Ben Bartling bbartling

## main.py

class VavBoxController:
    '''
    TODO add in -
    state machines for sensor reliability
    air flow PID control for damper
    integral windup prevention
    occupancy state for unoc setpoints
    '''
    def __init__(

## alarm_dial_out.py
import requests
import random
import time

BASE_URL = "http://localhost:8000"


def simulate_sensor_reading(sensor_name):
    # This function simulates reading a sensor by generating a random value.
    # Replace this logic with actual sensor reading if integrating with real sensors or systems.

## tester.py
"""
I may expand on this so lets say this one is v0.0.1

Bring up the bacpypes3 console with debug
$ python3 tester.py --debug

run on static IP for UDP port 47820 with passing in Address arg
$ python3 tester.py --address 10.7.6.201/24:47820 --debug

See all available commands

## fastapi_app.py
import strawberry
from fastapi import FastAPI
from strawberry.asgi import GraphQL
from typing import Tuple
import pandas as pd

# Sample DataFrame for Zones
zone_data = {
    'Zone1_Temp': [20, 21, 19],
    'Zone2_Temp': [22, 23, 21],

## valve_select_prompt_template.py
import openai
import json

# Example usage of a valve for a job:
flow_rate = 5 # GPM
delta_p = 3  # PSI
specific_gravity = 1
fluid_type = "water"
is_three_way = False

## Dockerfile
# Use an Alpine Linux base image for Raspberry Pi
FROM arm32v7/alpine:latest

# Set the working directory in the container
WORKDIR /app

# Install necessary packages and dependencies
RUN apk --no-cache add python3 python3-dev py3-pip

# Install BACpypes and any other required dependencies

## bacnet_test.py
import requests
import BAC0
import time
import random

bacnet = BAC0.lite()


while True:

## binning2.ipynb

      
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                bbartling
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              May 11, 2020 15:46
            
          
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	class VavBoxController:
	'''
	TODO add in -
	state machines for sensor reliability
	air flow PID control for damper
	integral windup prevention
	occupancy state for unoc setpoints
	'''
	def __init__(
	import requests
	import random
	import time

	BASE_URL = "http://localhost:8000"


	def simulate_sensor_reading(sensor_name):
	# This function simulates reading a sensor by generating a random value.
	# Replace this logic with actual sensor reading if integrating with real sensors or systems.
	"""
	I may expand on this so lets say this one is v0.0.1

	Bring up the bacpypes3 console with debug
	$ python3 tester.py --debug

	run on static IP for UDP port 47820 with passing in Address arg
	$ python3 tester.py --address 10.7.6.201/24:47820 --debug

	See all available commands
	import strawberry
	from fastapi import FastAPI
	from strawberry.asgi import GraphQL
	from typing import Tuple
	import pandas as pd

	# Sample DataFrame for Zones
	zone_data = {
	'Zone1_Temp': [20, 21, 19],
	'Zone2_Temp': [22, 23, 21],
	import openai
	import json

	# Example usage of a valve for a job:
	flow_rate = 5 # GPM
	delta_p = 3 # PSI
	specific_gravity = 1
	fluid_type = "water"
	is_three_way = False
	# Use an Alpine Linux base image for Raspberry Pi
	FROM arm32v7/alpine:latest

	# Set the working directory in the container
	WORKDIR /app

	# Install necessary packages and dependencies
	RUN apk --no-cache add python3 python3-dev py3-pip

	# Install BACpypes and any other required dependencies
	import requests
	import BAC0
	import time
	import random

	bacnet = BAC0.lite()


	while True: