forked from ScoDoc/ScoDoc
Calcul moyennes BUT: prise en compte des inscriptions aux modules optionnels.
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@ -136,8 +136,8 @@ def compute_ue_moys(
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etuds: list,
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modimpls: list,
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ues: list,
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module_inscr_df: pd.DataFrame,
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module_coefs_df: pd.DataFrame,
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modimpl_inscr_df: pd.DataFrame,
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modimpl_coefs_df: pd.DataFrame,
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) -> pd.DataFrame:
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"""Calcul de la moyenne d'UE
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La moyenne d'UE est un nombre (note/20), ou NI ou NA ou ERR
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@ -160,20 +160,33 @@ def compute_ue_moys(
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assert len(etuds) == nb_etuds
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assert len(modimpls) == nb_modules
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assert len(ues) == nb_ues
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assert module_inscr_df.shape[0] == nb_etuds
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assert module_inscr_df.shape[1] == nb_modules
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assert module_coefs_df.shape[0] == nb_ues
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assert module_coefs_df.shape[1] == nb_modules
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module_inscr = module_inscr_df.values
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modules_coefs = module_coefs_df.values
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assert modimpl_inscr_df.shape[0] == nb_etuds
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assert modimpl_inscr_df.shape[1] == nb_modules
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assert modimpl_coefs_df.shape[0] == nb_ues
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assert modimpl_coefs_df.shape[1] == nb_modules
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modimpl_inscr = modimpl_inscr_df.values
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modimpl_coefs = modimpl_coefs_df.values
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# Duplique les inscriptions sur les UEs:
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modimpl_inscr_stacked = np.stack([modimpl_inscr] * nb_ues, axis=2)
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# Enlève les NaN du numérateur:
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# si on veut prendre en compte les module avec notes neutralisées ?
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# sem_cube_no_nan = np.nan_to_num(sem_cube, nan=0.0)
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# Ne prend pas en compte les notes des étudiants non inscrits au module:
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# Annule les notes:
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sem_cube_inscrits = np.where(modimpl_inscr_stacked, sem_cube, 0.0)
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# Annule les coefs des modules où l'étudiant n'est pas inscrit:
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modimpl_coefs_etuds = np.where(
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modimpl_inscr_stacked, np.stack([modimpl_coefs.T] * nb_etuds), 0.0
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)
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#
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# version non vectorisée sur les etuds:
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etud_moy_ue = np.zeros((nb_etuds, nb_ues))
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for i in range(nb_etuds):
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coefs = module_inscr[i] * modules_coefs
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etud_moy_ue[i] = (sem_cube[i].transpose() * coefs).sum(axis=1) / coefs.sum(
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axis=1
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# Version vectorisée
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#
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etud_moy_ue = np.sum(modimpl_coefs_etuds * sem_cube_inscrits, axis=1) / np.sum(
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modimpl_coefs_etuds, axis=1
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)
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return pd.DataFrame(
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etud_moy_ue, index=module_inscr_df.index, columns=module_coefs_df.index
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etud_moy_ue, index=modimpl_inscr_df.index, columns=modimpl_coefs_df.index
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)
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@ -2,20 +2,21 @@
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Test calcul moyennes UE
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"""
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import numpy as np
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from numpy.lib.nanfunctions import _nanquantile_1d
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import pandas as pd
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from tests.unit import setup
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from app.models.etudiants import Identite
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from tests.unit import sco_fake_gen
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from app import db
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from app import models
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from app.comp import moy_mod
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from app.comp import moy_ue
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from app.comp import inscr_mod
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from app.models import Evaluation, formsemestre
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from app.models import FormSemestre, Evaluation, ModuleImplInscription
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from app.models.etudiants import Identite
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from app.scodoc import sco_codes_parcours, sco_saisie_notes
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from app.scodoc.sco_utils import NOTES_ATTENTE, NOTES_NEUTRALISE
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from app.scodoc import sco_exceptions
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def test_ue_moy(test_client):
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@ -34,9 +35,9 @@ def test_ue_moy(test_client):
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) = setup.build_modules_with_evaluations(ue_coefs=ue_coefs, nb_mods=nb_mods)
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assert len(evaluation_ids) == nb_mods
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formsemestre_id = sem["formsemestre_id"]
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formsemestre = models.FormSemestre.query.get(formsemestre_id)
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evaluation1 = models.Evaluation.query.get(evaluation_ids[0])
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evaluation2 = models.Evaluation.query.get(evaluation_ids[1])
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formsemestre = FormSemestre.query.get(formsemestre_id)
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evaluation1 = Evaluation.query.get(evaluation_ids[0])
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evaluation2 = Evaluation.query.get(evaluation_ids[1])
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etud = G.create_etud(nom="test")
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G.inscrit_etudiant(sem, etud)
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etudid = etud["etudid"]
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@ -78,9 +79,46 @@ def test_ue_moy(test_client):
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# Cas simple: 1 eval / module, notes normales,
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# coefs non nuls.
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n1, n2 = 5.0, 13.0 # notes aux 2 evals (1 dans chaque module)
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etud_moy_ue = change_notes(5.0, 13.0)
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etud_moy_ue = change_notes(n1, n2)
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assert etud_moy_ue.shape == (1, nb_ues) # 1 étudiant
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assert etud_moy_ue[ue1.id][etudid] == (n1 + n2) / 2
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assert etud_moy_ue[ue2.id][etudid] == (n1 + n2) / 2
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assert etud_moy_ue[ue3.id][etudid] == (n1 + n2) / 2
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#
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# ABS à un module (note comptée comme 0)
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n1, n2 = None, 13.0 # notes aux 2 evals (1 dans chaque module)
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etud_moy_ue = change_notes(n1, n2)
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assert etud_moy_ue[ue1.id][etudid] == n2 / 2 # car n1 est zéro
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assert etud_moy_ue[ue2.id][etudid] == n2 / 2
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assert etud_moy_ue[ue3.id][etudid] == n2 / 2
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# EXC à un module
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n1, n2 = 5.0, NOTES_NEUTRALISE
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etud_moy_ue = change_notes(n1, n2)
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# Pour le moment, une note NEUTRALISE var entrainer le non calcul
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# des moyennes.
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assert np.isnan(etud_moy_ue.values).all()
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# Désinscrit l'étudiant du module 2:
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inscr = ModuleImplInscription.query.filter_by(
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moduleimpl_id=evaluation2.moduleimpl.id, etudid=etudid
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).first()
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db.session.delete(inscr)
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db.session.commit()
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modimpl_inscr_df = inscr_mod.df_load_modimpl_inscr(formsemestre_id)
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assert (modimpl_inscr_df.values == np.array([[1, 0]])).all()
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n1, n2 = 5.0, NOTES_NEUTRALISE
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# On ne doit pas pouvoir saisir de note sans être inscrit:
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exception_raised = False
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try:
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etud_moy_ue = change_notes(n1, n2)
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except sco_exceptions.NoteProcessError:
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exception_raised = True
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assert exception_raised
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# Recalcule les notes:
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sem_cube = moy_ue.notes_sem_load_cube(formsemestre_id)
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etuds = formsemestre.etuds.all()
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etud_moy_ue = moy_ue.compute_ue_moys(
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sem_cube, etuds, modimpls, ues, modimpl_inscr_df, modimpl_coefs_df
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)
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assert etud_moy_ue[ue1.id][etudid] == n1
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assert etud_moy_ue[ue2.id][etudid] == n1
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assert etud_moy_ue[ue3.id][etudid] == n1
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