "192.168.1.50"
client.connect(brokerAddress)


#os.system("your terminal command here")

IR = digitalio.DigitalInOut(board.D26)
IR.direction = digitalio.Direction.INPUT

servo = Servo(16)


ThermalCamOff = 1

servoPos = 0

while(True):
    if(ThermalCamOff):
        if(IR.value==1):
            #publish left IR trigger, need to change localhost when we get the broker set up.
            #os.system("mosquitto_pub -h localhost -t 'mqtt/leftsensortrig' -m '1'")

            client.publish("leftsensortrig", "1")

            #Set horizontal position to far left (colbi says bigger val = more counter clockwise)
            servo.value=1

        time.sleep(0.8) #however long the length of time of the IR trigger is

    else: #if thermal cam is on
        servo.value = servoPos



#I think to trigger the group routine, there will be a case in the middle pi that
#says if both IR sensors are triggered at the same time, publish startGroupRoutine