forked from viennet/Referentiels
915 lines
32 KiB
Python
915 lines
32 KiB
Python
import logging
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import re
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import string
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import pypandoc
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import ruamel.yaml
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from config import Config
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from modeles import get_modele, TemplateLatex
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from officiel import *
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from ressourcedocx import remove_ligne_vide
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from tools import caracteres_recalcitrants
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__LOGGER = logging.getLogger(__name__)
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def nettoie_latex(chaine):
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"""Purge certains éléments de la chaine latex générée par pypandoc"""
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chaine = chaine.replace("\\tightlist\n", "")
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chaine = ajoute_abbr_latex(chaine)
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# detecte les espaces insécables
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chaine = chaine.replace(" :", "~:")
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m = re.findall(r"(\w\w:)", chaine)
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m += re.findall(r"(\w}:)", chaine)
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for marq in m:
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if marq != "ex:" and marq != "ps:" and marq != "tp:": # les ex et les liens
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chaine = chaine.replace(marq, marq[0:2] + "~:")
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m = re.findall(r"(:\w)", chaine) # les : suivis d'une lettre
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m += re.findall(r"(:\\)", chaine)
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for marq in m:
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chaine = chaine.replace(marq, ": " + marq[-1])
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chaine = chaine.replace(" ;", "\,;")
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m = re.findall(r"(\w;)", chaine)
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m += re.findall(r"(\);)", chaine)
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for marq in m:
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chaine = chaine.replace(marq, marq[0] + "\,;")
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# Ajoute les topsep
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lignes = chaine.split("\n")
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nbre_itemize = 0
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for (i, ligne) in enumerate(lignes):
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if "\\begin{itemize}" in ligne: # on rencontre un itemize
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nbre_itemize += 1
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if nbre_itemize == 1 and i != 0: # si c'est le 1er itemize et que ce n'est pas la 1ère ligne
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lignes[i] = lignes[i].replace("\\begin{itemize}", "\\begin{itemize}[topsep=5pt]")
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elif "\\end{itemize}" in ligne:
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nbre_itemize -= 1
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chaine = "\n".join(lignes)
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return chaine
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class Ressource:
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"""Modélise une ressource lorsqu'elle est extraite d'un yaml"""
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__LOGGER = logging.getLogger(__name__)
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def __init__(self, fichieryaml):
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with open(fichieryaml, "r", encoding="utf8") as fid:
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yaml = ruamel.yaml.YAML()
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try:
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self.ressource = yaml.load(fid.read())
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except:
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Ressource.__LOGGER.warning(f"Pb de chargement de {fichieryaml}")
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def to_latex(self, modele=Config.ROOT + "/python/pn/modele_ressource.tex"):
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"""Génère le code latex décrivant la ressource"""
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modlatex = get_modele(modele) # "pn/modele_ressource.tex")
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# if self.ressource["code"] == "R107":
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# print("ici")
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# Préparation des coeffs
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ajoutcoeff = "\\ajoutRcoeff{%s}"
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coeffRT = []
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for comp in ["RT1", "RT2", "RT3"]:
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if comp in self.ressource["coeffs"]:
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coeffRT.append(ajoutcoeff % (str(self.ressource["coeffs"][comp])))
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else:
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coeffRT.append("")
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# Préparation des ac
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ajoutac = "\\ajoutRac{%s}{%s}"
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compRT = []
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for accomp in ["RT1", "RT2", "RT3"]:
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comps = []
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if accomp in self.ressource["acs"]:
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for no_ac in range(
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len(self.ressource["acs"][accomp])
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): # les ac de la comp
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code_ac = self.ressource["acs"][accomp][no_ac]
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comps.append(ajoutac % (code_ac, DATA_ACS[accomp][code_ac]))
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compRT.append("\n".join(comps))
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# Préparation des sae
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ajoutsaes = "\\ajoutRsae{%s}{%s}" # nom, intitule, code_latex
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saesRT = []
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for (i, sae) in enumerate(
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self.ressource["sae"]
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): # in range(len(self.apprentissages)):
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code_latex = (
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string.ascii_uppercase[int(sae[-2]) - 1]
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+ string.ascii_uppercase[int(sae[-1]) - 1]
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)
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saesRT.append(
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ajoutsaes % (sae, get_officiel_sae_name_by_code(sae))
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) # , code_latex))
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saes = "\n".join(saesRT)
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if self.ressource["code"] == "R110":
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print("ici")
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prerequis = ""
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if self.ressource["prerequis"] == AUCUN_PREREQUIS:
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prerequis = ""
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else:
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# est-une liste de ressources
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if not self.ressource["prerequis"][0].startswith("R"):
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prerequis = "\\ajoutRprerequislycee{%s}" % (self.ressource["prerequis"])
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else:
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ajoutprerequis = "\\ajoutRprerequis{%s}{%s}"
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liste = []
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for (no, mod) in enumerate(self.ressource["prerequis"]):
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liste.append(
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ajoutprerequis % (mod, get_officiel_ressource_name_by_code(mod))
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)
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prerequis = "\n".join(liste)
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# préparation du contexte
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contexte = self.ressource["contexte"]
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if contexte == "Aucun":
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contexte = ""
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Ressource.__LOGGER.warning(f"{self.ressource['nom']} n'a pas de contexte")
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else:
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contexte = md_to_latex(contexte)
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# contexte = remove_ligne_vide(contexte)
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# préparation du contenu
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contenu = self.ressource["contenu"] # supprime les passages à la ligne
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if contenu:
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if self.ressource["code"] == "R112":
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print("ici")
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contenu = md_to_latex(contenu)
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chaine = ""
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chaine = TemplateLatex(modlatex).substitute(
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code=self.ressource["code"],
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nom=self.ressource["nom"],
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heures_formation=self.ressource["heures_formation"],
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heures_tp=self.ressource["heures_tp"],
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coeffRT1=coeffRT[0],
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coeffRT2=coeffRT[1],
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coeffRT3=coeffRT[2],
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compRT1=compRT[0],
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compRT2=compRT[1],
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compRT3=compRT[2],
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saes=saes,
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motscles=self.ressource["motscles"] + ".",
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prerequis=prerequis,
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contexte=contexte,
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contenu=contenu,
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)
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# chaine = chaine.replace("&", "\&")
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chaine = nettoie_latex(chaine)
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# Insère les abbréviations
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return chaine
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def contient_abbr(chaine):
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mots = []
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for lettre in DATA_ABBREVIATIONS:
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for mot in DATA_ABBREVIATIONS[lettre]:
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if mot in chaine:
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mots.append(mot)
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mots = sorted(
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mots, key=lambda m: len(m), reverse=True
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) # les mots triés par nbre de carac décroissant
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return mots
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def ajoute_abbr_latex(chaine):
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"""Parse la chaine latex pour ajouter les abbréviations"""
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mots = chaine.split(" ")
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for (i, mot) in enumerate(mots):
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abbrs = contient_abbr(mot)
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if abbrs:
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mots[i] = mots[i].replace(abbrs[0], "\\textabbrv{" + abbrs[0] + "}")
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chaine = " ".join(mots)
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if "/IP" in chaine:
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chaine = chaine.replace("/IP", "/\\textabbrv{IP}")
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return chaine
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class SAE:
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"""Modélise une saé (chapeau) lorsqu'elle est extraite d'un yaml"""
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__LOGGER = logging.getLogger(__name__)
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def __init__(self, fichieryaml):
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with open(fichieryaml, "r", encoding="utf8") as fid:
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yaml = ruamel.yaml.YAML()
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try:
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self.sae = yaml.load(fid.read())
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except:
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Ressource.__LOGGER.warning(f"Pb de chargement de {fichieryaml}")
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def to_latex(self, modele=Config.ROOT + "/python/pn/modele_sae.tex"):
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"""Génère le code latex décrivant la ressource"""
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modlatex = get_modele(modele) # "pn/modele_ressource.tex")
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# Préparation des coeffs
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ajoutcoeff = "\\ajoutScoeff{%s}"
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coeffRT = []
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for comp in ["RT1", "RT2", "RT3"]:
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if comp in self.sae["coeffs"]:
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coeffRT.append(ajoutcoeff % (str(self.sae["coeffs"][comp])))
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else:
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coeffRT.append("")
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# Préparation des ac
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ajoutac = "\\ajoutSac{%s}{%s}" # nom, intitule, code latex
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compRT = []
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for accomp in ["RT1", "RT2", "RT3"]:
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comps = []
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if accomp in self.sae["acs"]:
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for no_ac in range(len(self.sae["acs"][accomp])): # les ac de la comp
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code_ac = self.sae["acs"][accomp][no_ac]
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comps.append(ajoutac % (code_ac, DATA_ACS[accomp][code_ac]))
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compRT.append("\n".join(comps))
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# Préparation des ressources
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ajoutressources = "\\ajoutSressources{%s}{%s}"
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resRT = []
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for (i, res) in enumerate(
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self.sae["ressources"]
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): # in range(len(self.apprentissages)):
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resRT.append(
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ajoutressources % (res, get_officiel_ressource_name_by_code(res))
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)
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ressources = "\n".join(resRT)
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# préparation du descriptif
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descriptif = self.sae["description"]
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if descriptif == "Aucun":
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descriptif = ""
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SAE.__LOGGER.warning(f"{self.sae['titre']} n'a pas de description")
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else:
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descriptif = md_to_latex(descriptif)
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# préparation des livrables
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livrables = self.sae["livrables"]
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if livrables == "Aucun":
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livrables = ""
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SAE.__LOGGER.warning(f"{self.sae['titre']} n'a pas de livrables")
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else:
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livrables = md_to_latex(livrables)
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chaine = ""
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chaine = TemplateLatex(modlatex).substitute(
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code=self.sae["code"],
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titre=self.sae["titre"],
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heures_encadrees=self.sae["heures_encadrees"],
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heures_tp=self.sae["tp"],
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heures_projet=self.sae["projet"],
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coeffRT1=coeffRT[0],
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coeffRT2=coeffRT[1],
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coeffRT3=coeffRT[2],
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compRT1=compRT[0],
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compRT2=compRT[1],
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compRT3=compRT[2],
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description=descriptif,
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ressources=ressources,
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livrables=livrables,
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motscles=self.sae["motscles"] + ".",
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)
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# chaine = chaine.replace("&", "\&")
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chaine = nettoie_latex(chaine)
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return chaine
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class ExempleSAE:
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"""Modélise un exemple de SAE lorsqu'elle est extraite d'un yaml"""
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__LOGGER = logging.getLogger(__name__)
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def __init__(self, fichieryaml):
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with open(fichieryaml, "r", encoding="utf8") as fid:
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yaml = ruamel.yaml.YAML()
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try:
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self.exemple = yaml.load(fid.read())
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except:
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Ressource.__LOGGER.warning(f"Pb de chargement de {fichieryaml}")
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def to_latex(self, modele=Config.ROOT + "/python/pn/modele_exemple_sae.tex"):
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"""Génère le code latex décrivant la ressource"""
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modlatex = get_modele(modele) # "pn/modele_ressource.tex")
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# préparation du descriptif
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description = self.exemple["description"]
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if not description:
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description = ""
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ExempleSAE.__LOGGER.warning(
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f"{self.exemple['titre']} n'a pas de description"
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)
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else:
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description = md_to_latex(description)
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# préparation de la forme
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formes = self.exemple["formes"]
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if not formes:
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formes = ""
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ExempleSAE.__LOGGER.warning(f"{self.exemple['titre']} n'a pas de formes")
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else:
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formes = md_to_latex(formes)
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# préparation de la problématique
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problematique = self.exemple["problematique"]
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if not problematique:
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problematique = ""
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ExempleSAE.__LOGGER.warning(
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f"{self.exemple['titre']} n'a pas de problematique"
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)
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else:
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problematique = md_to_latex(problematique)
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# préparation des modalites
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modalite = self.exemple["modalite"]
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if not modalite:
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modalite = ""
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ExempleSAE.__LOGGER.warning(f"{self.exemple['titre']} n'a pas de modalite")
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else:
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modalite = md_to_latex(modalite)
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chaine = ""
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chaine = TemplateLatex(modlatex).substitute(
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titre=self.exemple["titre"],
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description=description,
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formes=formes,
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problematique=problematique,
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modalite=modalite,
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)
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# chaine = chaine.replace("&", "\&")
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chaine = nettoie_latex(chaine)
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return chaine
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def md_to_latex(contenu):
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"""Réalise la conversion markdown to latex avec pypandoc"""
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contenu = contenu.replace(
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"\n", "\n\n"
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) # corrige les suppressions de ligne à la relecture du yaml
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contenu = pypandoc.convert_text(
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contenu, "tex", format="md", extra_args=["--atx-headers"]
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)
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contenu = contenu.replace("\r\n", "\n")
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lignes = contenu.split("\n\n") # Détecte les sauts de ligne
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for (i, ligne) in enumerate(lignes):
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if i < len(lignes) - 1:
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if (
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lignes[i].strip().startswith("\\") == False
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and lignes[i].startswith(" ") == False
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and lignes[i + 1].strip().startswith("\\") == False
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and lignes[i + 1].startswith(" ") == False
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and lignes[i].strip().endswith("\\\\") == False
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):
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lignes[i] = lignes[i] + "\\\\" # ajoute un passage à la ligne latex
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contenu = "\n\n".join(lignes)
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# contenu = caracteres_recalcitrants(contenu)
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contenu = remove_ligne_vide(contenu)
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lignes = contenu.split("\n") # pour debug
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if contenu.startswith("\\begin{itemize}"):
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contenu = (
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"\\vspace{-10pt}\n" + contenu
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) # ajout d'un offset en cas de liste à puces
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contenu = contenu.replace("\\\\" * 2, "\\\\[25pt]")
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if not contenu.endswith("\\end{itemize}"):
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contenu += "\\\\[3pt]"
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return contenu
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def get_matrices_ac_ressource(saes, ressources, sem):
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"""Calcule la matrice AC vs sae + ressource pour un sem donné et la renvoie"""
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les_codes_acs = [code for comp in DATA_ACS for code in DATA_ACS[comp]]
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nbre_acs = len(les_codes_acs)
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saesem = saes[sem] # les saé du semestre
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ressem = ressources[sem] # les ressources du semestre
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nbre_saes = len(DATA_SAES[sem])
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nbre_ressources = len(DATA_RESSOURCES[sem])
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if len(saesem) != nbre_saes or len(ressem) != nbre_ressources:
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__LOGGER.warning(f"Pb => il manque des saes/ressources au {sem}")
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matrice = [[False] * (nbre_saes + nbre_ressources) for i in range(nbre_acs)]
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for (i, s) in enumerate(saesem): # pour chaque SAE
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for comp in s.sae["acs"]: # pour chaque comp
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for (j, ac) in enumerate(DATA_ACS[comp]): # pour chaque ac
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if ac in s.sae["acs"][comp]: # si l'ac est prévue dans la ressource
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k = les_codes_acs.index(ac)
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matrice[k][i] = True
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for (i, r) in enumerate(ressem): # pour chaque ressource
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for comp in r.ressource["acs"]: # pour chaque comp
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for (j, ac) in enumerate(DATA_ACS[comp]): # pour chaque ac
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if (
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ac in r.ressource["acs"][comp]
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): # si l'ac est prévue dans la ressource
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k = les_codes_acs.index(ac)
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matrice[k][i + nbre_saes] = True
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return matrice
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def get_matrices_coeffs(saes, ressources, sem):
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"""Calcule la matrice AC vs sae + ressource pour un sem donné et la renvoie"""
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comps = ["RT1", "RT2", "RT3"]
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saesem = saes[sem] # les saé du semestre
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ressem = ressources[sem] # les ressources du semestre
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nbre_saes = len(DATA_SAES[sem])
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nbre_ressources = len(DATA_RESSOURCES[sem])
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if len(saesem) != nbre_saes or len(ressem) != nbre_ressources:
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__LOGGER.warning(f"Pb => il manque des saes/ressources au {sem}")
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matrice = [[None] * (len(comps)) for i in range(nbre_saes + nbre_ressources)]
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for (i, s) in enumerate(saesem): # pour chaque SAE
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for (j, comp) in enumerate(comps): # pour chaque comp
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if comp in s.sae["coeffs"]:
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matrice[i][j] = s.sae["coeffs"][comp]
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for (i, r) in enumerate(ressem): # pour chaque ressource
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for (j, comp) in enumerate(comps): # pour chaque comp
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if comp in r.ressource["coeffs"]: # pour chaque ac
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matrice[i + nbre_saes][j] = r.ressource["coeffs"][comp]
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return matrice
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def get_matrices_volumes(saes, ressources, sem):
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"""Calcule la matrice AC vs sae + ressource pour un sem donné et la renvoie"""
|
|
format = ["CM/TD", "TP", "Projet"]
|
|
|
|
saesem = saes[sem] # les saé du semestre
|
|
ressem = ressources[sem] # les ressources du semestre
|
|
|
|
nbre_saes = len(DATA_SAES[sem])
|
|
nbre_ressources = len(DATA_RESSOURCES[sem])
|
|
if len(saesem) != nbre_saes or len(ressem) != nbre_ressources:
|
|
__LOGGER.warning(f"Pb => il manque des saes/ressources au {sem}")
|
|
|
|
matrice = [[0] * (len(format)) for i in range(nbre_saes + nbre_ressources)]
|
|
|
|
for (i, s) in enumerate(saesem): # pour chaque SAE
|
|
formation = (
|
|
s.sae["heures_encadrees"]
|
|
if not isinstance(s.sae["heures_encadrees"], str)
|
|
else 0
|
|
)
|
|
tp = s.sae["tp"] if not isinstance(s.sae["tp"], str) else 0
|
|
matrice[i][0] = formation - tp
|
|
matrice[i][1] = tp
|
|
matrice[i][2] = s.sae["projet"] if not isinstance(s.sae["projet"], str) else 0
|
|
|
|
for (i, r) in enumerate(ressem): # pour chaque ressource
|
|
formation = (
|
|
r.ressource["heures_formation"]
|
|
if not isinstance(r.ressource["heures_formation"], str)
|
|
else 0
|
|
)
|
|
tp = (
|
|
r.ressource["heures_tp"]
|
|
if not isinstance(r.ressource["heures_tp"], str)
|
|
else 0
|
|
)
|
|
matrice[i + nbre_saes][0] = formation - tp
|
|
matrice[i + nbre_saes][1] = tp
|
|
|
|
return matrice
|
|
|
|
|
|
def str_matrice(matrice, saes, ressources, sem):
|
|
"""Renvoie une chaine de caractère affichant la matrice"""
|
|
les_codes_acs = [code for comp in DATA_ACS for code in DATA_ACS[comp]]
|
|
nbre_acs = len(les_codes_acs)
|
|
|
|
saesem = saes[sem] # les saé du semestre
|
|
ressem = ressources[sem] # les ressources du semestre
|
|
|
|
nbre_saes = len(DATA_SAES[sem])
|
|
nbre_ressources = len(DATA_RESSOURCES[sem])
|
|
|
|
chaine = ""
|
|
ligne = "{:20s} | " + "{:5s} | " * (nbre_saes + nbre_ressources)
|
|
valeurs = ("" for i in range(nbre_saes + nbre_ressources + 1))
|
|
trait = "-" * len(ligne.format(*valeurs))
|
|
|
|
valeurs = (
|
|
[""]
|
|
+ [s.sae["code"] if s.sae["code"] else "????" for s in saesem]
|
|
+ [r.ressource["code"] if r.ressource["code"] else "????" for r in ressem]
|
|
+ [""] * (nbre_saes - len(saesem) + nbre_ressources - len(ressem))
|
|
)
|
|
valeurs = tuple(valeurs)
|
|
chaine += ligne.format(*valeurs) + "\n" + trait + "\n"
|
|
for (j, ac) in enumerate(les_codes_acs):
|
|
valeurs = [ac] + [
|
|
("X" if matrice[j][i] == True else "")
|
|
for i in range(nbre_saes + nbre_ressources)
|
|
]
|
|
valeurs = tuple(valeurs)
|
|
chaine += ligne.format(*valeurs) + "\n"
|
|
chaine += trait + "\n"
|
|
return chaine
|
|
|
|
|
|
def cesure_contenu(contenu, long_max=30):
|
|
chaine = "\\rotatebox[origin=c]{90}{\n"
|
|
chaine += "\\begin{tabular}{ll}\n"
|
|
contenu_cesure = []
|
|
while contenu:
|
|
indice_espace = contenu.find(" ", long_max)
|
|
if indice_espace < 0:
|
|
contenu_cesure.append(contenu)
|
|
contenu = ""
|
|
else:
|
|
contenu_cesure.append(contenu[:indice_espace])
|
|
contenu = contenu[indice_espace + 1 :]
|
|
chaine += " \\\\ ".join(contenu_cesure)
|
|
chaine += "\\end{tabular} }"
|
|
return chaine
|
|
|
|
|
|
def rotation_entete_colonne(contenu, pos="l"):
|
|
chaine = "\\rotatebox[origin=" + pos + "]{90}{"
|
|
chaine += contenu + "}"
|
|
return chaine
|
|
|
|
|
|
def to_latex_matrice_acs(matrice, saes, ressources, sem):
|
|
"""Renvoie le tableau latex affichant la matrice"""
|
|
|
|
les_codes_acs = [code for comp in DATA_ACS for code in DATA_ACS[comp]]
|
|
nbre_acs = len(les_codes_acs)
|
|
|
|
lettresem = "A" if sem == "S1" else "B"
|
|
|
|
saesem = saes[sem] # les saé du semestre
|
|
ressem = ressources[sem] # les ressources du semestre
|
|
|
|
nbre_saes = len(DATA_SAES[sem])
|
|
nbre_ressources = len(DATA_RESSOURCES[sem])
|
|
nbre_colonnes = nbre_saes + nbre_ressources + 2
|
|
longueur = 4
|
|
chaine = (
|
|
"\\begin{tabular}[c]{|lp{%scm}|" % str(longueur)
|
|
+ "c|" * (nbre_saes)
|
|
+ "c|" * (nbre_ressources)
|
|
+ "}"
|
|
+ "\n"
|
|
)
|
|
chaine += "\\hline \n" # % (nbre_saes + nbre_ressources+1)+ "\n"
|
|
# l'entete
|
|
chaine += " & & "
|
|
chaine += (
|
|
"\multicolumn{%d}{c|}{\\textcolor{saeC}{\\bfseries SAÉs}}" % (nbre_saes) + "\n"
|
|
)
|
|
chaine += " & "
|
|
chaine += (
|
|
"\multicolumn{%d}{c|}{\\textcolor{ressourceC}{\\bfseries Ressources}}"
|
|
% (nbre_ressources)
|
|
+ "\\\\ \n"
|
|
)
|
|
chaine += "\\cline{3-%d}" % (nbre_colonnes)
|
|
chaine += " & & "
|
|
# les noms des SAE et des ressources
|
|
noms_saes = []
|
|
for (i, s) in enumerate(saesem): # pour chaque SAE
|
|
# saecode = "Scode" + lettresem + string.ascii_uppercase[i]
|
|
# contenu = "\\xdef\saecode{\csname " + saecode + "\endcsname}"
|
|
# contenu += "\\tiny{\\hyperlink{sae:\\saecode}{" + s.sae["titre"] + "~}}"
|
|
contenu = "\\tiny{" + s.sae["titre"] + "~}"
|
|
noms_saes.append(rotation_entete_colonne(contenu) + "\n")
|
|
chaine += " & ".join(noms_saes) + "\n"
|
|
chaine += " & "
|
|
noms_ressources = []
|
|
for (i, r) in enumerate(ressem): # pour chaque SAE
|
|
# contenu = r.ressource["code"] + " | " + r.ressource["nom"]
|
|
# noms_ressources.append(rotation_entete_colonne(contenu) + "\n")
|
|
contenu = "\\tiny{" + r.ressource["nom"] + "~}"
|
|
noms_ressources.append(rotation_entete_colonne(contenu) + "\n")
|
|
chaine += " & ".join(noms_ressources) + "\n"
|
|
chaine += "\\\\ \n"
|
|
|
|
# les codes des SAE et des ressources
|
|
noms_saes = []
|
|
chaine += " & & \n"
|
|
for (i, s) in enumerate(saesem): # pour chaque SAE
|
|
contenu = "~\\textcolor{saeC}{" + s.sae["code"] + "}"
|
|
noms_saes.append(rotation_entete_colonne(contenu, pos="r") + "\n")
|
|
chaine += " & ".join(noms_saes) + "\n"
|
|
chaine += " & "
|
|
noms_ressources = []
|
|
for (i, r) in enumerate(ressem): # pour chaque SAE
|
|
contenu = "~\\textcolor{ressourceC}{" + r.ressource["code"] + "}"
|
|
noms_ressources.append(rotation_entete_colonne(contenu, pos="r") + "\n")
|
|
chaine += " & ".join(noms_ressources) + "\n"
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline \n"
|
|
|
|
# Les ACS et les croix
|
|
for (noc, comp) in enumerate(DATA_ACS):
|
|
nom_comp = DATA_COMPETENCES[comp]["nom"]
|
|
niveau = list(DATA_COMPETENCES[comp]["niveaux"].keys())[0]
|
|
couleur = "\\textcolor{compC" + string.ascii_uppercase[noc] + "}"
|
|
chaine += (
|
|
"\\multicolumn{%d}{|l|}{\hyperlink{comp:%s}{%s{\\bfseries %s - %s }}} \\\\"
|
|
% (nbre_colonnes, comp, couleur, comp, nom_comp.replace("&", "\&"))
|
|
)
|
|
chaine += "\\multicolumn{%d}{|l|}{\small Niveau 1 - %s} \\\\" % (
|
|
nbre_colonnes,
|
|
niveau.replace("&", "\&"),
|
|
)
|
|
chaine += "\\hline \n"
|
|
for (k, ac) in enumerate(DATA_ACS[comp]):
|
|
chaine += couleur + "{" + ac + "}" + " & " + "\n"
|
|
chaine += "\\begin{tabular}{p{%scm}} " % (str(longueur - 0.2))
|
|
chaine += "\\tiny{" + DATA_ACS[comp][ac] + "}"
|
|
chaine += "\\end{tabular} & \n"
|
|
|
|
croix = []
|
|
indice_ac = les_codes_acs.index(ac)
|
|
for (i, s) in enumerate(saesem): # pour chaque SAE
|
|
croix.append("$\\times$" if matrice[indice_ac][i] == True else "")
|
|
chaine += " & ".join(croix) + "\n"
|
|
chaine += " & "
|
|
croix = []
|
|
for (j, r) in enumerate(ressem): # pour chaque SAE
|
|
croix.append(
|
|
"$\\times$" if matrice[indice_ac][nbre_saes + j] == True else ""
|
|
)
|
|
chaine += " & ".join(croix) + "\\\\ \n"
|
|
# if k < len(DATA_ACS[comp]) -1:
|
|
# chaine += "\\cline{2-%d}" % (nbre_saes+ nbre_ressources+3)
|
|
chaine += "\\hline \n"
|
|
chaine += "\\hline \n"
|
|
|
|
chaine += "\\end{tabular}"
|
|
return chaine
|
|
|
|
|
|
def to_latex_matrice_coeffs(matrice_vols, matrice_coeffs, saes, ressources, sem):
|
|
"""Renvoie le tableau latex affichant la matrice"""
|
|
|
|
def str_coeff(val):
|
|
if val == None:
|
|
return ""
|
|
else:
|
|
return str(val)
|
|
|
|
def str_volume(val):
|
|
if val:
|
|
return str(val) + "h"
|
|
else:
|
|
return " "
|
|
|
|
comps = ["RT1", "RT2", "RT3"]
|
|
lettresem = "A" if sem == "S1" else "B"
|
|
sem_id = int(sem[1:])
|
|
saesem = saes[sem] # les saé du semestre
|
|
ressem = ressources[sem] # les ressources du semestre
|
|
|
|
nbre_saes = len(saesem)
|
|
nbre_colonnes = len(comps) + 2
|
|
|
|
chaine = (
|
|
"\\begin{tabular}[c]{|rp{6cm}|"
|
|
+ "c|" * 2
|
|
+ "c|"
|
|
+ "c|" * (len(comps))
|
|
+ "}"
|
|
+ "\n"
|
|
)
|
|
chaine += "\\hline \n" # % (nbre_saes + nbre_ressources+1)+ "\n"
|
|
# le début
|
|
chaine += " & & " + "\\multicolumn{3}{c|}{\\bfseries Volumes} \n"
|
|
chaine += " & " + "\\multicolumn{3}{c|}{\\bfseries Coefficients} \n"
|
|
chaine += " \\\\ \\hline \n"
|
|
# l'entete
|
|
chaine += " & & "
|
|
# Volume
|
|
chaine += rotation_entete_colonne("\\bfseries Heures de formation encadrée") + " & "
|
|
chaine += rotation_entete_colonne("\\bfseries Heures de TPs") + " & "
|
|
chaine += rotation_entete_colonne("\\bfseries Heures de projets") + " & "
|
|
# les noms des comps
|
|
noms = []
|
|
for (i, comp) in enumerate(comps): # pour chaque SAE
|
|
contenu = "\\begin{tabular}{p{5cm}}\n"
|
|
couleur = "\\textcolor{compC" + string.ascii_uppercase[i] + "}"
|
|
contenu += (
|
|
couleur
|
|
+ "{\\bfseries "
|
|
+ comp
|
|
+ "} - "
|
|
+ DATA_COMPETENCES[comp]["nom"].replace("&", "\&")
|
|
+ "\\\\ \n"
|
|
)
|
|
niveau = list(DATA_COMPETENCES[comp]["niveaux"].keys())[0]
|
|
contenu += " \\small Niveau 1 - " + niveau.replace("&", "\&") + "\n"
|
|
contenu += "\\end{tabular}\n"
|
|
noms.append(rotation_entete_colonne(contenu) + "\n")
|
|
chaine += " & ".join(noms) + "\n"
|
|
chaine += "\\\\ \n"
|
|
|
|
chaine += "\\hline"
|
|
chaine += "\\hline"
|
|
|
|
chaine += (
|
|
"\multicolumn{%d}{|l}{\\textcolor{saeC}{\\bfseries SAÉs}}" % (nbre_colonnes)
|
|
+ "\n"
|
|
)
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline "
|
|
# le nom des SAE
|
|
for (i, s) in enumerate(saesem): # pour chaque SAE
|
|
chaine += "\\textcolor{saeC}{" + s.sae["code"] + "} & " + "\n"
|
|
chaine += (
|
|
"\\begin{tabular}{p{5.7cm}} \\tiny{"
|
|
+ s.sae["titre"]
|
|
+ "} \\end{tabular} & \n"
|
|
)
|
|
chaine += str_volume(matrice_vols[i][0]) + " & "
|
|
chaine += str_volume(matrice_vols[i][1]) + " & "
|
|
chaine += str_volume(matrice_vols[i][2]) + " & "
|
|
chaine += " & ".join(
|
|
[str_coeff(matrice_coeffs[i][j]) for j in range(len(comp))]
|
|
)
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline "
|
|
# Les ressources et les coeff
|
|
chaine += (
|
|
"\multicolumn{%d}{|l}{\\textcolor{ressourceC}{\\bfseries Ressources}}"
|
|
% (nbre_colonnes)
|
|
+ "\n"
|
|
)
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline "
|
|
|
|
for (i, r) in enumerate(ressem): # pour chaque SAE
|
|
chaine += "\\textcolor{ressourceC}{" + r.ressource["code"] + "} & " + "\n"
|
|
chaine += "\\begin{tabular}{p{5.7cm}}"
|
|
chaine += "\\tiny{" + r.ressource["nom"] + "} \\end{tabular} & \n"
|
|
chaine += str_volume(matrice_vols[i + nbre_saes][0]) + " & "
|
|
chaine += str_volume(matrice_vols[i + nbre_saes][1]) + " & "
|
|
chaine += " & "
|
|
chaine += " & ".join(
|
|
[str_coeff(matrice_coeffs[i + nbre_saes][j]) for j in range(len(comp))]
|
|
)
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline "
|
|
|
|
# Total
|
|
total_heures = get_total_nbre_heures(matrice_vols)
|
|
total_heures_sae = get_total_nbre_heures_saes(matrice_vols, sem)
|
|
total_heures_ressources = get_total_nbre_heures_ressources(matrice_vols, sem)
|
|
total_coeffs = get_total_coeffs(matrice_coeffs)
|
|
total_coeffs_sae = get_total_coeffs_saes(matrice_coeffs, sem)
|
|
total_coeffs_ressources = get_total_coeffs_ressources(matrice_coeffs, sem)
|
|
|
|
chaine += "\\hline "
|
|
chaine += "\multicolumn{%d}{|l|}{\\bfseries Total}" % (nbre_colonnes) + "\n"
|
|
chaine += "\\\\ \n"
|
|
chaine += "\\hline "
|
|
# sous-total SAE
|
|
chaine += "\multicolumn{2}{|r|}{\\textit{SAÉs}} "
|
|
for i in range(3):
|
|
chaine += " & \\textit{" + str(total_heures_sae[i]) + "h}"
|
|
for i in range(3):
|
|
chaine += " & \\textit{" + str(total_coeffs_sae[i]) + "}"
|
|
chaine += "\\\\ \hline "
|
|
chaine += "\multicolumn{2}{|r|}{\\textit{Ressources}} "
|
|
for i in range(3):
|
|
chaine += " & \\textit{" + str(total_heures_ressources[i]) + "h}"
|
|
for i in range(3):
|
|
chaine += " & \\textit{" + str(total_coeffs_ressources[i]) + "}"
|
|
chaine += "\\\\ \hline "
|
|
chaine += "\multicolumn{2}{|r|}{\\bfseries SAÉs + Ressources}"
|
|
for i in range(3):
|
|
chaine += " & {\\bfseries " + str(total_heures[i]) + "h}"
|
|
for i in range(3):
|
|
chaine += " & {\\bfseries " + str(total_coeffs[i]) + "}"
|
|
chaine += "\\\\ \\hline"
|
|
|
|
# ECTS
|
|
chaine += r"""\multicolumn{5}{l}{~}\\
|
|
\multicolumn{5}{l}{\bfseries Crédits ECTS}\\
|
|
\hline
|
|
\multicolumn{5}{|l|}{} & RT1 & RT2 & \multicolumn{1}{c|}{RT3} \\
|
|
\hline
|
|
\multicolumn{5}{|l|}{} & %d & %d & %d \\
|
|
\hline
|
|
""" % tuple(Config.ECTS[sem_id][ue] for ue in Config.ECTS[sem_id])
|
|
chaine += "\\end{tabular}"
|
|
return chaine
|
|
|
|
|
|
def get_total_nbre_heures(matrice_heures):
|
|
"""Calcul le nombre d'heures total des SAé d'après la matrice"""
|
|
sommes = [
|
|
sum(
|
|
[
|
|
matrice_heures[i][j]
|
|
for i in range(len(matrice_heures))
|
|
if matrice_heures[i][j]
|
|
]
|
|
)
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def get_total_nbre_heures_saes(matrice_heures, sem):
|
|
"""Calcul le nombre d'heures total des SAé d'après la matrice"""
|
|
nbre_sae = len(DATA_SAES[sem])
|
|
sommes = [
|
|
sum([matrice_heures[i][j] for i in range(nbre_sae) if matrice_heures[i][j]])
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def get_total_nbre_heures_ressources(matrice_heures, sem):
|
|
"""Calcul le nombre d'heures total des SAé d'après la matrice"""
|
|
nbre_sae = len(DATA_SAES[sem])
|
|
sommes = [
|
|
sum(
|
|
[
|
|
matrice_heures[i][j]
|
|
for i in range(nbre_sae, len(matrice_heures))
|
|
if matrice_heures[i][j]
|
|
]
|
|
)
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def get_total_coeffs(matrice_coeffs):
|
|
sommes = [
|
|
sum(
|
|
[
|
|
matrice_coeffs[i][j]
|
|
for i in range(len(matrice_coeffs))
|
|
if matrice_coeffs[i][j]
|
|
]
|
|
)
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def get_total_coeffs_saes(matrice_coeffs, sem):
|
|
nbre_sae = len(DATA_SAES[sem])
|
|
sommes = [
|
|
sum([matrice_coeffs[i][j] for i in range(nbre_sae) if matrice_coeffs[i][j]])
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def get_total_coeffs_ressources(matrice_coeffs, sem):
|
|
nbre_sae = len(DATA_SAES[sem])
|
|
sommes = [
|
|
sum(
|
|
[
|
|
matrice_coeffs[i][j]
|
|
for i in range(nbre_sae, len(matrice_coeffs))
|
|
if matrice_coeffs[i][j]
|
|
]
|
|
)
|
|
for j in range(3)
|
|
]
|
|
return sommes
|
|
|
|
|
|
def str_latex_abbreviations():
|
|
"""Renvoie le code latex d'un tableau pour les abbréviations"""
|
|
liste = [
|
|
[cle, DATA_ABBREVIATIONS[lettre][cle]]
|
|
for lettre in DATA_ABBREVIATIONS
|
|
for cle in DATA_ABBREVIATIONS[lettre]
|
|
]
|
|
nbre_abbreviations = len(liste)
|
|
chaine = ""
|
|
for i in range(nbre_abbreviations):
|
|
chaine += "\\begin{tabular}{rp{6.5cm}} \n"
|
|
chaine += (
|
|
"\makebox[1.5cm][r]{\\textabbrv{"
|
|
+ liste[i][0]
|
|
+ "}} & "
|
|
+ liste[i][1]
|
|
+ "\\\\ \n"
|
|
)
|
|
chaine += "\\end{tabular}\n\n"
|
|
return chaine |