colles.mp2i-vms.fr/colloscope/pdfexport.py

173 lines
6.0 KiB
Python

from datetime import date, timedelta
from fpdf import FPDF
from fpdf.fonts import FontFace
from fpdf.enums import TableCellFillMode
sem_1 = date(2023, 9, 18)
vacances_zoneA = [
( date(2023, 10, 21), date(2023, 11, 6) ),
( date(2023, 12, 23), date(2024, 1, 8) ),
( date(2024, 2, 10), date(2024, 2, 26) ),
( date(2024, 4, 6), date(2024, 4, 22) ),
]
def jour_of_sem(n, vac):
jour = sem_1 + (n-1) * timedelta(weeks=1)
for (debut, fin) in vac:
if jour >= debut:
jour += 2*timedelta(weeks=1)
return jour
def generate():
pdf = FPDF(orientation="landscape", format="A4")
pdf.set_font("helvetica", size=6)
pdf.set_title("Colloscope MP2I Semestre 5/2")
pdf.set_author("Projet colloscope")
pdf.set_author("Projet colloscope")
etudiants = [
["Aboujaib", "Alexandre", 4, "A", "Angl.", "All."],
["Ajan", "George", 4, "A", "Angl.", ""],
["Akrad", "Lina", 1, "SI", "Angl.", ""],
["Aubert", "Nicolas", 1, "SI", "Angl.", ""],
["Badr", "Roman", 4, "A", "Angl.", ""],
["Bazire", "Aurélien", 5, "A", "Angl.", ""],
["Boit", "Arthur", 1, "SI", "Angl.", ""],
["Boubker", "Youssef", 1, "SI", "Angl.", ""],
["Boudjema", "Dylan", 1, "SI", "Angl.", ""],
["Chiriac", "Mihnea", 1, "SI", "Angl.", ""],
["Courier", "Marine", 1, "SI", "Angl.", ""],
["Daguin", "Joseph", 1, "SI", "Angl.", ""],
["De Weer", "Matthias", 1, "SI", "Angl.", ""],
["Desbouis", "Katell", 1, "SI", "Angl.", ""],
["Dupouy", "Jérémie", 1, "SI", "Angl.", ""],
["Hariri--Gautier-Picard", "Grégoire", 1, "SI", "Angl.", ""],
["Juricevic", "Matteo", 1, "SI", "Angl.", ""],
["Knanoua", "Anas", 1, "SI", "Angl.", ""],
["Lesenne", "Pierrick", 1, "SI", "Angl.", ""],
["Lin", "Hao", 1, "SI", "Angl.", ""],
["Masbatin", "Lucas", 1, "SI", "Angl.", ""],
["Mayuran", "Mithushan", 1, "SI", "Angl.", ""],
["Messahli", "Yassine", 1, "SI", "Angl.", ""],
["Moguérou", "Valentin", 10, "B", "Angl.", "All."],
["Mohellebi", "Mathéo", 10, "B", "Angl.", "All."],
["Mouisset--Ferrara", "Maël", 10, "B", "Angl.", "All."],
["Ottavi", "Corentin", 10, "B", "Angl.", "All."],
["Ponce", "Alexian", 10, "B", "Angl.", "All."],
["Pujol", "Raphaël", 10, "B", "Angl.", "All."],
["Pustetto", "Mathis", 10, "B", "Angl.", "All."],
["Radice", "Roman", 10, "B", "Angl.", "All."],
["Rat", "Evelyn", 10, "B", "Angl.", "All."],
["Rousse", "Louis", 10, "B", "Angl.", "All."],
["Roux", "Gaëtan", 10, "B", "Angl.", "All."],
["Rouyre--Cros", "Célian", 10, "B", "Angl.", "All."],
["Sourbé", "François-Gabriel", 10, "B", "Angl.", "All."],
["Stourbe", "Simon", 10, "B", "Angl.", "All."],
["Thai", "Dany", 10, "B", "Angl.", "All."],
["Théodore", "Jonathan", 10, "B", "Angl.", "All."],
["Vandroux", "Benoît", 10, "B", "Angl.", "All."],
["Veyssière", "Thibaud", 10, "B", "Angl.", "All."],
["Vié", "Adrien", 10, "B", "Angl.", "All."],
["Ye", "Luan", 10, "B", "Angl.", "All."],
["Zarka", "Amélie", 10, "B", "Angl.", "All."],
]
creneaux = [
["Mathématiques", "vendredi", "17:00", "M. OUBAHA", "C382"],
["Anglais", "mercredi", "14:00", "Mme LE GOURIELLEC", "C393"],
["Mathématiques", "mercredi", "15:00", "M. BOULLY", "R004"],
["Physique", "mardi", "14:00", "Mme CHEVALIER", "R103"],
["Mathématiques", "mardi", "18:00", "M. RAPIN", "V152"],
["Anglais", "mardi", "14:00", "Mme BELAGGOUNE", "C4??"],
["pas de colle", "", "", "", ""],
["Physique", "mardi", "17:00", "M. COLIN", "C386"],
["Mathématiques", "mercredi", "13:30", "M. BOUVEROT", "??"],
["Anglais", "lundi", "13:00", "M. HERBAUT", "V052"],
]
semaines = list(range(24, 34))
rotations = [
# [semaine, groupe, creneau]
(24, 1, 1),
(24, 2, 2),
(24, 3, 3),
(27, 3, 3),
(28, 3, 3),
(31, 3, 3),
]
pdf.add_page()
pdf.cell(text="Colloscope MP2I Semestre 5/2", center=True, border=1, h=5)
base_y = pdf.t_margin + 10
pdf.set_y(base_y)
with pdf.table(
align="RIGHT",
col_widths=(50, 35, 12, 12, 12, 12),
width=80,
line_height=3) as table:
header = table.row()
for th in ("Nom", "Prénom", "Grp.", "TD", "LV1", "LV2"):
header.cell(th)
for etu in etudiants:
row = table.row()
row.cell(etu[0].upper()) # Nom
row.cell(etu[1]) # Prénom
row.cell(str(etu[2])) # Groupe
row.cell(etu[3]) # TD
row.cell(etu[4]) # LV1
row.cell(etu[5]) # LV2
pdf.set_y(base_y)
with pdf.table(
align="LEFT",
width=190,
line_height=3,
col_widths=(25, 12, 10, 25, 12, *(10,)*len(semaines)),
num_heading_rows=2) as table:
header = table.row()
for th in ("Matière", "Jour", "Heure", "Colleur", "Salle"):
header.cell(th, align="CENTER", rowspan=2)
for sem in semaines:
header.cell(str(sem), align="CENTER")
header2 = table.row()
for sem in semaines:
header2.cell(jour_of_sem(sem, vacances_zoneA).strftime("%d/%m/%y"), align="CENTER")
for i, tr in enumerate(creneaux):
matiere, jour, heure, colleur, salle = tr
row = table.row()
row.cell(matiere)
row.cell(jour)
row.cell(heure)
row.cell(colleur)
row.cell(salle)
for s in semaines:
for rot in rotations:
if rot[2] == i and rot[0] == s:
row.cell(str(rot[1]), align="CENTER")
break
else:
row.cell()
pdf.output("test.pdf")
if __name__ == "__main__":
generate()