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aggr.py 5.96 KB
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import logging
import csv
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import jinja2
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import pandas as pd
from .utils import logging as logutils

DEFAULT_CLUSTERS_SUMMARY_CSV_FILE="clusters.csv"
DEFAULT_CX_COURSE_STUDENTS_CSV_FILE="cx_students.csv"

def main(
    clusters_summary_csv_file=DEFAULT_CLUSTERS_SUMMARY_CSV_FILE,
    cx_course_students_csv_file=DEFAULT_CX_COURSE_STUDENTS_CSV_FILE):

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  clusters_csv: pd.DataFrame = pd.read_csv(clusters_summary_csv_file)
  
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  # Read CX course data, reduce to relevant columns, truncate TotalScore (which are floats), set index column
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  relevant_course_columns = ["Legi", "Lastname", "Firstname", "Email", "Gender", "TotalScore"]
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  course_csv: pd.DataFrame = pd.read_csv(cx_course_students_csv_file)
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  course_csv = course_csv[relevant_course_columns]
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  course_csv["TotalScore"] = course_csv["TotalScore"].round(0)
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  course_csv.set_index("Legi", inplace=True)
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  ## TODO: Remove staff from course_csv
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  # Analogous for eDoz course data
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  relevant_edoz_columns = ["Nummer", "Departement"]
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  edoz1_csv: pd.DataFrame = pd.read_csv("edoz-252083200L.csv", sep="\t")
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  edoz1_csv = edoz1_csv[relevant_edoz_columns]
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  edoz1_csv.rename(columns={"Nummer": "Legi"}, inplace=True)
  edoz1_csv.set_index("Legi", inplace=True)
  # print(edoz1_csv)
  # print("edoz1_csv.index.is_unique = {}".format(edoz1_csv.index.is_unique))
  
  edoz2_csv: pd.DataFrame = pd.read_csv("edoz-252084800L.csv", sep="\t")
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  edoz2_csv = edoz2_csv[relevant_edoz_columns]
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  edoz2_csv.rename(columns={"Nummer": "Legi"}, inplace=True)
  edoz2_csv.set_index("Legi", inplace=True)
  # print(edoz2_csv.index)
  # print("edoz2_csv.index.is_unique = {}".format(edoz2_csv.index.is_unique))
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  ## TODO: Could integrate eDoz data "Leistungskontrollen" to get information whether
  ##       or not a student is a repeater


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  # Vertically concat eDoz data. Since students may be enrolled into multiple
  # courses, duplicated rows are afterwards dropped.
  edoz_csv: pd.DataFrame = pd.concat([edoz1_csv, edoz2_csv])
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  # print("========== edoz_csv [initial]")
  # print(edoz_csv.shape)
  # print(edoz_csv)
  # edoz_csv.drop_duplicates(inplace=True) # Not applicable here since indices are ignored
  edoz_csv = edoz_csv.loc[~edoz_csv.index.duplicated(keep='first')] # Get rows not in the set of duplicated indices
  # print("========== edoz_csv [unique]")
  # print(edoz_csv.shape)
  # print(edoz_csv)


  ## TODO: Add "Departement" column to course_csv, by joining with edoz_csv


  ### Aggregate course overview statistics
  edoz_departements: pd.DataFrame = edoz_csv["Departement"].value_counts()
  course_genders: pd.DataFrame = course_csv["Gender"].value_counts()

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  assert edoz_csv.index.is_unique, "Expected unique indices (= legis) in edoz_csv"
  # # Show rows with non-unique indices (https://stackoverflow.com/questions/20199129) 
  # print(edoz_csv[edoz_csv.index.duplicated(keep=False)])
  
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  jinja2_file_loader = jinja2.FileSystemLoader(".")
  jinja2_env = jinja2.Environment(loader=jinja2_file_loader)
  template = jinja2_env.get_template("clusters.html.jinja")

  # output = template.render(colors=colors)
  # print(output)

  jinja2_rows = []

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  cluster_groups: pd.DataFrameGroupBy = clusters_csv.groupby("cluster_id")
  for _, cluster in cluster_groups: # cluster: pd.DataFrame
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    # print("-"*60)
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    # Get all ids (= legis) participating in a cluster
    ids_values: numpy.ndarray = pd.concat([cluster["id1"], cluster["id2"]]).unique()
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    # ids = pd.Series(ids_values, name="Legi", index=ids_values)
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    # # Performs an inner join on the keys; here: legis
    # # https://pandas.pydata.org/pandas-docs/stable/getting_started/comparison/comparison_with_sql.html#compare-with-sql-join
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    # join = pd.merge(ids, course_csv, left_index=True, right_index=True)
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    cluster_course_rows: pd.DataFrame = course_csv.loc[ids_values]
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    # print("========== cluster ")
    # print(cluster.shape)
    # print(cluster)
    # print("========== ids_values ")
    # print(ids_values.shape)
    # print(ids_values)
    # print("========== course_csv")
    # print(course_csv)
    # print("========== cluster_course_rows")
    # print(cluster_course_rows.shape)
    # print(cluster_course_rows)
    # print("========== edoz_csv")
    # print(edoz_csv.shape)
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    # print(edoz_csv)

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    cluster_rows: pd.DataFrame = cluster_course_rows.join(edoz_csv)

    # print("========== cluster_rows")
    # print(cluster_rows.shape)
    # print(cluster_rows)

    # print(cluster)
    # print(cluster["svg_file"].iat[0])

    jinja2_rows.append((cluster, cluster_rows))

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  ## TODO: Support sorting clusters by max (or average) involved percentage


  plagiarist_count = 0
  for (_, cluster_rows) in jinja2_rows:
    plagiarist_count += cluster_rows.shape[0]
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  department_counts = {}
  for (cluster, cluster_rows) in jinja2_rows:
    for index, value in cluster_rows["Departement"].value_counts().iteritems():
      if index in department_counts:
        department_counts[index] += value
      else:
        department_counts[index] = value

  # print(department_counts)

  department_percentage = {}
  for dep in department_counts:
    department_percentage[dep] = department_counts[dep] / edoz_departements[dep] * 100
  
  # print(department_percentage)


  gender_counts = {}
  for (cluster, cluster_rows) in jinja2_rows:
    for index, value in cluster_rows["Gender"].value_counts().iteritems():
      if index in gender_counts:
        gender_counts[index] += value
      else:
        gender_counts[index] = value

  # print(gender_counts)

  gender_percentage = {}
  for dep in gender_counts:
    gender_percentage[dep] = gender_counts[dep] / course_genders[dep] * 100
  
  # print(gender_percentage)

  percentages = {**department_percentage, **gender_percentage}
  for key, value in percentages.items():
    percentages[key] = round(value, 1)

  # print(percentages)

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  template.stream(
    title="Clusters",
    clusters=jinja2_rows,
    edoz_count=edoz_csv.shape[0],
    course_count=course_csv.shape[0],
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    plagiarist_count=plagiarist_count,
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    percentages=percentages
  ).dump("clusters.html")
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if __name__ == "__main__":
  main()