Microfluidics based laboratory-on-a-chip (LoC) devices have been gaining traction in academia and industry in recent years. These devices are capable of automating biological experiments at mico-liter scale and below. The algorithms for design automation of these devices have been maturing in recent years yet there has been no development of a benchmark suite for use in analyzing the quality of algorithms from different institutions and research groups. We propose here a collection of real life LoC devices that have been specified in a standard notation, along with results from several recent placement and routing algorithms. This suite will enable researchers to quickly validate their algorithms and compare them against the cutting edge from other researchers.
Check ParchMINT (https://parchmint.org) for more information on ParchMINT.
Any changes to the parchmint standard need to done by submitting RFC proposals. Proposals will need to be submitted via Github Issues on the ParchMINT Github repository.
Once installed in a development environment or in the system environment, the package enables command line tools:
parchmint-validate
usage: parchmint-validate [-h] input
positional arguments:
input This is the file thats used as the input
optional arguments:
-h, --help show this help message and exit
Here's an example of a simple python script that can be used to used to check for errors in a Parchmint JSON.
from parchmint import Device
import sys
import json
file_path = sys.argv[1]
print("File Name: " + file_path)
device = None
with open(file_path) as data_file:
text = data_file.read()
device = Device(text)
print("Checking for components with no dimensions:")
for component in device.components:
if component.xspan < 0 or component.yspan < 0:
print(
"Component - {} | Type - {} | Dimensions - ({}, {})".format(
component.ID, component.entity, component.xspan, component.yspan
)
)
for port in component.ports:
if port.x < 0 or port.y < 0:
"Component - {} | Type - {} | Port {} - ({}, {})".format(
component.ID, component.entity, port.label, port.x, port.y
)
print("Checking for components with no ports:")
for component in device.components:
if len(component.ports) == 0:
print("Component - {} | Type - {}".format(component.ID, component.entity))
pip install parchmint
Clone this repository
git clone https://github.com/CIDARLAB/pyparchmint
Go to the cloned directory and use poetry to install dependencies
poetry install
Installl it into the development environment
pip install .
pip
pip install -e /path/to/parchmint/repository
poetry
Add the following line into the pyproject.toml -> [tool.poetry.dev-dependencies] section:
[tool.poetry.dev-dependencies]
...
parchmint = {path = "/path/to/directory/pyparchmint", develop=true}
BSD 3-Clause License
Copyright (c) 2021, CIDAR LAB All rights reserved.