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Phase Recipe
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# Implementation ideas: | |
# run this past sentient to verify vector based approach is better than timeseries | |
# get better nutrient data from gen hydro catalogue | |
# run this past Arielle to see if this is a good default basil recipe | |
# check this against Dan's grow data to verify this is a good default basil recipe | |
# evaluate plausability of auto-generating this recipe format from Dan's grow data | |
# run this past x10 people on the team to see if this is an intuitive way to create recipes | |
# ask people on the forum if they like this method of creating recipes? | |
# Why is this idea interesting? | |
# 1. It is a vector based approach so we can use it to feed our ML models with Sentient (assumption) | |
# 2. It is simple to understand so users can more quickly begin tinkering with environmental | |
# input conditions in a consistent way | |
# Extention of idea | |
# This should be accompanied by an output vector that has all of the automatically generated | |
# organismal expression metrics as well as the qualitative user entered metrics (we should | |
# ask users at the end of a grow to give as many metrics as possible...wll expand in a | |
# results.yaml example file | |
Recipe Name: Default Basil | |
Recipe Format: Vector 1.0 | |
Version: 1.0 | |
Optimization: [General Purpose] | |
Date Created: 2016-12-13 | |
Author: OpenAg | |
Author ID: 457028937405687305698723059 | |
Recipe ID: 472309485702983470592837405 | |
Stages: | |
- Germination: | |
Duration: 7 # Days | |
Day: | |
Duration: 0 # Hours | |
Night: | |
Duration: 24 # Hours | |
Air Temperature: 30 # Celcius | |
Humidity: 75 # % Relative | |
CO2: 1000 # PPM | |
pH: 6 # pH | |
Nutrient A: 0 # PPM | |
Nutrient B: 0 # PPM | |
Red Light: 0 # PAR | |
Blue Light: 0 # PAR | |
White Light: 0 # PAR | |
- Early: | |
Duration: 14 # Days | |
Day: | |
Duration: 18 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PPM | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
Night: | |
Duration: 6 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PPM | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
- Middle: | |
Duration: 14 # Days | |
Day: | |
Duration: 18 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PPM | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
Night: | |
Duration: 6 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PPM | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
- Late: | |
Duration: 14 # Days | |
Day: | |
Duration: 18 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PPM | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
Night: | |
Duration: 6 # Hours | |
Air Temperature: 20 # Celcius | |
Humidity: 50 # Relative | |
CO2: 2000 # PPM | |
pH: 6.5 # pH | |
Nutrient A: 100 # PPM | |
Nutrient B: 50 # PPM | |
Red Light: 200 # PAR | |
Blue Light: 100 # PAR | |
White Light: 0 # PAR | |
... |
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