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Gale Shapley Algorithm for Bipartite Matching with Preferences

Useful for matching students to topics or tutorials based on their preferences or similar problems.

Contains two python scripts:

• gale_shapely.py : Implements the matching algorithm.
• topic_assignment.py : Example for using the matching algorithm to assign students to topics based on their preferences.

The file topic_selection_example.xlsx contains example input for the topic_assignment.py script.

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Example for exporting Deep MIB ONNX model

1. Export the model to the modelzoo format by running python export_onnx_model.py script. See the comments in there for the links to the files. This needs a python environment with bioimageio.core and onnx installed. See here for details. The script will create the zipped model in exported_model/model-onnx.zip.
2. The model can then be tested by running bioimageio test-model exported_model/model-onnx.zip --decimal 2. It passes the test (see below). The --decimal 2 is necessary to run the test with a higher error tolerance than the default value, otherwise it fails due to a few values that disagree. (This is likely due to some inaccuracies in the onnx model conversion).

$ bioimageio test-model exported_model/model-onnx.zip --decimal 2
bioimageio.spec 0.4.9

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import elf.segmentation as eseg
import nifty.graph.rag as nrag
import nifty.ufd
import numpy as np
from elf.segmentation.mutex_watershed import mutex_watershed


def merge_non_touching(affinities, seg, offsets):
    # compute the region adjacency graph
    rag = eseg.compute_rag(seg)

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# install cfunits via conda:
# conda install -c conda-forge cfunits
from cfunits import Units


def check_unit(unit):
  """Check if a unit is valid according to udunits2"""
  return Units(unit).isvalid

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import numpy as np
import zarr


def create_ome_zarr_datasets(
    f,
    shape,
    chunks,
    scale_factors,
    dtype

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from functools import partial
import os
from multiprocesing import Process, Queue
from shutil import move
import time

import matplotlib.pyplot as plt
from pynput import mouse, Button
from imageio import imread

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#include <set>
#include <vector>
#include <algorithm>
#include <random>
#include <chrono>
#include <functional>
#include <iostream>
#include <unordered_set>