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PoseRealsense.__init__
(self, **kwargs)
Les paramètres sont à définir dans le fichier posenet.ini
Les paramètres sont à définir dans le fichier posenet.ini
def __init__(self, **kwargs): """Les paramètres sont à définir dans le fichier posenet.ini""" self.threshold = kwargs.get('threshold', 0.2) self.around = kwargs.get('around', 5) self.width = kwargs.get('width_input', 1280) self.height = kwargs.get('height_input', 720) self.set_pipeline() self.get_engine() self.osc = OscClient(**kwargs) self.get_colors()
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[ 83, 4 ]
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
parcourt_arbre_avec_parent
(arbre, f)
Appelle f(noeud_parent.valeur, noeud.valeur) pour chaque noeud de l'arbre à partir de la racine.
Appelle f(noeud_parent.valeur, noeud.valeur) pour chaque noeud de l'arbre à partir de la racine.
def parcourt_arbre_avec_parent(arbre, f): """Appelle f(noeud_parent.valeur, noeud.valeur) pour chaque noeud de l'arbre à partir de la racine.""" def parcourt_arbre_recursif(noeud_parent, noeud, f): if noeud != None: f(noeud_parent.valeur, noeud.valeur) parcourt_arbre_recursif(noeud, noeud.gauche, f) parcourt_arbre_recursif(noeud, noeud.droite, f) if arbre.noeud != None: parcourt_arbre_recursif(arbre.noeud, arbre.noeud.gauche, f) parcourt_arbre_recursif(arbre.noeud, arbre.noeud.droite, f)
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
Xp.bdd_set_xp
(self, userID: int, points: int, Type: str='add', guild: int=None)
Ajoute/reset de l'xp à un utilisateur dans la database
Ajoute/reset de l'xp à un utilisateur dans la database
async def bdd_set_xp(self, userID: int, points: int, Type: str='add', guild: int=None): """Ajoute/reset de l'xp à un utilisateur dans la database""" try: if not self.bot.database_online: self.bot.unload_extension("fcts.xp") return None if points < 0: return True if guild is None: cnx = self.bot.cnx_frm else: cnx = self.bot.cnx_xp table = await self.get_table(guild) cursor = cnx.cursor(dictionary = True) if Type=='add': query = ("INSERT INTO `{t}` (`userID`,`xp`) VALUES ('{u}','{p}') ON DUPLICATE KEY UPDATE xp = xp + '{p}';".format(t=table,p=points,u=userID)) else: query = ("INSERT INTO `{t}` (`userID`,`xp`) VALUES ('{u}','{p}') ON DUPLICATE KEY UPDATE xp = '{p}';".format(t=table,p=points,u=userID)) cursor.execute(query) cnx.commit() cursor.close() return True except Exception as e: await self.bot.get_cog('Errors').on_error(e,None) return False
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[ 392, 24 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Map.bouger_hitbox
(self, x, y)
Déplace les hitboxs de collision Permets de déplacer les hitboxs de collisions, utilisé lors du Déplacement du personnage ou de la camera
Déplace les hitboxs de collision Permets de déplacer les hitboxs de collisions, utilisé lors du Déplacement du personnage ou de la camera
def bouger_hitbox(self, x, y): """Déplace les hitboxs de collision Permets de déplacer les hitboxs de collisions, utilisé lors du Déplacement du personnage ou de la camera """ # nouvelle_liste va écraser la liste des constantes de collision pour les tuiles for hitbox in cc.groupes["tuile"]: # Je parcours le contenu du groupe hitbox.rect.move_ip(x, y)
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[ 86, 37 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
domoticz_rename_device
(idx, nom)
return req.status_code
renomme un device dans domoticz
renomme un device dans domoticz
def domoticz_rename_device(idx, nom): ''' renomme un device dans domoticz ''' nom = str(nom) # renomme un device domoticz myurl=url_domoticz+'command&param=renamedevice&idx='+idx+'&name='+nom req=requests.get(myurl) if debug: print(u' '.join((u'GET-> ',myurl,' : ',str(req.status_code))).encode('utf-8')) if (req.status_code != 200): http_error(req.status_code,req.reason) # Appel fonction sur erreur HTTP return req.status_code
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
CNN.load
(self)
Récupère un modèle déjà entrainé pour inférer.
Récupère un modèle déjà entrainé pour inférer.
def load(self): """Récupère un modèle déjà entrainé pour inférer.""" self.load_state_dict(torch.load('./models/model_' + self.name_model + '_' + str(self.input_window) + '_days_to_' + str(self.output_window) + '_hours.pt'))
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[ 79, 4 ]
[ 81, 162 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Etude_pics
(G,d,mu,t,nbu=100,ndigits=2,nb=50,conv=False,steps=1000,trial=5)
return np.array(Mat)
Fonction donnant le nombres de pics obtenue en simulant nb modele de Deffuant sur le graphe G avec distribution initiale uniforme, pics comptés avec une précision ndigits jusqu'au temps nb pour une valeur de palié et de capacité d'adaptation donné. Argument : G : graphe Networkx d : palié de Deffuant (0<=d<=1) mu : capacité d'adaptation (0<=mu<=1/2) t : temps de simulation nbu : multiplicateur du temps de simulation ( par défaut nbu=100) ndigits : précision de détection des pics et du test de convergence( par défaut ndigit=2) nb : nombre de simulation réalisé (par défaut nb=50) conv: si True ne compte un résulat qu'une fois la convergence atteint ou si la convergence a échoué (par défaut conv=False steps: nombre d'étapes entre 2 tests de convergence (par défaut =1000) trial: nombre de test de convergence réaliser au maximum, au bout de trial essais la fonction retroune le résultat même si la convergence n'as pas eux lieu (par défaut trial=5) Sortie : np.array de taille nb contenant les nb valeurs de nombre de pics obtenue pour chaque simulation
Fonction donnant le nombres de pics obtenue en simulant nb modele de Deffuant sur le graphe G avec distribution initiale uniforme, pics comptés avec une précision ndigits jusqu'au temps nb pour une valeur de palié et de capacité d'adaptation donné.
def Etude_pics(G,d,mu,t,nbu=100,ndigits=2,nb=50,conv=False,steps=1000,trial=5): '''Fonction donnant le nombres de pics obtenue en simulant nb modele de Deffuant sur le graphe G avec distribution initiale uniforme, pics comptés avec une précision ndigits jusqu'au temps nb pour une valeur de palié et de capacité d'adaptation donné. Argument : G : graphe Networkx d : palié de Deffuant (0<=d<=1) mu : capacité d'adaptation (0<=mu<=1/2) t : temps de simulation nbu : multiplicateur du temps de simulation ( par défaut nbu=100) ndigits : précision de détection des pics et du test de convergence( par défaut ndigit=2) nb : nombre de simulation réalisé (par défaut nb=50) conv: si True ne compte un résulat qu'une fois la convergence atteint ou si la convergence a échoué (par défaut conv=False steps: nombre d'étapes entre 2 tests de convergence (par défaut =1000) trial: nombre de test de convergence réaliser au maximum, au bout de trial essais la fonction retroune le résultat même si la convergence n'as pas eux lieu (par défaut trial=5) Sortie : np.array de taille nb contenant les nb valeurs de nombre de pics obtenue pour chaque simulation''' Mat=[] for i in range(nb): Ma=Simulator(G,d,mu,t,nbu=nbu,conv=conv,steps=steps,trial=trial,ndigits=ndigits) n=len(Detecte_pic(Ma[-1],ndigits=ndigits)) Mat.append(n) return np.array(Mat)
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
Layer.handle_enable_ows_status
(self)
Gérer le statut d'activation de la couche de données SIG.
Gérer le statut d'activation de la couche de données SIG.
def handle_enable_ows_status(self): """Gérer le statut d'activation de la couche de données SIG.""" ws_name = self.resource.dataset.organisation.slug if self.resource.ogc_services: MRAHandler.enable_layer(ws_name, self.name) # TODO: Comment on gère les ressources CKAN service ??? else: MRAHandler.disable_layer(ws_name, self.name)
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.get_ticket
(self)
return self.ctx.get("ticket")
Obtenir le ticket de la base de données lors de la prise
Obtenir le ticket de la base de données lors de la prise
def get_ticket(self): """ Obtenir le ticket de la base de données lors de la prise """ return self.ctx.get("ticket")
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[ 279, 4 ]
[ 281, 37 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
init
()
Initialise le simulateur
Initialise le simulateur
def init(): """Initialise le simulateur""" # Instanciation de Bullet physicsClient = p.connect(p.GUI) p.setGravity(0, 0, -10) # Chargement du sol planeId = p.loadURDF(dirname+'/plane.urdf') p.setPhysicsEngineParameter(fixedTimeStep=dt)
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
bitset.is_set
(self, pos)
return (self.bits[pos // 8] & (1 << (pos % 8))) != 0
lit l'état du bit `pos`
lit l'état du bit `pos`
def is_set(self, pos): """ lit l'état du bit `pos` """ assert pos >= 0 and pos < self.taille return (self.bits[pos // 8] & (1 << (pos % 8))) != 0
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
integral_optimised
(f, a, b, method_I, epsilon)
return I_2n
Calcul d'intégrale optimisé
Calcul d'intégrale optimisé
def integral_optimised(f, a, b, method_I, epsilon): "Calcul d'intégrale optimisé" n = 2 I_n = integral_rect(f, t_0 = a, T = b, n = n, method = method_I) n *= 2 I_2n = integral_rect(f, t_0 = a, T = b, n = n, method = method_I) while np.abs (I_2n - I_n) > epsilon: I_n = I_2n I_2n = (1./2)*I_n + ((b - a)/(2*n)) * sum(f, a, b, n) n = 2 * n return I_2n
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
SegmentBord.calcul_vecteur_fin
(self)
propose une seconde extrémité connaissant la première, beaucoup plus loin en conservant la meme orientation, du moment qu'on traverse l'image
propose une seconde extrémité connaissant la première, beaucoup plus loin en conservant la meme orientation, du moment qu'on traverse l'image
def calcul_vecteur_fin(self): """propose une seconde extrémité connaissant la première, beaucoup plus loin en conservant la meme orientation, du moment qu'on traverse l'image""" t = self.dim.x + self.dim.y self.b.x = int(self.a.x + self.vecteur.x * t) self.b.y = int(self.a.y + self.vecteur.y * t)
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
FenetrePrincipale.debug
(self)
Gère le sous-menu de débug
Gère le sous-menu de débug
def debug(self): """Gère le sous-menu de débug""" self.DEBUG = not self.DEBUG
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
setJoints
(robot, joints)
Définis les angles cibles pour les moteurs du robot Arguments: int -- identifiant du robot joints {list} -- liste des positions cibles (rad)
Définis les angles cibles pour les moteurs du robot
def setJoints(robot, joints): """Définis les angles cibles pour les moteurs du robot Arguments: int -- identifiant du robot joints {list} -- liste des positions cibles (rad) """ jointsMap = [0, 1, 2, 4, 5, 6, 8, 9, 10, 12, 13, 14] for k in range(len(joints)): jointInfo = p.getJointInfo(robot, jointsMap[k]) p.setJointMotorControl2( robot, jointInfo[0], p.POSITION_CONTROL, joints[k])
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null
python
fr
['fr', 'fr', 'fr']
True
true
null
corde.__init__
(self, nb, p1, p2, m, k, g, f, l)
initialisation d'une corde @param nb nombre de points @param p1 = x1,y1 coordoonn�es du premier point (fixe) @param p2 = x2,y2 coordoonn�es du dernier point (fixe) @param m masse de la corde, r�partie entre tous les pointstous les points @param k raideur de l'�lastique @param g intensit� de l'apesanteur, valeur positive @param f vitesse de freinage @param l longueur de la corde
initialisation d'une corde
def __init__(self, nb, p1, p2, m, k, g, f, l) : """initialisation d'une corde @param nb nombre de points @param p1 = x1,y1 coordoonn�es du premier point (fixe) @param p2 = x2,y2 coordoonn�es du dernier point (fixe) @param m masse de la corde, r�partie entre tous les pointstous les points @param k raideur de l'�lastique @param g intensit� de l'apesanteur, valeur positive @param f vitesse de freinage @param l longueur de la corde""" x1,y1 = p1[0], p1[1] x2,y2 = p2[0], p2[1] self.list = [] self.vitesse = [] for i in range (0,nb) : x = x1 + float (i) * (x2 - x1) / float (nb - 1) y = y1 + float (i) * (y2 - y1) / float (nb - 1) self.list.append ( point (x,y, float (m) / nb)) self.vitesse.append (point (0,0,0)) self.k = k * nb self.g = g self.l = float (l) / (nb-1) self.f = f
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[ 36, 4 ]
[ 60, 18 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Board.getPieceAtIndex
(self, index)
return self.shapes[index]
Renvoie une piece a l'index index
Renvoie une piece a l'index index
def getPieceAtIndex(self, index): """Renvoie une piece a l'index index""" return self.shapes[index]
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[ 118, 1 ]
[ 120, 27 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
SegmentBord.premier
(self)
définit le premier segment, horizontal, part du bord gauche
définit le premier segment, horizontal, part du bord gauche
def premier(self): """définit le premier segment, horizontal, part du bord gauche""" self.angle = 0 self.fin = Point(0, 0) self.calcul_vecteur()
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[ 54, 4 ]
[ 58, 29 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
f_credit
(masterx,mastery)
attributions : option "Prise En Main" du sous menu "Outils" (l.afpt) description : ouvre la page des crédits (dans l'application) paramètres : - masterx => largeur de la fenêtre au moment de l'appelle de la fonction - mastery => hauteur de la fenêtre au moment de l'appelle de la fonction
attributions : option "Prise En Main" du sous menu "Outils" (l.afpt) description : ouvre la page des crédits (dans l'application) paramètres : - masterx => largeur de la fenêtre au moment de l'appelle de la fonction - mastery => hauteur de la fenêtre au moment de l'appelle de la fonction
def f_credit(masterx,mastery): """attributions : option "Prise En Main" du sous menu "Outils" (l.afpt) description : ouvre la page des crédits (dans l'application) paramètres : - masterx => largeur de la fenêtre au moment de l'appelle de la fonction - mastery => hauteur de la fenêtre au moment de l'appelle de la fonction""" credit_master = tk.Tk() credit_master.title('Prise en main') credit_master.geometry(f'{masterx-30}x{mastery-30}') # on ajuste la taille de la fenêtre en fonction de la taille de la fenêtre récupérée en paramètre credit_master.geometry("+40+60") credit_master.config(bg='#022c43') credit_master.mainloop()
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[ 297, 0 ]
[ 307, 28 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
__init__
(self, decalage)
Constructeur, fournir le décalage souhaité
Constructeur, fournir le décalage souhaité
def __init__(self, decalage): '''Constructeur, fournir le décalage souhaité''' self.decalage = decalage % 26
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[ 5, 4 ]
[ 7, 37 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
enregistre_operation
(op, valeur1)
return valeur1, "0", op
Mémorise l'opération en vu d'un futur clic sur le bouton '='.
Mémorise l'opération en vu d'un futur clic sur le bouton '='.
def enregistre_operation(op, valeur1): """Mémorise l'opération en vu d'un futur clic sur le bouton '='.""" return valeur1, "0", op
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[ 90, 0 ]
[ 92, 27 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Admin.main_idea
(self, ctx: MyContext)
Ajouter une idée dans le salon des idées, en français et anglais
Ajouter une idée dans le salon des idées, en français et anglais
async def main_idea(self, ctx: MyContext): """Ajouter une idée dans le salon des idées, en français et anglais""" pass
[ "async", "def", "main_idea", "(", "self", ",", "ctx", ":", "MyContext", ")", ":", "pass" ]
[ 896, 4 ]
[ 898, 12 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.get_element_param
(self, element, params, default=None)
Obtenir la valeur d'un paramètre d'un élément
Obtenir la valeur d'un paramètre d'un élément
def get_element_param(self, element, params, default=None): """ Obtenir la valeur d'un paramètre d'un élément """ if self.application["tables"][self.ctx["table_id"]]["elements"][element].get("params", None): return self.application["tables"][self.ctx["table_id"]]["elements"][element].get("params").get(params, default) else: return default
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[ 538, 4 ]
[ 543, 26 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
etude
(n)
Détermine les automorphismes de Z/nZ.
Détermine les automorphismes de Z/nZ.
def etude(n): '''Détermine les automorphismes de Z/nZ.''' print(f'n = {n}\nordres = {ordres(n)}\n') Bl, Bf = quasi_isomorphismes(n) for bl, bf in zip(Bl,Bf): print(list(map(bf, range(n)))) if not est_morphisme(bf, n): print('n\'est pas un isomorphisme.\n') else: print('est un isomorphisme.\n')
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[ 7, 0 ]
[ 16, 43 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
ig.closeOrders
(self, dealId, orderType, *args)
SEUL un Deal ID devrait etre passé, avec MARKET type
SEUL un Deal ID devrait etre passé, avec MARKET type
def closeOrders(self, dealId, orderType, *args): """SEUL un Deal ID devrait etre passé, avec MARKET type""" if orderType == "MARKET": level = None url = [self.serverAddr, "/positions/otc"] url0 = self.serverAddr + "/positions/" + dealId h0 = { 'IG-ACCOUNT-ID': Var.data.get('accountId'), 'Authorization': Var.data.get('oauthToken').get('token_type') + " " + Var.data.get('oauthToken').get('access_token'), 'Version': '1', 'X-IG-API-KEY': Id.apiKey, } h1 = { 'IG-ACCOUNT-ID': Var.data.get('accountId'), 'Authorization': Var.data.get('oauthToken').get('token_type') + " " + Var.data.get('oauthToken').get('access_token'), 'Version': '1', 'X-IG-API-KEY': Id.apiKey, '_method': "DELETE" } # Verifie et ajuste le sens et la taille par rapport a l'initiale r0 = requests.get(url0, headers=h0) raw0 = r0.json() print(raw0) if (raw0.get("position").get("direction")) == "BUY": CloseDir = "SELL" else: CloseDir = "BUY" initialSize = raw0.get("position").get("dealSize") initialeLevel = raw0.get("position").get("openLevel") if float(initialSize) == int(initialSize): initialSize = int(initialSize) payloads = { "dealId": dealId, "epic": None, "expiry": None, "direction": CloseDir, "size": str(initialSize), "level": level, "orderType": orderType, "timeInForce": None, "quoteId": None } print(json.dumps(payloads)) r = requests.post(str("").join(url), headers=h1, data=json.dumps(payloads)) if r.status_code == 200: dealref = r.json().get("dealReference") url1 = self.serverAddr + "/confirms/" + dealref r1 = requests.get(url1, headers=h0) raw1 = r1.json() if raw1.get("dealStatus") == "ACCEPTED": # print(raw1) Var.cleanedDeal["CloseTime"].append(raw1.get("date")) Var.cleanedDeal["OpenTime"].append(raw1.get("dealId")) Var.cleanedDeal["closelevel"].append(raw1.get("level")) Var.cleanedDeal["profit"].append(raw1.get("profit")) Var.cleanedDeal["entrylevel"].append(initialeLevel) elif (raw1.get("dealStatus")) == "REJECTED": print("Rejected") else: print("Erreur: ") print(r1.status_code) Var.PnL = + (round(float(raw1.get("profit")), 2)) else: print("erreur:", r.status_code) print(r.json())
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[ 352, 4 ]
[ 429, 27 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
resultatAppel
()
Controleur de la route '/resultatAppel'
Controleur de la route '/resultatAppel'
def resultatAppel(): "Controleur de la route '/resultatAppel' " def requeteListeAppelClasse(conn, cur, result): values = (session['user']['idSuperieur'],) + tuple([champ for champ in result]) if len(values) == 2: values = values + (values[1],) requete = """ SELECT statut, eleve.nom AS nomCandidat, eleve.prenom AS prenomCandidat, lycee.nom AS nomLycee, (note1 * coefNote1 + note2 * coefNote2)/(coefNote1 + coefNote2) AS moyenne FROM ((superieur JOIN candidature USING(idSuperieur)) JOIN eleve USING(idEleve)) JOIN lycee USING(idLycee) WHERE idSuperieur = ? AND statut IN (?, ?) ORDER BY moyenne DESC ; """ cur.execute(requete, values) return cur.fetchall() #analyse du formulaire if request.method == 'POST': #ouverture du formulaire result = request.form #ouverture de la BDD conn = sqlite3.connect('monavenir.db') conn.row_factory = sqlite3.Row #pour récupérer les lignes sous forme de dictionnaire cur = conn.cursor() #requete liste_appel = requeteListeAppelClasse(conn, cur, result) #fermeture de la BDD cur.close() conn.close() return render_template("resultatAppel.html", liste_appel = liste_appel)
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[ 637, 0 ]
[ 666, 79 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Control.flip_state
(self)
Gestion de self.state qui est aussi une autre classe
Gestion de self.state qui est aussi une autre classe
def flip_state(self): """Gestion de self.state qui est aussi une autre classe""" previous, self.state_name = self.state_name, self.state.next persist = self.state.cleanup() self.state = self.state_dict[self.state_name] self.state.startup(self.current_time, persist) self.state.previous = previous
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[ 44, 4 ]
[ 50, 38 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
quasi_isomorphismes
(n, plat = True)
Retourne les bijections [[0, n-1]] préservant l'ordre dans Z/nZ.
Retourne les bijections [[0, n-1]] préservant l'ordre dans Z/nZ.
def quasi_isomorphismes(n, plat = True): '''Retourne les bijections [[0, n-1]] préservant l'ordre dans Z/nZ.''' E = range(n) ordre_n = lambda k: ordre(k, n) # partitionner [[1, n]] par ordre partition = [[k for k in E if ordre_n(k) == o] for o in ordres(n)] # obtenir les permutés de chaque classe permutes_par_classe = [itertools.permutations(partition[i]) for i in range(len(partition))] # produit cartésien des permutés produit = itertools.product(*permutes_par_classe) # aplatir if plat: B = [list(itertools.chain.from_iterable(b)) for b in produit] def faire_fonction(b): '''convertit liste en bijection''' return lambda i: b[B[0].index(i)] return B, map(faire_fonction, B) else: return produit
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[ 19, 0 ]
[ 37, 22 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.sql_insert_record
(self, elements)
Création de l'enregistrement du formulaire courant
Création de l'enregistrement du formulaire courant
def sql_insert_record(self, elements): """ Création de l'enregistrement du formulaire courant """ sql = "INSERT INTO " + self.get_table_id() + " (" params = {} b_first = True for element in elements: if self.get_field_prop(element, "type") == "counter": continue crudel = elements[element].get("crudel") if crudel.is_read_only(): continue if crudel.is_virtual(): continue if b_first: b_first = False else: sql += ", " sql += element params[element] = crudel.get_value() sql += ") VALUES (" b_first = True for element in elements: if self.get_field_prop(element, "type") == "counter": continue crudel = elements[element].get("crudel") if crudel.is_read_only(): continue if crudel.is_virtual(): continue if b_first: b_first = False else: sql += ", " sql += ":" + element sql += ")" # on remplace les {rubrique} par leur valeur sql = self.replace_from_dict(sql, params) # print sql, params self.exec_sql(self.get_basename(), sql, params) # post_sql if self.get_form_prop("sql_post", "") != "": sql = self.replace_from_dict(self.get_form_prop("sql_post"), params) self.exec_sql(self.get_basename(), sql, params)
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[ 638, 4 ]
[ 680, 59 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Xp.add_xp
(self, msg: discord.Message)
Attribue un certain nombre d'xp à un message
Attribue un certain nombre d'xp à un message
async def add_xp(self, msg: discord.Message): """Attribue un certain nombre d'xp à un message""" if msg.author.bot or msg.guild is None or not self.bot.xp_enabled: return used_xp_type = await self.bot.get_config(msg.guild.id,'xp_type') if not ( await self.check_noxp(msg) and await self.bot.get_config(msg.guild.id,'enable_xp') ): return rate = await self.bot.get_config(msg.guild.id,'xp_rate') if self.sus is None: if self.bot.get_cog('Utilities'): await self.reload_sus() else: self.sus = set() if self.bot.zombie_mode: return if used_xp_type == 0: await self.add_xp_0(msg,rate) elif used_xp_type==1: await self.add_xp_1(msg,rate) elif used_xp_type==2: await self.add_xp_2(msg,rate)
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[ 77, 4 ]
[ 97, 41 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
dechiffre
(n, d, *crypt)
return asci
`*crypt` est une liste des blocks à déchiffrer
`*crypt` est une liste des blocks à déchiffrer
def dechiffre(n, d, *crypt): """ `*crypt` est une liste des blocks à déchiffrer""" #dechiffrage des blocs resultat = [str((int(i)**d)%n) for i in crypt] #on rajoute les 0 en debut de blocs pour refaire des blocs de 4 for i, s in enumerate(resultat): if len(s) < 4: while len(s) < 4: s = '0' + s resultat[i] = s #on refait des groupes de 3 et on les convertie directement en ascii g = ''.join(resultat) asci = '' d , f = 0 , 3 while f < len(g): asci = asci + chr(int(g[d:f])) #conversion ascii d , f = f , f + 3 return asci
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[ 0, 0 ]
[ 19, 15 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
get_filepath
(date, data_source='data')
return os.path.join(data_source, f'data_seating_{date}.csv')
Renvoie le filepath d'un fichier donné Args: date (string): string contenant la date sous le format {jour}{Mois abbrégé} -> exemple : 7Nov Returns: string
Renvoie le filepath d'un fichier donné
def get_filepath(date, data_source='data'): """Renvoie le filepath d'un fichier donné Args: date (string): string contenant la date sous le format {jour}{Mois abbrégé} -> exemple : 7Nov Returns: string """ return os.path.join(data_source, f'data_seating_{date}.csv')
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[ 17, 0 ]
[ 28, 64 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
classement
()
return redirect(url_for('interface'))
Fonction de classement des candidatures Temps d'exécution long !
Fonction de classement des candidatures Temps d'exécution long !
def classement(): """Fonction de classement des candidatures Temps d'exécution long ! """ conn = sqlite3.connect('monavenir.db') cur = conn.cursor() #on récupère tous les idSuperieur des établissements du supérieur cur.execute("SELECT idSuperieur FROM superieur ;") #pour chaque établissement liste_idSuperieur = cur.fetchall() #ici on a récupéré une liste de tuple requeteClassement = """ SELECT candidature.idEleve AS idAttente, (note1 * coefNote1 + note2 * coefNote2)/(coefNote1 + coefNote2) AS moyenne FROM (superieur JOIN candidature USING(idSuperieur)) JOIN eleve USING(idEleve) WHERE idSuperieur = ? ORDER BY moyenne DESC LIMIT ? ; """ for etab in liste_idSuperieur: idSuperieur = int(etab[0]) #on récupère les quotas d'admis et de file d'attente cur.execute("SELECT nbAdmis, nbAppel FROM superieur WHERE idSuperieur = ?;", (idSuperieur,)) quotas = cur.fetchone() nbAdmis = int(quotas[0]) nbAppel = int(quotas[1]) #on fixe le statut des en attente cur.execute(requeteClassement, (idSuperieur, nbAppel)) liste_attente = cur.fetchall() #on fixe le statut des candidats dans la liste d'appel for k in range(nbAppel): if k < nbAdmis: cur.execute("UPDATE candidature SET statut = 'admis' WHERE idEleve = ? AND idSuperieur = ? ;", (liste_attente[k][0],idSuperieur)) else: cur.execute("UPDATE candidature SET statut = 'enAttente' WHERE idEleve = ? AND idSuperieur = ? ;", (liste_attente[k][0],idSuperieur)) #on enregistre les modifs précédentes conn.commit() #enfin on fixe le statut des refusés cur.execute("UPDATE candidature SET statut = 'refuse' WHERE idSuperieur = ? AND statut = 'nonTraite';", (idSuperieur,)) #on enregistre conn.commit() return redirect(url_for('interface'))
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[ 274, 0 ]
[ 314, 41 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Checker.get_updated_feed
(self)
return feed_last_updated
Recupere la date de dernière mise à jour du flux ATOM
Recupere la date de dernière mise à jour du flux ATOM
def get_updated_feed(self): """Recupere la date de dernière mise à jour du flux ATOM""" if not self.feeddata: self.load_feed() NS = {'a': 'http://www.w3.org/2005/Atom'} strdate = self.feeddata.xpath('/a:feed/a:updated/text()', namespaces=NS)[0] feed_last_updated = datetime.datetime.strptime(strdate[:19], "%Y-%m-%dT%H:%M:%S") return feed_last_updated
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[ 44, 4 ]
[ 52, 32 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Resource.synchronize
(self, url=None, filename=None, content_type=None, file_extras=None, with_user=None)
Synchronizer le jeu de données avec l'instance de CKAN.
Synchronizer le jeu de données avec l'instance de CKAN.
def synchronize(self, url=None, filename=None, content_type=None, file_extras=None, with_user=None): """Synchronizer le jeu de données avec l'instance de CKAN.""" # Identifiant de la resource CKAN : id = str(self.ckan_id) ckan_resource = {} try: ckan_resource = CkanHandler.get_resource(id) except Exception as e: logger.warning(e) # Définition des propriétés du « package » : data = { 'crs': self.crs and self.crs.description or '', 'name': self.title, 'description': self.description, 'data_type': self.data_type, 'extracting_service': str(self.extractable or False), # I <3 CKAN 'format': self.format_type and self.format_type.ckan_format, 'view_type': self.format_type and self.format_type.ckan_view, 'id': id, 'lang': self.lang, 'restricted_by_jurisdiction': str(self.geo_restriction), 'url': url and url or '', 'api': ckan_resource.get('api', '{}'), } # (0) Aucune restriction if self.restricted_level == 'public': restricted = json.dumps({'level': 'public'}) # (1) Uniquement pour un utilisateur connecté elif self.restricted_level == 'registered': restricted = json.dumps({'level': 'registered'}) # (2) Seulement les utilisateurs indiquées elif self.restricted_level == 'only_allowed_users': restricted = json.dumps({ 'allowed_users': ','.join( self.profiles_allowed.exists() and [ p.user.username for p in self.profiles_allowed.all()] or []), 'level': 'only_allowed_users'}) # (3) Les utilisateurs de cette organisation elif self.restricted_level == 'same_organization': restricted = json.dumps({ 'allowed_users': ','.join( get_all_users_for_organisations( self.organisations_allowed.all())), 'level': 'only_allowed_users'}) # (3) Les utilisateurs des organisations indiquées elif self.restricted_level == 'any_organization': restricted = json.dumps({ 'allowed_users': ','.join( get_all_users_for_organisations( self.organisations_allowed.all())), 'level': 'only_allowed_users'}) # (4) Les utilisateurs partenaires IDGO elif self.restricted_level == 'only_idgo_partners': restricted = json.dumps({ 'allowed_groups': ['idgo-partner'], 'level': 'only_group_member'}) data['restricted'] = restricted if self.referenced_url: data['url'] = self.referenced_url if self.dl_url and filename: downloaded_file = File(open(filename, 'rb')) data['upload'] = downloaded_file data['size'] = downloaded_file.size data['mimetype'] = content_type if self.up_file and file_extras: data['upload'] = self.up_file.file data['size'] = file_extras.get('size') data['mimetype'] = file_extras.get('mimetype') if self.ftp_file: if not url and filename: data['upload'] = self.ftp_file.file data['size'] = self.ftp_file.size if url or filename: if self.format_type and ( type(self.format_type.mimetype) is list and len(self.format_type.mimetype) ): data['mimetype'] = self.format_type.mimetype[0] else: data['mimetype'] = 'text/plain' # data['force_url_type'] = 'upload' # NON PREVU PAR CKAN API if self.data_type == 'raw': if self.ftp_file or self.dl_url or self.up_file: data['resource_type'] = 'file.upload' elif self.referenced_url: data['resource_type'] = 'file' if self.data_type == 'annexe': data['resource_type'] = 'documentation' if self.data_type == 'service': data['resource_type'] = 'api' ckan_package = CkanHandler.get_package(str(self.dataset.ckan_id)) if with_user: username = with_user.username apikey = CkanHandler.get_user(username)['apikey'] with CkanUserHandler(apikey=apikey) as ckan: ckan.publish_resource(ckan_package, **data) else: return CkanHandler.publish_resource(ckan_package, **data)
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NON PREVU PAR CKAN API", "if", "self", ".", "data_type", "==", "'raw'", ":", "if", "self", ".", "ftp_file", "or", "self", ".", "dl_url", "or", "self", ".", "up_file", ":", "data", "[", "'resource_type'", "]", "=", "'file.upload'", "elif", "self", ".", "referenced_url", ":", "data", "[", "'resource_type'", "]", "=", "'file'", "if", "self", ".", "data_type", "==", "'annexe'", ":", "data", "[", "'resource_type'", "]", "=", "'documentation'", "if", "self", ".", "data_type", "==", "'service'", ":", "data", "[", "'resource_type'", "]", "=", "'api'", "ckan_package", "=", "CkanHandler", ".", "get_package", "(", "str", "(", "self", ".", "dataset", ".", "ckan_id", ")", ")", "if", "with_user", ":", "username", "=", "with_user", ".", "username", "apikey", "=", "CkanHandler", ".", "get_user", "(", "username", ")", "[", "'apikey'", "]", "with", "CkanUserHandler", "(", "apikey", "=", "apikey", ")", "as", "ckan", ":", "ckan", ".", "publish_resource", "(", "ckan_package", ",", "*", "*", "data", ")", "else", ":", "return", "CkanHandler", ".", "publish_resource", "(", "ckan_package", ",", "*", "*", "data", ")" ]
[ 852, 4 ]
[ 968, 69 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
get_params_return_utils
(listeGroupes, groupe)
return limit_return_intra, limit_return_inter_groupe, limit_return_inter_paquets
Permet d'avoir les paramètres de branching adaptés à chaque cas.
Permet d'avoir les paramètres de branching adaptés à chaque cas.
def get_params_return_utils(listeGroupes, groupe): """Permet d'avoir les paramètres de branching adaptés à chaque cas. """ taille_groupe = listeGroupes[groupe].get_nombre_passagers() other_groupes_same_taille=0 for groupe2 in list(listeGroupes.keys()): if listeGroupes[groupe2].get_nombre_passagers()==taille_groupe and groupe2!=groupe: other_groupes_same_taille+=1 if other_groupes_same_taille <= 2: limit_return_intra = 3 limit_return_inter_groupe = 2 limit_return_inter_paquets = 5 else: limit_return_intra = 3 limit_return_inter_groupe = 5 limit_return_inter_paquets = 1 return limit_return_intra, limit_return_inter_groupe, limit_return_inter_paquets
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[ 373, 0 ]
[ 389, 84 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
bellman_ford_impl
(m, s)
return dist_a, arc_vers
Implémentation de Bellman-Ford sans gestion de cycles négatifs. m - matrice d'adjacence pondérée. s - sommet de départ. Renvoie la liste des distances aux autres sommets et la liste des arcs constituant les plus courts chemins.
Implémentation de Bellman-Ford sans gestion de cycles négatifs. m - matrice d'adjacence pondérée. s - sommet de départ. Renvoie la liste des distances aux autres sommets et la liste des arcs constituant les plus courts chemins.
def bellman_ford_impl(m, s): """Implémentation de Bellman-Ford sans gestion de cycles négatifs. m - matrice d'adjacence pondérée. s - sommet de départ. Renvoie la liste des distances aux autres sommets et la liste des arcs constituant les plus courts chemins. """ dist_a = [None for _ in range(len(m))] # distances à l'infini dist_a[s] = 0 # distance à lui-même arc_vers = [None for _ in range(len(m))] # résultat queue = [s] while len(queue) != 0: v = queue.pop(0) recalcule_bellman_ford(m, v, dist_a, arc_vers, queue) return dist_a, arc_vers
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[ 189, 0 ]
[ 205, 27 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
num
(s)
Permet de convertir une chaine en entier en évitant les exeptions
Permet de convertir une chaine en entier en évitant les exeptions
def num(s): """ Permet de convertir une chaine en entier en évitant les exeptions""" try: return int(s) except ValueError: return 0
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[ 18, 0 ]
[ 23, 16 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
DatasetShow.get
(self, request, dataset_name)
Voir le jeu de données.
Voir le jeu de données.
def get(self, request, dataset_name): """Voir le jeu de données.""" datasets = handler_get_request(request) for dataset in datasets: if dataset.slug == dataset_name: return JsonResponse(serialize(dataset), safe=True) raise Http404()
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[ 306, 4 ]
[ 312, 23 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Storage.create_many_nodes_by_name
(self, names, coords)
Crée plusieurs noeuds en spécifiant leur nom
Crée plusieurs noeuds en spécifiant leur nom
def create_many_nodes_by_name(self, names, coords): """Crée plusieurs noeuds en spécifiant leur nom""" cursor = self.connection.cursor() cursor.executemany( 'INSERT INTO nodes (name, x, y, color) VALUES (?, ?, ?, "grey")', [(name, coords[0], coords[1]) for name in names], ) self.connection.commit()
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[ 73, 4 ]
[ 80, 32 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
facette.normale
(self, p, rayon)
retourne la normale au point de coordonn�e p et connaissant le rayon
retourne la normale au point de coordonn�e p et connaissant le rayon
def normale (self, p, rayon) : """retourne la normale au point de coordonn�e p et connaissant le rayon""" if rayon.direction.scalaire (self.vnorm) < 0 : return self.vnorm else : return - self.vnorm
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[ 50, 4 ]
[ 55, 31 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Map.bouger
(self, x, y)
Déplacer la map Déplace: - Les 3 couches esthétiques de tuiles - La 4 ème couche qui passe par-dessus le personnage
Déplacer la map Déplace: - Les 3 couches esthétiques de tuiles - La 4 ème couche qui passe par-dessus le personnage
def bouger(self, x, y): """Déplacer la map Déplace: - Les 3 couches esthétiques de tuiles - La 4 ème couche qui passe par-dessus le personnage """ cp.map.x_camera += x # Bouger la camera cp.map.y_camera += y
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[ 88, 4 ]
[ 95, 28 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
trouve_valeur_dans_arbre_rouge_noir
(arbre, valeur)
return noeud
Trouve une valeur dans l'arbre rouge-noir.
Trouve une valeur dans l'arbre rouge-noir.
def trouve_valeur_dans_arbre_rouge_noir(arbre, valeur): """Trouve une valeur dans l'arbre rouge-noir.""" noeud = arbre.noeud while noeud != None and noeud.valeur != valeur: if valeur < noeud.valeur: noeud = noeud.gauche else: noeud = noeud.droite return noeud
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[ 129, 0 ]
[ 138, 16 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.set_app
(self, val)
Valoriser le nom de l'application courante
Valoriser le nom de l'application courante
def set_app(self, val): """ Valoriser le nom de l'application courante """ self.ctx["app"] = val
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[ 274, 4 ]
[ 276, 29 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Objet.normale
(self, p, rayon)
return None
retourne la normale au point de coordonnée p, et connaissant le rayon
retourne la normale au point de coordonnée p, et connaissant le rayon
def normale(self, p, rayon): """retourne la normale au point de coordonnée p, et connaissant le rayon""" return None
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[ 256, 4 ]
[ 258, 19 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
forensic
()
brute force / comprendre le problème ...
brute force / comprendre le problème ...
def forensic(): """ brute force / comprendre le problème ... """ def is_strange(i): l = len(str(i)) if l == 1: return True if i % l != 0: return False return is_strange(i // l) def construction(i): s = str(i) l = len(s) if l == 1: return "1" + " (" + s + ")" return str(l) + " " + construction(i // l) n = 0 l = 0 for i in range(100, 100000): if is_strange(i): if l != len(str(i)): l = len(str(i)) n = 0 n += 1 print("{:3} {:10} {}".format(n, i, construction(i)))
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[ 15, 0 ]
[ 42, 64 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
create_weighted_dict
(nodes, relations)
return result
Crée une liste d'adjacence pondérée à partir d'une liste de noeuds et de relations
Crée une liste d'adjacence pondérée à partir d'une liste de noeuds et de relations
def create_weighted_dict(nodes, relations): """Crée une liste d'adjacence pondérée à partir d'une liste de noeuds et de relations""" # Similaire à la fonction create_dict, sauf qu'on renseigne aussi les poids des relations result = {} for node in nodes: id = node[0] neighbours_dict = {} for relation in relations: start = relation[0] end = relation[1] oriented = relation[2] == 1 weight = relation[3] if start == id: neighbours_dict[end] = weight elif end == id and not oriented: neighbours_dict[start] = weight result[id] = neighbours_dict return result
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[ 26, 0 ]
[ 43, 17 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Calculatrice.supprimerResultat
(self)
On reset le texte des deux LineEdit
On reset le texte des deux LineEdit
def supprimerResultat(self): """On reset le texte des deux LineEdit""" self.le_resultat.setText('0') self.le_operation.setText('')
[ "def", "supprimerResultat", "(", "self", ")", ":", "self", ".", "le_resultat", ".", "setText", "(", "'0'", ")", "self", ".", "le_operation", ".", "setText", "(", "''", ")" ]
[ 71, 1 ]
[ 74, 31 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
is_edi_cde_cli.getNumCommandeClient
(self, ref_article_client)
Recherche du numéro de commande client à partir de la référence article
Recherche du numéro de commande client à partir de la référence article
def getNumCommandeClient(self, ref_article_client): """Recherche du numéro de commande client à partir de la référence article""" for obj in self: num_commande_client = "??" SaleOrder = self.getSaleOrder(ref_article_client) if SaleOrder: num_commande_client = SaleOrder.client_order_ref return num_commande_client
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[ 412, 4 ]
[ 419, 38 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Screen.OMtopx
(self, OM)
return (self.mtopx(OM[0])+xshift, ymax-self.mtopx(OM[1]))
Convertit les positions en m vers des coords en pixels Retourne un tuple
Convertit les positions en m vers des coords en pixels Retourne un tuple
def OMtopx(self, OM): '''Convertit les positions en m vers des coords en pixels Retourne un tuple ''' xshift = self.worldrect[0] ymax = self.worldrect[1]+self.worldrect[3] return (self.mtopx(OM[0])+xshift, ymax-self.mtopx(OM[1]))
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[ 146, 4 ]
[ 151, 65 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
get_points_3D
(xys, depth, depth_intrinsic, around)
return points_3D
Calcul des coordonnées 3D dans un repère centré sur la caméra, avec le z = profondeur La profondeur est une moyenne de la profondeur des points autour, sauf les trop loins et les extrêmes.
Calcul des coordonnées 3D dans un repère centré sur la caméra, avec le z = profondeur La profondeur est une moyenne de la profondeur des points autour, sauf les trop loins et les extrêmes.
def get_points_3D(xys, depth, depth_intrinsic, around): """Calcul des coordonnées 3D dans un repère centré sur la caméra, avec le z = profondeur La profondeur est une moyenne de la profondeur des points autour, sauf les trop loins et les extrêmes. """ points_3D = [None]*17 for key, val in xys.items(): if val: # distance_in_square = [] x, y = val[0], val[1] # nombre de pixel autour du points = 5 x_min = max(x - around, 0) x_max = min(x + around, depth.width) y_min = max(y - around, 0) y_max = min(y + around, depth.height) for u in range(x_min, x_max): for v in range(y_min, y_max): distance_in_square.append(depth.get_distance(u, v)) if distance_in_square: dists = np.asarray(distance_in_square) else: dists = None if dists.any(): # Suppression du plus petit et du plus grand dists = np.sort(dists) dists = dists[1:-1] # Moyenne average = np.average(dists) # Exclusion des trop éloignés reste = dists[ (dists >= average*0.8) & (dists <= average*1.2) ] # Eloignement estimé du points profondeur = np.average(reste) # Calcul les coordonnées 3D avec x et y coordonnées dans # l'image et la profondeur du point point_with_deph = rs.rs2_deproject_pixel_to_point(depth_intrinsic, [x, y], profondeur) if not np.isnan(point_with_deph[0]): points_3D[key] = point_with_deph return points_3D
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[ 251, 0 ]
[ 298, 20 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Calculatrice.btnNombrePressed
(self, bouton)
Fonction activée quand l'utilisateur appuie sur un chiffre (0-9)
Fonction activée quand l'utilisateur appuie sur un chiffre (0-9)
def btnNombrePressed(self, bouton): """Fonction activée quand l'utilisateur appuie sur un chiffre (0-9)""" resultat = self.le_resultat.text() if resultat == '0': self.le_resultat.setText(bouton) else: self.le_resultat.setText(resultat + bouton)
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[ 58, 1 ]
[ 64, 46 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Storage.get_node_by_name
(self, name)
return result
Récupère un noeud par son nom
Récupère un noeud par son nom
def get_node_by_name(self, name): """Récupère un noeud par son nom""" cursor = self.connection.cursor() cursor.execute("SELECT * FROM nodes WHERE name = ?", (name,)) result = cursor.fetchone()[0] return result
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[ 40, 4 ]
[ 45, 21 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
eval_matrix
(text)
Transformer le texte en une matrice (double liste)
Transformer le texte en une matrice (double liste)
def eval_matrix(text): """Transformer le texte en une matrice (double liste)""" text = text.replace(" ", "").replace("\n", "") result = is_matrix_correct.match(text) if result: return eval(text) else: raise RuntimeError("Illegal matrix text provided")
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[ 8, 0 ]
[ 15, 58 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
cercle
(x, y, r, color='black')
tracé d'un cercle de centre (x,y) et de rayon r
tracé d'un cercle de centre (x,y) et de rayon r
def cercle(x, y, r, color='black'): """tracé d'un cercle de centre (x,y) et de rayon r""" MonCanvas.create_oval(x - r, y - r, x + r, y + r, outline=color)
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[ 51, 0 ]
[ 53, 68 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Screen.run
(self)
Code à exécuter pendant l'exécution du thread.
Code à exécuter pendant l'exécution du thread.
def run(self): """Code à exécuter pendant l'exécution du thread.""" i = 0 while True: animation.loop_chenillard(self.strip, color=Color(95, 90, 255)) time.sleep(0.5) animation.loop_chenillard_digits(self.strip) time.sleep(0.5)
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[ 20, 4 ]
[ 28, 27 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Admin.owner_reload
(self, ctx: MyContext)
Ajoute le rôle Owner à tout les membres possédant un serveur avec le bot Il est nécessaire d'avoir au moins 10 membres pour que le rôle soit ajouté
Ajoute le rôle Owner à tout les membres possédant un serveur avec le bot Il est nécessaire d'avoir au moins 10 membres pour que le rôle soit ajouté
async def owner_reload(self, ctx: MyContext): """Ajoute le rôle Owner à tout les membres possédant un serveur avec le bot Il est nécessaire d'avoir au moins 10 membres pour que le rôle soit ajouté""" server = self.bot.get_guild(356067272730607628) if server is None: await ctx.send("Serveur ZBot introuvable") return role = server.get_role(486905171738361876) if role is None: await ctx.send("Rôle Owners introuvable") return owner_list = list() for guild in self.bot.guilds: if len(guild.members)>9: if guild.owner_id is None: await ctx.send("Oops, askip le propriétaire de {} n'existe pas ._.".format(guild.id)) continue owner_list.append(guild.owner_id) for member in server.members: if member.id in owner_list and role not in member.roles: await ctx.send("Rôle ajouté à "+str(member)) await member.add_roles(role,reason="This user support me") elif (member.id not in owner_list) and role in member.roles: await ctx.send("Rôle supprimé à "+str(member)) await member.remove_roles(role,reason="This user doesn't support me anymore") await ctx.bot.get_cog('Utilities').add_check_reaction(ctx.message)
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[ 641, 4 ]
[ 666, 74 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
white_noise
()
Remplit le tableau (donc la table t) avec du bruit blanc
Remplit le tableau (donc la table t) avec du bruit blanc
def white_noise(): "Remplit le tableau (donc la table t) avec du bruit blanc" arr[:] = np.random.normal(0.0, 0.5, size=bs)
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[ 20, 0 ]
[ 22, 48 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
diviseur
(n)
return n
premier diviseur premier de n
premier diviseur premier de n
def diviseur(n): """ premier diviseur premier de n """ i = 2 while i * i <= n: q, r = divmod(n, i) if r == 0: return i i += 1 return n
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[ 15, 0 ]
[ 23, 12 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
resultatStatsEtabAvant
()
Controleur de la route '/resultatStatsEtabAvant'
Controleur de la route '/resultatStatsEtabAvant'
def resultatStatsEtabAvant(): "Controleur de la route '/resultatStatsEtabAvant' " def requeteNomEtab(conn, cur, idSuperieur): cur.execute("SELECT nom FROM superieur WHERE idSuperieur = ? ;", (idSuperieur,)) return cur.fetchone()['nom'] def requeteTotalCandidature(conn, cur, idSuperieur): cur.execute("SELECT COUNT(*) AS total FROM candidature WHERE idSuperieur = ? ;", (idSuperieur,)) return int(cur.fetchone()['total']) def requeteSeuilAdmis(conn, cur, idSuperieur): requete = """ SELECT min(m) AS seuil FROM ( SELECT (note1 * coefNote1 + note2 * coefNote2)/(coefNote1 + coefNote2) AS m FROM (superieur JOIN candidature USING(idSuperieur)) JOIN eleve USING(idEleve) WHERE idSuperieur = ? ORDER BY m DESC LIMIT (SELECT nbAdmis FROM superieur WHERE idSuperieur = ?) ); """ cur.execute(requete, (idSuperieur,idSuperieur)) return float(cur.fetchone()['seuil']) def requeteSeuilAttente(conn, cur, idSuperieur): requete = """ SELECT min(m) AS seuil FROM ( SELECT (note1 * coefNote1 + note2 * coefNote2)/(coefNote1 + coefNote2) AS m FROM (superieur JOIN candidature USING(idSuperieur)) JOIN eleve USING(idEleve) WHERE idSuperieur = ? ORDER BY m DESC LIMIT (SELECT nbAppel FROM superieur WHERE idSuperieur = ?) ); """ cur.execute(requete, (idSuperieur,idSuperieur)) return float(cur.fetchone()['seuil']) def requeteListeCandidatureLycee(conn, cur, idSuperieur): requete = """ SELECT COUNT(*) AS nb, lycee.nom AS nom FROM (candidature JOIN eleve USING(idEleve)) JOIN lycee USING(idLycee) WHERE idSuperieur = ? GROUP BY idLycee ORDER BY nb DESC ; """ cur.execute(requete, (idSuperieur,)) return cur.fetchall() #analyse du formulaire if request.method == 'POST': #ouverture du formulaire result = request.form idSuperieur = result['idSuperieur'] #ouverture de la BDD conn = sqlite3.connect('monavenir.db') conn.row_factory = sqlite3.Row #pour récupérer les lignes sous forme de dictionnaire cur = conn.cursor() #requete sur le nom de l'établissement nom = requeteNomEtab(conn, cur, idSuperieur) #initialisation du dictionnaire de statistiques stats = dict() stats['nom'] = nom #on peuple stats avec les résultats des requetes, une par paramètre transmis par le formulaire if 'total' in result: stats['total'] = requeteTotalCandidature(conn, cur, idSuperieur) if 'seuilAdmis' in result: stats['seuilAdmis'] = requeteSeuilAdmis(conn, cur, idSuperieur) if 'seuilAttente' in result: stats['seuilAttente'] = requeteSeuilAttente(conn, cur, idSuperieur) if 'candidLycee' in result: stats['candidLycee'] = requeteListeCandidatureLycee(conn, cur, idSuperieur) #fermeture de la BDD cur.close() conn.close() #renvoi du template return render_template("resultatStatsEtabAvant.html", stats = stats)
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[ 105, 0 ]
[ 180, 76 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Layer.save_vector_layer
(self, *args, **kwargs)
Synchronizer la couche de données vectorielle avec le service OGC via MRA.
Synchronizer la couche de données vectorielle avec le service OGC via MRA.
def save_vector_layer(self, *args, **kwargs): """Synchronizer la couche de données vectorielle avec le service OGC via MRA.""" organisation = self.resource.dataset.organisation ws_name = organisation.slug ds_name = 'public' styles_sld = [] if self.pk: try: Layer.objects.get(pk=self.pk) except Layer.DoesNotExist: pass else: # On vérifie si l'organisation du jeu de données a changée, # auquel cas il est nécessaire de supprimer les objets MRA # afin de les recréer dans le bon workspace (c-à-d Mapfile). previous_layer = MRAHandler.get_layer(self.name) regex = '/workspaces/(?P<ws_name>[a-z0-9_\-]+)/datastores/' matched = re.search(regex, previous_layer['resource']['href']) if matched: previous_ws_name = matched.group('ws_name') if not ws_name == previous_ws_name: layer_styles = MRAHandler.get_layer_styles(self.name) for style in layer_styles: sld = MRAHandler.get_style(style['name']) styles_sld.append(sld) MRAHandler.del_layer(self.name) MRAHandler.del_featuretype( previous_ws_name, ds_name, self.name) MRAHandler.get_or_create_workspace(organisation) MRAHandler.get_or_create_datastore(ws_name, ds_name) MRAHandler.get_or_create_featuretype( ws_name, ds_name, self.name, enabled=True, title=self.resource.title, abstract=self.resource.description) for sld in styles_sld: MRAHandler.create_or_update_style(self.name, data=sld) MRAHandler.update_layer_defaultstyle(self.name, self.name) break
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[ 352, 4 ]
[ 394, 17 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
qr_decomposition_bidiag
(A, mode = "", graph_mode = False)
return Q, R
Décomposition QR d'une matrice bidiagonale. Entrée: A matrice bidiagonale. Sortie: Tuple (Q, R) des matrices de la décomposition.
Décomposition QR d'une matrice bidiagonale. Entrée: A matrice bidiagonale. Sortie: Tuple (Q, R) des matrices de la décomposition.
def qr_decomposition_bidiag(A, mode = "", graph_mode = False): """ Décomposition QR d'une matrice bidiagonale. Entrée: A matrice bidiagonale. Sortie: Tuple (Q, R) des matrices de la décomposition. """ A = np.matrix(A, dtype='f') N, M = A.shape Q = np.eye(N, dtype='f') R = A for i in range(min(N, M)-1): X = R[i:i+2, i] z = np.zeros([2, 1]) if X[0, 0] > 0: z[0, 0] = npl.norm(X) else: z[0, 0] = -npl.norm(X) Q[:, i:i+2] = householder_product_right(X, z, Q[:, i:i+2]) R[i:i+2, i:i+2] = householder_product_left(X, z, R[i:i+2, i:i+2]) return Q, R
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[ 42, 0 ]
[ 62, 12 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
gestion_consigne
(texte,url_device,nom_device, idx_cons_domoticz, cons_device,cde_name,cons_device_abais_eco=0,cons_domoticz_confort=0)
Compare les consignes de domoticz ancienne / actuelle / ainsi que celle du device pour déterminer qui demande un changement de consigne envoi le changement de consigne au device ou à Domoticz et inscrit un log
Compare les consignes de domoticz ancienne / actuelle / ainsi que celle du device pour déterminer qui demande un changement de consigne envoi le changement de consigne au device ou à Domoticz et inscrit un log
def gestion_consigne(texte,url_device,nom_device, idx_cons_domoticz, cons_device,cde_name,cons_device_abais_eco=0,cons_domoticz_confort=0): ''' Compare les consignes de domoticz ancienne / actuelle / ainsi que celle du device pour déterminer qui demande un changement de consigne envoi le changement de consigne au device ou à Domoticz et inscrit un log ''' texte= texte.decode("utf-8") idx_cons_domoticz= idx_cons_domoticz.encode("utf-8") cons_domoticz_prec = var_restore('save_consigne_'+(nom_device.encode("utf-8"))+idx_cons_domoticz) #Si Gestion di mode éco radiateur, on soustrait à la consigne confort (cons_device) , la consigne éco (cons_device_eco) : if cons_device_abais_eco >0 : cons_device_confort = cons_device # Sauvegarde consigne cozytouch confort cons_device_eco = cons_device - cons_device_abais_eco # Calcul consigne cozytouch éco cons_device = cons_device_eco # Application de la consigne éco pour le reste de la fonction # Calcul de l'écart de consigne # limitation consigne : la consigne n'accepte que des pas de 0,5°C # si la partie décimale est égale à 0,5 on accepte, sinon on arrondit cons_domoticz = domoticz_read_device_analog(idx_cons_domoticz) e = int(cons_domoticz) e = cons_domoticz - e # si la partie décimale est différente de 0,5°C on arrondit if e != 0.5: cons_domoticz = round(cons_domoticz) # comparaison avec la consigne en cours if cons_device != cons_domoticz and cons_domoticz != cons_domoticz_prec and cons_domoticz_prec > 0: # si un écart est détecté # et si le changement de consigne vient de domoticz, on envoie le changement au device # et si la consigne précédente est différente de 0 (cas au démarrage) # Si Gestion du mode éco radiateur : if cons_device_abais_eco > 0 : # On fait consigne confort Domoticz - consigne éco demandée par Domoticz (Cozytouch demande l'écart entre les deux) # On prend la consigne confort Domoticz pour le cas où l'on change les 2 consignes en meme temps cons_domoticz_abais_eco = cons_domoticz_confort - cons_domoticz # Valeur mini de l'écart de consigne = 2°C if cons_domoticz_abais_eco < 2 : cons_domoticz_abais_eco = 2 # Minimum 2°C cons_domoticz = cons_domoticz - cons_domoticz_abais_eco # Ecriture de la consigne Domoticz domoticz_write_device_analog(cons_domoticz,idx_cons_domoticz) # Mise à jour de la consigne Domoticz domoticz_write_log(u'Cozytouch - '+nom_device+u' : consigne '+texte+u' : consigne doit etre 2°C en dessous de la consigne confort ! ') print "consigne abaissement éco Domoticz " + str(cons_domoticz_abais_eco) cozytouch_POST(url_device,cde_name,cons_domoticz_abais_eco) # Envoi de la consigne limitée à Cozytouch var_save(cons_domoticz, ('save_consigne_'+(nom_device.encode("utf-8"))+idx_cons_domoticz)) # Sauvegarde consigne domoticz else : cozytouch_POST(url_device,cde_name,cons_domoticz) var_save(cons_domoticz, ('save_consigne_'+(nom_device.encode("utf-8"))+idx_cons_domoticz)) domoticz_write_log(u'Cozytouch - '+nom_device+u' : nouvelle consigne '+texte+u' transmise: '+str(cons_domoticz)+u'°C') if debug: print('Fonction gestion_consigne : Chgt consigne Domoticz, envoie vers Cozytouch : '+(nom_device.encode("utf-8"))+'/'+(texte.encode("utf-8"))+'/'+str(cons_domoticz)+'°C') elif cons_device != cons_domoticz and cons_domoticz == cons_domoticz_prec and cons_domoticz_prec > 0: # sinon, le changement vient du device Cozytouch # mise à jour de domoticz if debug: print('Fonction gestion_consigne : Chgt consigne Cozytouch, envoie vers Domoticz : '+(nom_device.encode("utf-8"))+'/'+(texte.encode("utf-8"))+'/'+str(cons_device)+'°C') # Si Gestion du mode éco radiateur : domoticz_write_log(u'Cozytouch - '+nom_device+u' : detection changement consigne ' +texte+' : '+str(cons_device)+u'°C') domoticz_write_device_analog(cons_device,idx_cons_domoticz) var_save(cons_device, ('save_consigne_'+(nom_device.encode("utf-8"))+idx_cons_domoticz)) else : # ou simple rafraichissement domoticz si aucun changement if debug: print('Fonction gestion_consigne : Rafraichissement consigne : '+(nom_device.encode("utf-8"))+'/'+(texte.encode("utf-8"))+'/'+str(cons_device)+'°C') domoticz_write_device_analog(cons_device,idx_cons_domoticz) var_save(cons_device, ('save_consigne_'+(nom_device.encode("utf-8"))+idx_cons_domoticz))
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[ 1067, 0 ]
[ 1138, 96 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.get_table_views
(self)
return self.application["tables"][self.ctx["table_id"]]["views"]
Obtenir la liste des vues de la table courante
Obtenir la liste des vues de la table courante
def get_table_views(self): """ Obtenir la liste des vues de la table courante """ return self.application["tables"][self.ctx["table_id"]]["views"]
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[ 466, 4 ]
[ 468, 72 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
OrganisationShow.put
(self, request, organisation_name)
return HttpResponse(status=204)
Mettre à jour l'organisation.
Mettre à jour l'organisation.
def put(self, request, organisation_name): """Mettre à jour l'organisation.""" request.PUT, request._files = parse_request(request) request.PUT._mutable = True if not request.user.profile.is_admin: raise Http404() try: handle_pust_request(request, organisation_name=organisation_name) except Http404: raise Http404() except GenericException as e: return JsonResponse({'error': e.details}, status=400) return HttpResponse(status=204)
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[ 158, 4 ]
[ 171, 39 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
nCk
(n, k)
return math.factorial(n) // math.factorial(k) // math.factorial(n - k)
coefficient binomial (ou nombre de combinaisons)
coefficient binomial (ou nombre de combinaisons)
def nCk(n, k): """ coefficient binomial (ou nombre de combinaisons) """ if n < k: return 0 return math.factorial(n) // math.factorial(k) // math.factorial(n - k)
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[ 22, 0 ]
[ 26, 74 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
nrows_ncols
(N)
return nrows, ncols
(nrows, ncols) pour créer un subplots de N figures avec les bonnes dimensions.
(nrows, ncols) pour créer un subplots de N figures avec les bonnes dimensions.
def nrows_ncols(N): """(nrows, ncols) pour créer un subplots de N figures avec les bonnes dimensions.""" nrows = int(np.ceil(np.sqrt(N))) ncols = N // nrows while N > nrows * ncols: ncols += 1 nrows, ncols = max(nrows, ncols), min(nrows, ncols) return nrows, ncols
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[ 188, 0 ]
[ 195, 23 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
calculrayoncourbure
(cible)
return(R)
calcule le rayon de courbure necessaire à rejoidre cible depuis zero en ne prenant comme direction de v la direction dans laquelle pointe le véhicule
calcule le rayon de courbure necessaire à rejoidre cible depuis zero en ne prenant comme direction de v la direction dans laquelle pointe le véhicule
def calculrayoncourbure(cible): "calcule le rayon de courbure necessaire à rejoidre cible depuis zero en ne prenant comme direction de v la direction dans laquelle pointe le véhicule" xp=cible[0] yp=cible[1] if yp!=0: K=-xp/yp #la pente de la droite ortho à O cible" C=yp/2-K*xp/2 yo=K*0+C #intersection entre la droite portée par le rayon issu de O et la mediatrice de OCible se coupent en O et la droite portée par le rayon issu de O est d'équation x=0" if yp==0: yo=10000 R=yo return(R)
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[ 2, 0 ]
[ 15, 13 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
delete_rows_wednesday
(df)
return df[df["jour"] != "Mercredi"]
Cette fonction renvoie une dataframe débarassée des observations des mercredis.
Cette fonction renvoie une dataframe débarassée des observations des mercredis.
def delete_rows_wednesday(df): """Cette fonction renvoie une dataframe débarassée des observations des mercredis.""" return df[df["jour"] != "Mercredi"]
[ "def", "delete_rows_wednesday", "(", "df", ")", ":", "return", "df", "[", "df", "[", "\"jour\"", "]", "!=", "\"Mercredi\"", "]" ]
[ 58, 0 ]
[ 60, 39 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
successeurs
(m, s)
return succ
Renvoie les successeurs du sommet s de la matrice d'adjacence m. Les successeurs se lisent sur la ligne s de m.
Renvoie les successeurs du sommet s de la matrice d'adjacence m. Les successeurs se lisent sur la ligne s de m.
def successeurs(m, s): """Renvoie les successeurs du sommet s de la matrice d'adjacence m. Les successeurs se lisent sur la ligne s de m. """ succ = [] for j in range(len(m[s])): if m[s][j] == 1: succ.append(j) return succ
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[ 19, 0 ]
[ 29, 15 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Vecteur.__add__
(self, p)
return Vecteur(self.x + p.x, self.y + p.y, self.z + p.z)
addition de deux points
addition de deux points
def __add__(self, p): """addition de deux points""" return Vecteur(self.x + p.x, self.y + p.y, self.z + p.z)
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[ 21, 4 ]
[ 23, 64 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
peupler_eleves
(cur, idEleve, fichierEleve)
return idEleve
On peuple la base eleve à partir du fichier csv fichierEleve idEleve est l'identifiant du premier élève
On peuple la base eleve à partir du fichier csv fichierEleve idEleve est l'identifiant du premier élève
def peupler_eleves(cur, idEleve, fichierEleve): """On peuple la base eleve à partir du fichier csv fichierEleve idEleve est l'identifiant du premier élève""" f = open(fichierEleve,'r') csvEleve = csv.DictReader(f, delimiter=';') for eleve in csvEleve : cur.execute("INSERT INTO eleve(idEleve, idLycee, login, password, nom, prenom, anneeNaissance, note1, note2) VALUES (?,?,?,?,?,?,?,?,?)", (idEleve, eleve['idLycee'], eleve['login'], eleve['password'], eleve['nom'], eleve['prenom'], eleve['naissance'], eleve['note1'], eleve['note2'] ) ) idEleve += 1 f.close() return idEleve
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[ 27, 0 ]
[ 38, 18 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Admin.send_faq
(self, ctx: MyContext)
Envoie les messages du salon <#541228784456695818> vers le salon <#508028818154323980>
Envoie les messages du salon <#541228784456695818> vers le salon <#508028818154323980>
async def send_faq(self, ctx: MyContext): """Envoie les messages du salon <#541228784456695818> vers le salon <#508028818154323980>""" msg = await ctx.send("Suppression des salons...") destination_fr = ctx.guild.get_channel(508028818154323980) destination_en = ctx.guild.get_channel(541599345972346881) chan_fr = ctx.guild.get_channel(541228784456695818) chan_en = ctx.guild.get_channel(541599226623426590) role_fr = ctx.guild.get_role(541224634087899146) role_en = ctx.guild.get_role(537597687801839617) await destination_fr.set_permissions(role_fr, read_messages=False) await destination_en.set_permissions(role_en, read_messages=False) await destination_fr.purge() await destination_en.purge() await msg.edit(content="Envoi des messages...") async for message in chan_fr.history(limit=200,oldest_first=True): await destination_fr.send(message.content) async for message in chan_en.history(limit=200,oldest_first=True): await destination_en.send(message.content) await destination_fr.set_permissions(role_fr, read_messages=True) await destination_en.set_permissions(role_en, read_messages=True) await msg.edit(content="Terminé !") await ctx.bot.get_cog('Utilities').add_check_reaction(ctx.message)
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[ 121, 4 ]
[ 142, 74 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
PrivateUSERApiTest.test_update_user_profile
(self)
verifie que l'utilisateur meut mettre a jour son compte
verifie que l'utilisateur meut mettre a jour son compte
def test_update_user_profile(self): """verifie que l'utilisateur meut mettre a jour son compte""" payload = {'name': 'new name', 'password': '12334554463'} res = self.client.patch(ME_URL, payload) self.user.refresh_from_db() self.assertEqual(self.user.name, payload['name']) self.assertTrue(self.user.check_password(payload['password'])) self.assertEqual(res.status_code, status.HTTP_200_OK)
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[ 120, 4 ]
[ 128, 61 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
maj_device
(data,name,p,x)
Fonction de mise à jour du device dans Domoticz
Fonction de mise à jour du device dans Domoticz
def maj_device(data,name,p,x): ''' Fonction de mise à jour du device dans Domoticz ''' print("Mise a jour device "+str(p)+" : "+name) a = var_restore('save_devices') classe = a[p] ''' Mise à jour : Données radiateur ''' if name == dict_cozytouch_devtypes.get(u'module fil pilote') or name == dict_cozytouch_devtypes.get(u'radiateur') : # Switch selecteur mode OFF / Manuel / Auto gestion_switch_selector_domoticz ((value_by_name(data,x,u'io:TargetHeatingLevelState')),classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_level'), state_cozytouch_on_off=((value_by_name(data,x,u'core:OperatingModeState'))), command_off_activate = True, level_0=u'off',level_10=u'frostprotection',level_20=u'eco',level_30=u'comfort-2',level_40=u'comfort-1',level_50=u'comfort',setting_command_mode=u'setHeatingLevel') if name == dict_cozytouch_devtypes.get(u'radiateur') : # Switch selecteur mode ordre radiateur OFF / Hors gel / Eco / Confort -2 / Confort -2 / Confort # pas d'écriture possible depuis domoticz pour un radiateur connecté, l'ordre est imposé par le fil pilote ou le mode de programmation interne de l'appareil # Lecture de l'ordre en cours sur le raditateur : ordre_radiateur = (value_by_name(data,x,u'io:TargetHeatingLevelState')) print ordre_radiateur #Lecture de l'état de fonctionnement du radiateur : mode_radiateur=(value_by_name(data,x,u'core:OperatingModeState')) print mode_radiateur # Switch selecteur mode OFF / Manuel / Auto gestion_switch_selector_domoticz (value_by_name(data,x,u'core:OperatingModeState'),classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), level_0=u'standby',level_10=u'basic',level_20=u'internal',level_30=u'Derogation',setting_command_mode=u'setOperatingMode') # Mesure température : Device : TemperatureSensor, Parametre 1 : core:TemperatureState domoticz_write_device_analog((value_by_name(data,(x+1),u'core:TemperatureState')),(classe.get(u'idx_mesure_temp'))) # Consigne de température confort : Device : AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent, Parametre 9 : core:ComfortRoomTemperatureState gestion_consigne(u'confort',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_confort'),value_by_name(data,x,u'core:ComfortRoomTemperatureState'),(u'setComfortTemperature')) # Consigne de témpérature éco : Device : AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent, Parametre 10: core:EcoRoomTemperatureState gestion_consigne(u'eco',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_eco'),value_by_name(data,x,'core:ComfortRoomTemperatureState') ,u'setSetpointLoweringTemperatureInProgMode', cons_device_abais_eco = value_by_name(data,x,u'io:SetpointLoweringTemperatureInProgModeState'), # lecture de la consigne éco appliquée par Cozytouch cons_domoticz_confort = domoticz_read_device_analog(classe.get(u'idx_cons_temp_confort'))) # lecture de la consigne confort appliquée dans Domoticz # Compteur d'énergie: Device : CumulativeElectricPowerConsumptionSensor, Parametre 1 : core:ElectricEnergyConsumptionState domoticz_write_device_analog((value_by_name(data,x+4,u'core:ElectricEnergyConsumptionState')),(classe.get(u'idx_compteur'))) ''' Mise à jour : Données chauffe eau ''' if name == dict_cozytouch_devtypes.get('chauffe eau'): # Switch on/off on_off = (value_by_name(data,x,"io:OperatingModeCapabilitiesState")[u'energyDemandStatus']) if on_off == 1 : on_off = 'On' else: on_off = 'Off' # Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement) onoff_prec = var_restore('save_onoff_'+str(classe.get('idx_on_off'))) if onoff_prec != on_off : domoticz_write_device_switch_onoff(on_off,(classe.get('idx_on_off'))) var_save(on_off, ('save_onoff_'+str(classe.get('idx_on_off')))) # Switch selecteur auto/manu/manu+eco : définition des levels du switch auto_manu = value_by_name(data,x,"io:DHWModeState") if auto_manu == 'autoMode': switch = 0 if auto_manu == 'manualEcoInactive': switch = 10 if auto_manu == 'manualEcoActive': switch = 20 # Switch selecteur : # Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement) switch_prec = var_restore('save_switch_'+str(classe.get('idx_switch_auto_manu'))) if switch_prec != switch : domoticz_write_device_switch_selector(switch, classe.get('idx_switch_auto_manu')) var_save(switch, ('save_switch_'+str(classe.get('idx_switch_auto_manu')))) # Mesure température : domoticz_write_device_analog((value_by_name(data,x,"core:TemperatureState")),(classe.get('idx_mesure_temp'))) # Compteur d'eau chaude restante : domoticz_write_device_analog(value_by_name(data,x,"core:WaterConsumptionState"),(classe.get('idx_conso_eau'))) # Calcul puissance moyenne : wh_prec = var_restore('wh_prec_'+str(classe.get('idx_compteur'))) wh_actuel = value_by_name(data,x+1,'core:ElectricEnergyConsumptionState') wh_1min = wh_actuel - wh_prec Pmoy_1min = wh_1min * 60 var_save(wh_actuel, ('wh_prec_'+str(classe.get('idx_compteur')))) # Compteur d'énergie: domoticz_write_device_analog(str(Pmoy_1min)+';'+str(wh_actuel),(classe.get('idx_compteur'))) # Compteur temps de fonctionnement pompe à chaleur : domoticz_write_device_analog((value_by_name(data,x,"io:HeatPumpOperatingTimeState")),(classe.get('idx_compteur_pompe'))) ''' Mise à jour : Données PAC ''' if name == dict_cozytouch_devtypes.get(u'PAC main control') : # MAJ données générales PAC # Lecture du mode stop/heating/cooling/drying : global mode_PAC mode_PAC = (value_by_name(data,x,u'io:PassAPCOperatingModeState')) # Lecture du mode auto : Remplacement variable mode par 'auto' if value_by_name(data,x,u'core:HeatingCoolingAutoSwitchState')== u'on': mode_PAC = u'auto' # Gestion du sélecteur : # Voir comment gérer la demande de passage en mode auto, il faut adresser une commande "setHeatingCoolingAutoSwitch" au changement du label u'auto' # BLOC MODIFIE POUR ENVOI D ELA COMMANDE SETHEATINGCOLLINGAUTOSWITCH MAIS IL FAUT ENVOYER UN 'ON' OU UN 'OFF' PAS LE LABEL 40 'AUTO' gestion_switch_selector_domoticz (mode_PAC,classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), level_0='stop',level_10='heating',level_20='cooling',level_30='drying',level_40='auto',setting_command_mode='setPassAPCOperatingMode', special_level = 'auto',special_setting='setHeatingCoolingAutoSwitch',special_setting_parameter_on='on',special_setting_parameter_off='off') if name == dict_cozytouch_devtypes.get('PAC zone control') : # MAJ données zone PAC # Mesure température : domoticz_write_device_analog(value_by_name(data,(x+1),u'core:TemperatureState'),classe.get(u'idx_mesure_temp')) # Consigne température Confort en mode chauffage en mode programmation : (core:ComfortHeatingTargetTemperatureState) gestion_consigne(u'Confort chauff.',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_confort_chauffage'),value_by_name(data,x,u'core:ComfortHeatingTargetTemperatureState'),(u'setComfortHeatingTargetTemperature')) # Consigne température Confort mode climatisation en mode programmation : (core:ComfortCoolingTargetTemperatureState) gestion_consigne(u'Confort rafraich.',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_confort_clim'),value_by_name(data,x,u'core:ComfortCoolingTargetTemperatureState'),(u'setComfortCoolingTargetTemperature')) # Consigne température Eco mode chauffage en mode programmation : (core:EcoHeatingTargetTemperatureState) gestion_consigne(u'Eco chauff.',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_eco_chauffage'),value_by_name(data,x,u'core:EcoHeatingTargetTemperatureState'),(u'setEcoHeatingTargetTemperature')) # Consigne température Confort mode climatisation en mode programmation : (core:EcoCoolingTargetTemperatureState) gestion_consigne(u'Eco rafraich.',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_eco_clim'),value_by_name(data,x,u'core:EcoCoolingTargetTemperatureState'),(u'setEcoCoolingTargetTemperature')) # Switch selecteur mode OFF / Manuel / Auto # dépendant du mode en cours de la Zone Control pour le mode Manuel # Si zone Control en mode 'Heating' : if mode_PAC == u'heating' : # Gestion consigne en mode manuel : Seeting consigne en mode 'heating' setting_consigne_zone = u'setHeatingTargetTemperature' # Gestion switch sélecteur : Prise en compte du mode de fonctionnement de la zone control suivant le paramètre de fonctionnement en mode 'heating' state_mode_zone = value_by_name(data,x,u'io:PassAPCHeatingModeState') # Gestion switch sélecteur : Setting mode en mode 'heating' setting_command_mode_zone = u'setPassAPCHeatingMode' # Gestion switch sélecteur : Setting mode 'off' en mode 'heating' setting_command_on_off_mode_zone = u'setHeatingOnOffState' # Gestion switch sélecteur : Prise en compte de l'état de la zone (manu, comfort, eco...) state_zone = value_by_name(data,x,u'io:PassAPCHeatingProfileState') # Gestion switch sélecteur : Prise en compte de l'état on/off de la zone state_on_off_zone = value_by_name(data,x,u'core:HeatingOnOffState') # Gestion de la consigne manuel suivant l'état de fonctionnement de la PAC (heating ou cooling) # Consigne température en mode manu : (setCoolingTargetTemperature en mode manuel refroidissement / setHeatingTargetTemperature en mode manuel chauffage) gestion_consigne(u'Manuel',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_manu'),value_by_name(data,x,u'core:TargetTemperatureState'),setting_consigne_zone) # Gestion switch sélecteur : return_switch = gestion_switch_selector_domoticz (state_mode_zone ,classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), state_cozytouch_on_off = state_on_off_zone, command_off_activate= True, setting_command_on_off=setting_command_on_off_mode_zone, setting_parameter_off=u'off', command_on_activate=True, setting_parameter_on=u'on', level_0=u'stop',level_10=u'manu',level_20=u'internalScheduling',setting_command_mode=setting_command_mode_zone) # Evaluation du retour de la fonction, si cas n°2, on a envoyé un changement vers Cozytouch # On renvoi dans tous les cas de changement de mode vers Cozytouch la consigne manuel if return_switch == 1 : # Renvoi de la consigne de T°C manuel lors d'une changement de mode vers manuel (sinon sans cela, la consigne passe à 8°C, mystère Cozytouch) cozytouch_POST(classe.get(u'url'),setting_consigne_zone,+domoticz_read_device_analog(classe.get(u'idx_cons_temp_manu'))) # Si zone Control en mode 'Cooling' : elif mode_PAC == u'cooling': # Gestion consigne en mode manuel : Setting consigne en mode 'heating' setting_consigne_zone = u'setCoolingTargetTemperature' # Gestion switch sélecteur : Prise en compte du mode de fonctionnement de la zone control suivant le paramètre de fonctionnement en mode 'cooling' state_mode_zone = value_by_name(data,x,u'io:PassAPCCoolingModeState') # Gestion switch sélecteur : Setting mode en mode 'cooling' setting_command_mode_zone = u'setPassAPCCoolingMode' # Gestion switch sélecteur : Setting mode 'off' en mode 'cooling' setting_command_on_off_mode_zone = u'setCoolingOnOffState' # Gestion switch sélecteur : Prise en compte de l'état de la zone (manu, comfort, eco...) state_zone = value_by_name(data,x,u'io:PassAPCCoolingProfileState') # Gestion switch sélecteur : Prise en compte de l'état on/off de la zone state_on_off_zone = value_by_name(data,x,u'core:CoolingOnOffState') # Gestion de la consigne manuel suivant l'état de fonctionnement de la PAC (heating ou cooling) # Consigne température en mode manu : (setCoolingTargetTemperature en mode manuel refroidissement / setHeatingTargetTemperature en mode manuel chauffage) gestion_consigne(u'Manuel',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp_manu'),value_by_name(data,x,u'core:TargetTemperatureState'),setting_consigne_zone) # Gestion switch sélecteur : return_switch = gestion_switch_selector_domoticz (state_mode_zone ,classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), state_cozytouch_on_off = state_on_off_zone, command_off_activate= True, setting_command_on_off=setting_command_on_off_mode_zone, setting_parameter_off=u'off', command_on_activate=True, setting_parameter_on=u'on', level_0=u'stop',level_10=u'manu',level_20=u'internalScheduling',setting_command_mode=setting_command_mode_zone) # Evaluation du retour de la fonction, si cas n°2, on a envoyé un changement vers Cozytouch # On renvoi dans tous les cas de changement de mode vers Cozytouch la consigne manuel if return_switch == 1 : # Renvoi de la consigne de T°C manuel lors d'une changement de mode vers manuel (sinon sans cela, la consigne passe à 8°C) cozytouch_POST(classe.get(u'url'),setting_consigne_zone, domoticz_read_device_analog(classe.get(u'idx_cons_temp_manu'))) # Si zone control en 'stop' : on force l'affichage des zones en 'off'' elif mode_PAC == u'stop' : # Gestion switch sélecteur : gestion_switch_selector_domoticz (state_mode_zone ,classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), state_cozytouch_on_off = u'stop', # force une lecture d'un état OFF level_0=u'stop',level_10=u'manu',level_20=u'internalScheduling') #### # Update function : SubClass DHWP_THERM_V3_IO, DHWP_THERM_IO, DHWP_THERM_V2_MURAL_IO if name == dict_cozytouch_devtypes.get(u'DHWP_THERM_V3_IO') or name == dict_cozytouch_devtypes.get(u'DHWP_THERM_IO') or name == dict_cozytouch_devtypes.get(u'DHWP_THERM_V2_MURAL_IO') : # Etat chauffe on/off a = (value_by_name(data,x,u"io:OperatingModeCapabilitiesState"))[u'energyDemandStatus'] if a == 1 : on_off = u'On' else: on_off = u'Off' # Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement) onoff_prec = var_restore('save_onoff_'+str(classe.get('idx_on_off'))) if onoff_prec != on_off : domoticz_write_device_switch_onoff(on_off,classe.get(u'idx_on_off')) var_save(on_off, ('save_onoff_'+str(classe.get('idx_on_off')))) # Compteur temps de fonctionnement pompe à chaleur (io:HeatPumpOperatingTimeState) domoticz_write_device_analog(value_by_name(data,x,u'io:HeatPumpOperatingTimeState'),classe.get(u'idx_compteur_pompe')) # Energy counter (core:ElectricEnergyConsumptionState) domoticz_write_device_analog(value_by_name(data,x+1,u'core:ElectricEnergyConsumptionState'),classe.get(u'idx_compteur_energie')) # Consigne température (SetTargetTemperature) ou #'core:TemperatureState' si pb gestion_consigne (u'consigne',classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_cons_temp'),value_by_name(data,x,u'core:TargetTemperatureState'),u'setTargetTemperature') # Remplacement état du chauffe eau par 'boost' si activé if (value_by_name(data,x,u"core:OperatingModeState"))[u'relaunch'] == u'on': state_chauffe_eau = u'boost' elif (value_by_name(data,x,u'core:OperatingModeState'))[u'absence'] == u'on': state_chauffe_eau = u'off' # Par défaut, état du chauffe eau repris sur le DHWmodeState (manual, manual+eco ou auto) else : state_chauffe_eau = (value_by_name(data,x,u'io:DHWModeState')) # Switch selecteur mode Manuel+ecoInactive/Manuel+ecoActive/Auto return_fonction = gestion_switch_selector_domoticz (state_chauffe_eau,classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_switch_mode'), state_cozytouch_on_off = (value_by_name(data,x,u'core:OperatingModeState'))[u'absence'], level_0=u'off',level_10=u'manualEcoInactive',level_20=u'manualEcoActive',level_30=u'autoMode',level_40=u'boost',setting_command_mode=u'setDHWMode', command_activate=False) # Mode changement de domoticz vers Cozytouch avec nom du level envoyé if return_fonction[0] == 1 : if return_fonction[1]== u'off' : cozytouch_POST(classe.get(u'url'),u'setCurrentOperatingMode',u'{"absence":"on", "relaunch":"off"}') elif return_fonction[1] != u'off' and return_fonction[1] == u'boost' : cozytouch_POST(classe.get(u'url'),u'setCurrentOperatingMode',u'{"absence":"off", "relaunch":"on"}') elif return_fonction[1] != u'off' and return_fonction[1] != u'boost' : cozytouch_POST(classe.get(u'url'),u'setCurrentOperatingMode',u'{"absence":"off", "relaunch":"off"}') if return_fonction[1] == u'manualEcoInactive' or return_fonction[1] == u'manualEcoActive' or return_fonction[1] == u'autoMode' : cozytouch_POST(classe.get(u'url'),u'setDHWMode',return_fonction[1]) # Switch selecteur durée 'boost' gestion_switch_selector_domoticz (value_by_name(data,x,u'core:BoostModeDurationState'),classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_boost_duration'), level_0=0, level_10=1, level_20=2, level_30=3, level_40=4, level_50=5, level_60=6,level_70=7,setting_command_mode=u'setBoostModeDuration') # Switch selecteur durée 'absence' gestion_switch_selector_domoticz (int(value_by_name(data,x,u'io:AwayModeDurationState')),classe.get(u'url'),classe.get(u'nom'),classe.get(u'idx_away_duration'), level_0=0, level_10=1, level_20=2, level_30=3, level_40=4, level_50=5, level_60=6,level_70=7,setting_command_mode=u'setAwayModeDuration') ###### # Update only for SubClass "DHWP_THERM_V2_MURAL_IO" if name == dict_cozytouch_devtypes.get(u'DHWP_THERM_V2_MURAL_IO') : # Temperature measurement (io:MiddleWaterTemperatureState) domoticz_write_device_analog((value_by_name(data,x,u'io:MiddleWaterTemperatureState')),(classe.get(u'idx_temp_measurement'))) # Heat Pump Energy Counter (io:PowerHeatPumpState) domoticz_write_device_analog((value_by_name(data,x,u'io:PowerHeatPumpState')),(classe.get(u'idx_energy_counter_heatpump'))) # Heat Electrical Energy Counter (io:PowerHeatElectricalState) domoticz_write_device_analog((value_by_name(data,x,u'io:PowerHeatElectricalState')),(classe.get(u'idx_energy_counter_heatelec'))) # Water volume estimation (core:V40WaterVolumeEstimationState) domoticz_write_device_analog((value_by_name(data,x,u'core:V40WaterVolumeEstimationState')),(classe.get(u'idx_water_estimation')))
[ "def", "maj_device", "(", "data", ",", "name", ",", "p", ",", "x", ")", ":", "print", "(", "\"Mise a jour device \"", "+", "str", "(", "p", ")", "+", "\" : \"", "+", "name", ")", "a", "=", "var_restore", "(", "'save_devices'", ")", "classe", "=", "a", "[", "p", "]", "''' Mise à jour : Données radiateur\n '''", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'module fil pilote'", ")", "or", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'radiateur'", ")", ":", "# Switch selecteur mode OFF / Manuel / Auto", "gestion_switch_selector_domoticz", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:TargetHeatingLevelState'", ")", ")", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_level'", ")", ",", "state_cozytouch_on_off", "=", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:OperatingModeState'", ")", ")", ")", ",", "command_off_activate", "=", "True", ",", "level_0", "=", "u'off'", ",", "level_10", "=", "u'frostprotection'", ",", "level_20", "=", "u'eco'", ",", "level_30", "=", "u'comfort-2'", ",", "level_40", "=", "u'comfort-1'", ",", "level_50", "=", "u'comfort'", ",", "setting_command_mode", "=", "u'setHeatingLevel'", ")", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'radiateur'", ")", ":", "# Switch selecteur mode ordre radiateur OFF / Hors gel / Eco / Confort -2 / Confort -2 / Confort", "# pas d'écriture possible depuis domoticz pour un radiateur connecté, l'ordre est imposé par le fil pilote ou le mode de programmation interne de l'appareil", "# Lecture de l'ordre en cours sur le raditateur :", "ordre_radiateur", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:TargetHeatingLevelState'", ")", ")", "print", "ordre_radiateur", "#Lecture de l'état de fonctionnement du radiateur :", "mode_radiateur", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:OperatingModeState'", ")", ")", "print", "mode_radiateur", "# Switch selecteur mode OFF / Manuel / Auto", "gestion_switch_selector_domoticz", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:OperatingModeState'", ")", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "level_0", "=", "u'standby'", ",", "level_10", "=", "u'basic'", ",", "level_20", "=", "u'internal'", ",", "level_30", "=", "u'Derogation'", ",", "setting_command_mode", "=", "u'setOperatingMode'", ")", "# Mesure température : Device : TemperatureSensor, Parametre 1 : core:TemperatureState", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "(", "x", "+", "1", ")", ",", "u'core:TemperatureState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_mesure_temp'", ")", ")", ")", "# Consigne de température confort : Device : AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent, Parametre 9 : core:ComfortRoomTemperatureState", "gestion_consigne", "(", "u'confort'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_confort'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:ComfortRoomTemperatureState'", ")", ",", "(", "u'setComfortTemperature'", ")", ")", "# Consigne de témpérature éco : Device : AtlanticElectricalHeaterWithAdjustableTemperatureSetpointIOComponent, Parametre 10: core:EcoRoomTemperatureState", "gestion_consigne", "(", "u'eco'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_eco'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "'core:ComfortRoomTemperatureState'", ")", ",", "u'setSetpointLoweringTemperatureInProgMode'", ",", "cons_device_abais_eco", "=", "value_by_name", "(", "data", ",", "x", ",", "u'io:SetpointLoweringTemperatureInProgModeState'", ")", ",", "# lecture de la consigne éco appliquée par Cozytouch", "cons_domoticz_confort", "=", "domoticz_read_device_analog", "(", "classe", ".", "get", "(", "u'idx_cons_temp_confort'", ")", ")", ")", "# lecture de la consigne confort appliquée dans Domoticz", "# Compteur d'énergie: Device : CumulativeElectricPowerConsumptionSensor, Parametre 1 : core:ElectricEnergyConsumptionState", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", "+", "4", ",", "u'core:ElectricEnergyConsumptionState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_compteur'", ")", ")", ")", "''' Mise à jour : Données chauffe eau\n '''", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "'chauffe eau'", ")", ":", "# Switch on/off", "on_off", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "\"io:OperatingModeCapabilitiesState\"", ")", "[", "u'energyDemandStatus'", "]", ")", "if", "on_off", "==", "1", ":", "on_off", "=", "'On'", "else", ":", "on_off", "=", "'Off'", "# Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement)", "onoff_prec", "=", "var_restore", "(", "'save_onoff_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_on_off'", ")", ")", ")", "if", "onoff_prec", "!=", "on_off", ":", "domoticz_write_device_switch_onoff", "(", "on_off", ",", "(", "classe", ".", "get", "(", "'idx_on_off'", ")", ")", ")", "var_save", "(", "on_off", ",", "(", "'save_onoff_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_on_off'", ")", ")", ")", ")", "# Switch selecteur auto/manu/manu+eco : définition des levels du switch", "auto_manu", "=", "value_by_name", "(", "data", ",", "x", ",", "\"io:DHWModeState\"", ")", "if", "auto_manu", "==", "'autoMode'", ":", "switch", "=", "0", "if", "auto_manu", "==", "'manualEcoInactive'", ":", "switch", "=", "10", "if", "auto_manu", "==", "'manualEcoActive'", ":", "switch", "=", "20", "# Switch selecteur :", "# Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement)", "switch_prec", "=", "var_restore", "(", "'save_switch_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_switch_auto_manu'", ")", ")", ")", "if", "switch_prec", "!=", "switch", ":", "domoticz_write_device_switch_selector", "(", "switch", ",", "classe", ".", "get", "(", "'idx_switch_auto_manu'", ")", ")", "var_save", "(", "switch", ",", "(", "'save_switch_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_switch_auto_manu'", ")", ")", ")", ")", "# Mesure température :", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "\"core:TemperatureState\"", ")", ")", ",", "(", "classe", ".", "get", "(", "'idx_mesure_temp'", ")", ")", ")", "# Compteur d'eau chaude restante :", "domoticz_write_device_analog", "(", "value_by_name", "(", "data", ",", "x", ",", "\"core:WaterConsumptionState\"", ")", ",", "(", "classe", ".", "get", "(", "'idx_conso_eau'", ")", ")", ")", "# Calcul puissance moyenne :", "wh_prec", "=", "var_restore", "(", "'wh_prec_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_compteur'", ")", ")", ")", "wh_actuel", "=", "value_by_name", "(", "data", ",", "x", "+", "1", ",", "'core:ElectricEnergyConsumptionState'", ")", "wh_1min", "=", "wh_actuel", "-", "wh_prec", "Pmoy_1min", "=", "wh_1min", "*", "60", "var_save", "(", "wh_actuel", ",", "(", "'wh_prec_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_compteur'", ")", ")", ")", ")", "# Compteur d'énergie:", "domoticz_write_device_analog", "(", "str", "(", "Pmoy_1min", ")", "+", "';'", "+", "str", "(", "wh_actuel", ")", ",", "(", "classe", ".", "get", "(", "'idx_compteur'", ")", ")", ")", "# Compteur temps de fonctionnement pompe à chaleur :", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "\"io:HeatPumpOperatingTimeState\"", ")", ")", ",", "(", "classe", ".", "get", "(", "'idx_compteur_pompe'", ")", ")", ")", "''' Mise à jour : Données PAC\n '''", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'PAC main control'", ")", ":", "# MAJ données générales PAC", "# Lecture du mode stop/heating/cooling/drying :", "global", "mode_PAC", "mode_PAC", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:PassAPCOperatingModeState'", ")", ")", "# Lecture du mode auto : Remplacement variable mode par 'auto'", "if", "value_by_name", "(", "data", ",", "x", ",", "u'core:HeatingCoolingAutoSwitchState'", ")", "==", "u'on'", ":", "mode_PAC", "=", "u'auto'", "# Gestion du sélecteur :", "# Voir comment gérer la demande de passage en mode auto, il faut adresser une commande \"setHeatingCoolingAutoSwitch\" au changement du label u'auto'", "# BLOC MODIFIE POUR ENVOI D ELA COMMANDE SETHEATINGCOLLINGAUTOSWITCH MAIS IL FAUT ENVOYER UN 'ON' OU UN 'OFF' PAS LE LABEL 40 'AUTO'", "gestion_switch_selector_domoticz", "(", "mode_PAC", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "level_0", "=", "'stop'", ",", "level_10", "=", "'heating'", ",", "level_20", "=", "'cooling'", ",", "level_30", "=", "'drying'", ",", "level_40", "=", "'auto'", ",", "setting_command_mode", "=", "'setPassAPCOperatingMode'", ",", "special_level", "=", "'auto'", ",", "special_setting", "=", "'setHeatingCoolingAutoSwitch'", ",", "special_setting_parameter_on", "=", "'on'", ",", "special_setting_parameter_off", "=", "'off'", ")", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "'PAC zone control'", ")", ":", "# MAJ données zone PAC", "# Mesure température :", "domoticz_write_device_analog", "(", "value_by_name", "(", "data", ",", "(", "x", "+", "1", ")", ",", "u'core:TemperatureState'", ")", ",", "classe", ".", "get", "(", "u'idx_mesure_temp'", ")", ")", "# Consigne température Confort en mode chauffage en mode programmation : (core:ComfortHeatingTargetTemperatureState)", "gestion_consigne", "(", "u'Confort chauff.'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_confort_chauffage'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:ComfortHeatingTargetTemperatureState'", ")", ",", "(", "u'setComfortHeatingTargetTemperature'", ")", ")", "# Consigne température Confort mode climatisation en mode programmation : (core:ComfortCoolingTargetTemperatureState)", "gestion_consigne", "(", "u'Confort rafraich.'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_confort_clim'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:ComfortCoolingTargetTemperatureState'", ")", ",", "(", "u'setComfortCoolingTargetTemperature'", ")", ")", "# Consigne température Eco mode chauffage en mode programmation : (core:EcoHeatingTargetTemperatureState)", "gestion_consigne", "(", "u'Eco chauff.'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_eco_chauffage'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:EcoHeatingTargetTemperatureState'", ")", ",", "(", "u'setEcoHeatingTargetTemperature'", ")", ")", "# Consigne température Confort mode climatisation en mode programmation : (core:EcoCoolingTargetTemperatureState)", "gestion_consigne", "(", "u'Eco rafraich.'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_eco_clim'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:EcoCoolingTargetTemperatureState'", ")", ",", "(", "u'setEcoCoolingTargetTemperature'", ")", ")", "# Switch selecteur mode OFF / Manuel / Auto", "# dépendant du mode en cours de la Zone Control pour le mode Manuel", "# Si zone Control en mode 'Heating' :", "if", "mode_PAC", "==", "u'heating'", ":", "# Gestion consigne en mode manuel : Seeting consigne en mode 'heating'", "setting_consigne_zone", "=", "u'setHeatingTargetTemperature'", "# Gestion switch sélecteur : Prise en compte du mode de fonctionnement de la zone control suivant le paramètre de fonctionnement en mode 'heating'", "state_mode_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'io:PassAPCHeatingModeState'", ")", "# Gestion switch sélecteur : Setting mode en mode 'heating'", "setting_command_mode_zone", "=", "u'setPassAPCHeatingMode'", "# Gestion switch sélecteur : Setting mode 'off' en mode 'heating'", "setting_command_on_off_mode_zone", "=", "u'setHeatingOnOffState'", "# Gestion switch sélecteur : Prise en compte de l'état de la zone (manu, comfort, eco...)", "state_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'io:PassAPCHeatingProfileState'", ")", "# Gestion switch sélecteur : Prise en compte de l'état on/off de la zone", "state_on_off_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'core:HeatingOnOffState'", ")", "# Gestion de la consigne manuel suivant l'état de fonctionnement de la PAC (heating ou cooling)", "# Consigne température en mode manu : (setCoolingTargetTemperature en mode manuel refroidissement / setHeatingTargetTemperature en mode manuel chauffage)", "gestion_consigne", "(", "u'Manuel'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_manu'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:TargetTemperatureState'", ")", ",", "setting_consigne_zone", ")", "# Gestion switch sélecteur :", "return_switch", "=", "gestion_switch_selector_domoticz", "(", "state_mode_zone", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "state_cozytouch_on_off", "=", "state_on_off_zone", ",", "command_off_activate", "=", "True", ",", "setting_command_on_off", "=", "setting_command_on_off_mode_zone", ",", "setting_parameter_off", "=", "u'off'", ",", "command_on_activate", "=", "True", ",", "setting_parameter_on", "=", "u'on'", ",", "level_0", "=", "u'stop'", ",", "level_10", "=", "u'manu'", ",", "level_20", "=", "u'internalScheduling'", ",", "setting_command_mode", "=", "setting_command_mode_zone", ")", "# Evaluation du retour de la fonction, si cas n°2, on a envoyé un changement vers Cozytouch", "# On renvoi dans tous les cas de changement de mode vers Cozytouch la consigne manuel", "if", "return_switch", "==", "1", ":", "# Renvoi de la consigne de T°C manuel lors d'une changement de mode vers manuel (sinon sans cela, la consigne passe à 8°C, mystère Cozytouch)", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "setting_consigne_zone", ",", "+", "domoticz_read_device_analog", "(", "classe", ".", "get", "(", "u'idx_cons_temp_manu'", ")", ")", ")", "# Si zone Control en mode 'Cooling' :", "elif", "mode_PAC", "==", "u'cooling'", ":", "# Gestion consigne en mode manuel : Setting consigne en mode 'heating'", "setting_consigne_zone", "=", "u'setCoolingTargetTemperature'", "# Gestion switch sélecteur : Prise en compte du mode de fonctionnement de la zone control suivant le paramètre de fonctionnement en mode 'cooling'", "state_mode_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'io:PassAPCCoolingModeState'", ")", "# Gestion switch sélecteur : Setting mode en mode 'cooling'", "setting_command_mode_zone", "=", "u'setPassAPCCoolingMode'", "# Gestion switch sélecteur : Setting mode 'off' en mode 'cooling'", "setting_command_on_off_mode_zone", "=", "u'setCoolingOnOffState'", "# Gestion switch sélecteur : Prise en compte de l'état de la zone (manu, comfort, eco...)", "state_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'io:PassAPCCoolingProfileState'", ")", "# Gestion switch sélecteur : Prise en compte de l'état on/off de la zone", "state_on_off_zone", "=", "value_by_name", "(", "data", ",", "x", ",", "u'core:CoolingOnOffState'", ")", "# Gestion de la consigne manuel suivant l'état de fonctionnement de la PAC (heating ou cooling)", "# Consigne température en mode manu : (setCoolingTargetTemperature en mode manuel refroidissement / setHeatingTargetTemperature en mode manuel chauffage)", "gestion_consigne", "(", "u'Manuel'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp_manu'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:TargetTemperatureState'", ")", ",", "setting_consigne_zone", ")", "# Gestion switch sélecteur :", "return_switch", "=", "gestion_switch_selector_domoticz", "(", "state_mode_zone", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "state_cozytouch_on_off", "=", "state_on_off_zone", ",", "command_off_activate", "=", "True", ",", "setting_command_on_off", "=", "setting_command_on_off_mode_zone", ",", "setting_parameter_off", "=", "u'off'", ",", "command_on_activate", "=", "True", ",", "setting_parameter_on", "=", "u'on'", ",", "level_0", "=", "u'stop'", ",", "level_10", "=", "u'manu'", ",", "level_20", "=", "u'internalScheduling'", ",", "setting_command_mode", "=", "setting_command_mode_zone", ")", "# Evaluation du retour de la fonction, si cas n°2, on a envoyé un changement vers Cozytouch", "# On renvoi dans tous les cas de changement de mode vers Cozytouch la consigne manuel", "if", "return_switch", "==", "1", ":", "# Renvoi de la consigne de T°C manuel lors d'une changement de mode vers manuel (sinon sans cela, la consigne passe à 8°C)", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "setting_consigne_zone", ",", "domoticz_read_device_analog", "(", "classe", ".", "get", "(", "u'idx_cons_temp_manu'", ")", ")", ")", "# Si zone control en 'stop' : on force l'affichage des zones en 'off''", "elif", "mode_PAC", "==", "u'stop'", ":", "# Gestion switch sélecteur :", "gestion_switch_selector_domoticz", "(", "state_mode_zone", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "state_cozytouch_on_off", "=", "u'stop'", ",", "# force une lecture d'un état OFF", "level_0", "=", "u'stop'", ",", "level_10", "=", "u'manu'", ",", "level_20", "=", "u'internalScheduling'", ")", "####", "# Update function : SubClass DHWP_THERM_V3_IO, DHWP_THERM_IO, DHWP_THERM_V2_MURAL_IO", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'DHWP_THERM_V3_IO'", ")", "or", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'DHWP_THERM_IO'", ")", "or", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'DHWP_THERM_V2_MURAL_IO'", ")", ":", "# Etat chauffe on/off", "a", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u\"io:OperatingModeCapabilitiesState\"", ")", ")", "[", "u'energyDemandStatus'", "]", "if", "a", "==", "1", ":", "on_off", "=", "u'On'", "else", ":", "on_off", "=", "u'Off'", "# Comparaison avec l'état précédent pour mettre à jour uniquement sur changement (évite de remplir les logs inutilement)", "onoff_prec", "=", "var_restore", "(", "'save_onoff_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_on_off'", ")", ")", ")", "if", "onoff_prec", "!=", "on_off", ":", "domoticz_write_device_switch_onoff", "(", "on_off", ",", "classe", ".", "get", "(", "u'idx_on_off'", ")", ")", "var_save", "(", "on_off", ",", "(", "'save_onoff_'", "+", "str", "(", "classe", ".", "get", "(", "'idx_on_off'", ")", ")", ")", ")", "# Compteur temps de fonctionnement pompe à chaleur (io:HeatPumpOperatingTimeState)", "domoticz_write_device_analog", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:HeatPumpOperatingTimeState'", ")", ",", "classe", ".", "get", "(", "u'idx_compteur_pompe'", ")", ")", "# Energy counter (core:ElectricEnergyConsumptionState)", "domoticz_write_device_analog", "(", "value_by_name", "(", "data", ",", "x", "+", "1", ",", "u'core:ElectricEnergyConsumptionState'", ")", ",", "classe", ".", "get", "(", "u'idx_compteur_energie'", ")", ")", "# Consigne température (SetTargetTemperature) ou #'core:TemperatureState' si pb", "gestion_consigne", "(", "u'consigne'", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_cons_temp'", ")", ",", "value_by_name", "(", "data", ",", "x", ",", "u'core:TargetTemperatureState'", ")", ",", "u'setTargetTemperature'", ")", "# Remplacement état du chauffe eau par 'boost' si activé", "if", "(", "value_by_name", "(", "data", ",", "x", ",", "u\"core:OperatingModeState\"", ")", ")", "[", "u'relaunch'", "]", "==", "u'on'", ":", "state_chauffe_eau", "=", "u'boost'", "elif", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:OperatingModeState'", ")", ")", "[", "u'absence'", "]", "==", "u'on'", ":", "state_chauffe_eau", "=", "u'off'", "# Par défaut, état du chauffe eau repris sur le DHWmodeState (manual, manual+eco ou auto)", "else", ":", "state_chauffe_eau", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:DHWModeState'", ")", ")", "# Switch selecteur mode Manuel+ecoInactive/Manuel+ecoActive/Auto", "return_fonction", "=", "gestion_switch_selector_domoticz", "(", "state_chauffe_eau", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_switch_mode'", ")", ",", "state_cozytouch_on_off", "=", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:OperatingModeState'", ")", ")", "[", "u'absence'", "]", ",", "level_0", "=", "u'off'", ",", "level_10", "=", "u'manualEcoInactive'", ",", "level_20", "=", "u'manualEcoActive'", ",", "level_30", "=", "u'autoMode'", ",", "level_40", "=", "u'boost'", ",", "setting_command_mode", "=", "u'setDHWMode'", ",", "command_activate", "=", "False", ")", "# Mode changement de domoticz vers Cozytouch avec nom du level envoyé", "if", "return_fonction", "[", "0", "]", "==", "1", ":", "if", "return_fonction", "[", "1", "]", "==", "u'off'", ":", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "u'setCurrentOperatingMode'", ",", "u'{\"absence\":\"on\", \"relaunch\":\"off\"}'", ")", "elif", "return_fonction", "[", "1", "]", "!=", "u'off'", "and", "return_fonction", "[", "1", "]", "==", "u'boost'", ":", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "u'setCurrentOperatingMode'", ",", "u'{\"absence\":\"off\", \"relaunch\":\"on\"}'", ")", "elif", "return_fonction", "[", "1", "]", "!=", "u'off'", "and", "return_fonction", "[", "1", "]", "!=", "u'boost'", ":", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "u'setCurrentOperatingMode'", ",", "u'{\"absence\":\"off\", \"relaunch\":\"off\"}'", ")", "if", "return_fonction", "[", "1", "]", "==", "u'manualEcoInactive'", "or", "return_fonction", "[", "1", "]", "==", "u'manualEcoActive'", "or", "return_fonction", "[", "1", "]", "==", "u'autoMode'", ":", "cozytouch_POST", "(", "classe", ".", "get", "(", "u'url'", ")", ",", "u'setDHWMode'", ",", "return_fonction", "[", "1", "]", ")", "# Switch selecteur durée 'boost'", "gestion_switch_selector_domoticz", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:BoostModeDurationState'", ")", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_boost_duration'", ")", ",", "level_0", "=", "0", ",", "level_10", "=", "1", ",", "level_20", "=", "2", ",", "level_30", "=", "3", ",", "level_40", "=", "4", ",", "level_50", "=", "5", ",", "level_60", "=", "6", ",", "level_70", "=", "7", ",", "setting_command_mode", "=", "u'setBoostModeDuration'", ")", "# Switch selecteur durée 'absence'", "gestion_switch_selector_domoticz", "(", "int", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:AwayModeDurationState'", ")", ")", ",", "classe", ".", "get", "(", "u'url'", ")", ",", "classe", ".", "get", "(", "u'nom'", ")", ",", "classe", ".", "get", "(", "u'idx_away_duration'", ")", ",", "level_0", "=", "0", ",", "level_10", "=", "1", ",", "level_20", "=", "2", ",", "level_30", "=", "3", ",", "level_40", "=", "4", ",", "level_50", "=", "5", ",", "level_60", "=", "6", ",", "level_70", "=", "7", ",", "setting_command_mode", "=", "u'setAwayModeDuration'", ")", "######", "# Update only for SubClass \"DHWP_THERM_V2_MURAL_IO\"", "if", "name", "==", "dict_cozytouch_devtypes", ".", "get", "(", "u'DHWP_THERM_V2_MURAL_IO'", ")", ":", "# Temperature measurement (io:MiddleWaterTemperatureState)", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:MiddleWaterTemperatureState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_temp_measurement'", ")", ")", ")", "# Heat Pump Energy Counter (io:PowerHeatPumpState)", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:PowerHeatPumpState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_energy_counter_heatpump'", ")", ")", ")", "# Heat Electrical Energy Counter (io:PowerHeatElectricalState)", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'io:PowerHeatElectricalState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_energy_counter_heatelec'", ")", ")", ")", "# Water volume estimation (core:V40WaterVolumeEstimationState)", "domoticz_write_device_analog", "(", "(", "value_by_name", "(", "data", ",", "x", ",", "u'core:V40WaterVolumeEstimationState'", ")", ")", ",", "(", "classe", ".", "get", "(", "u'idx_water_estimation'", ")", ")", ")" ]
[ 1265, 0 ]
[ 1556, 141 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Facette.intersection
(self, r)
retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection
retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection
def intersection(self, r): """retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection""" p = self.intersection_plan(r) if p is None: return None if self.point_interieur(p): return p else: return None
[ "def", "intersection", "(", "self", ",", "r", ")", ":", "p", "=", "self", ".", "intersection_plan", "(", "r", ")", "if", "p", "is", "None", ":", "return", "None", "if", "self", ".", "point_interieur", "(", "p", ")", ":", "return", "p", "else", ":", "return", "None" ]
[ 41, 4 ]
[ 50, 23 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
point.__str__
(self)
return "(x,y) = (%4.1f,%4.1f) masse %f" % (self.x,self.y,self.m)
afficher le point
afficher le point
def __str__ (self) : """afficher le point""" return "(x,y) = (%4.1f,%4.1f) masse %f" % (self.x,self.y,self.m)
[ "def", "__str__", "(", "self", ")", ":", "return", "\"(x,y) = (%4.1f,%4.1f) masse %f\"", "%", "(", "self", ".", "x", ",", "self", ".", "y", ",", "self", ".", "m", ")" ]
[ 29, 4 ]
[ 31, 72 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
facette.intersection
(self, r)
retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection
retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection
def intersection (self, r) : """retourne le point d'intersection avec le rayon r, retourne None s'il n'y pas d'intersection""" p = self.intersection_plan (r) if p == None : return None if self.point_interieur (p) : return p else : return None
[ "def", "intersection", "(", "self", ",", "r", ")", ":", "p", "=", "self", ".", "intersection_plan", "(", "r", ")", "if", "p", "==", "None", ":", "return", "None", "if", "self", ".", "point_interieur", "(", "p", ")", ":", "return", "p", "else", ":", "return", "None" ]
[ 42, 4 ]
[ 48, 26 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
inverse_couleurs
(noeud)
Inverse les couleurs pour converser un équilibre-noir parfait.
Inverse les couleurs pour converser un équilibre-noir parfait.
def inverse_couleurs(noeud): """Inverse les couleurs pour converser un équilibre-noir parfait.""" noeud.couleur = ROUGE noeud.gauche.couleur = NOIR noeud.droite.couleur = NOIR
[ "def", "inverse_couleurs", "(", "noeud", ")", ":", "noeud", ".", "couleur", "=", "ROUGE", "noeud", ".", "gauche", ".", "couleur", "=", "NOIR", "noeud", ".", "droite", ".", "couleur", "=", "NOIR" ]
[ 50, 0 ]
[ 54, 31 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
tests
()
Fonction de tests.
Fonction de tests.
def tests(): """Fonction de tests.""" arbre = creer_arbre_rouge_noir_avec_liste([0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) noeud = trouve_valeur_dans_arbre_rouge_noir(arbre, 7) print(noeud.valeur) print("---") noeud = trouve_valeur_dans_arbre_rouge_noir(arbre, -1) if noeud != None: raise ValueError("-1") print("-1") print("---") parcourt_arbre(arbre, print) print("---") parcourt_arbre_avec_parent(arbre, affiche_arrete)
[ "def", "tests", "(", ")", ":", "arbre", "=", "creer_arbre_rouge_noir_avec_liste", "(", "[", "0", ",", "1", ",", "2", ",", "3", ",", "4", ",", "5", ",", "6", ",", "7", ",", "8", ",", "9", "]", ")", "noeud", "=", "trouve_valeur_dans_arbre_rouge_noir", "(", "arbre", ",", "7", ")", "print", "(", "noeud", ".", "valeur", ")", "print", "(", "\"---\"", ")", "noeud", "=", "trouve_valeur_dans_arbre_rouge_noir", "(", "arbre", ",", "-", "1", ")", "if", "noeud", "!=", "None", ":", "raise", "ValueError", "(", "\"-1\"", ")", "print", "(", "\"-1\"", ")", "print", "(", "\"---\"", ")", "parcourt_arbre", "(", "arbre", ",", "print", ")", "print", "(", "\"---\"", ")", "parcourt_arbre_avec_parent", "(", "arbre", ",", "affiche_arrete", ")" ]
[ 140, 0 ]
[ 153, 53 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
create_df_global
(data, data_global, columns_from_global)
return df
Cette fonction crée et renvoie la dataframe contenant la somme des observations sur tous les établissements.
Cette fonction crée et renvoie la dataframe contenant la somme des observations sur tous les établissements.
def create_df_global(data, data_global, columns_from_global): """Cette fonction crée et renvoie la dataframe contenant la somme des observations sur tous les établissements.""" df = ( data.reset_index() .groupby("date")[["prevision", "reel", "effectif"]] .sum() # On enrichit avec les variables exogènes .join(data_global[columns_from_global]) ) return df
[ "def", "create_df_global", "(", "data", ",", "data_global", ",", "columns_from_global", ")", ":", "df", "=", "(", "data", ".", "reset_index", "(", ")", ".", "groupby", "(", "\"date\"", ")", "[", "[", "\"prevision\"", ",", "\"reel\"", ",", "\"effectif\"", "]", "]", ".", "sum", "(", ")", "# On enrichit avec les variables exogènes", ".", "join", "(", "data_global", "[", "columns_from_global", "]", ")", ")", "return", "df" ]
[ 41, 0 ]
[ 50, 13 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
PublicUserApiTests.test_password_too_short
(self)
mot depass au moins 5 caracteres
mot depass au moins 5 caracteres
def test_password_too_short(self): """mot depass au moins 5 caracteres""" payload = {'email': '[email protected]', 'password': 'Ab', 'name': 'test'} res = self.client.post(CREATE_USER_URL, payload) self.assertEqual(res.status_code, status.HTTP_400_BAD_REQUEST) user_exists = get_user_model().objects.filter( email=payload['email'] ).exists() self.assertFalse(user_exists)
[ "def", "test_password_too_short", "(", "self", ")", ":", "payload", "=", "{", "'email'", ":", "'[email protected]'", ",", "'password'", ":", "'Ab'", ",", "'name'", ":", "'test'", "}", "res", "=", "self", ".", "client", ".", "post", "(", "CREATE_USER_URL", ",", "payload", ")", "self", ".", "assertEqual", "(", "res", ".", "status_code", ",", "status", ".", "HTTP_400_BAD_REQUEST", ")", "user_exists", "=", "get_user_model", "(", ")", ".", "objects", ".", "filter", "(", "email", "=", "payload", "[", "'email'", "]", ")", ".", "exists", "(", ")", "self", ".", "assertFalse", "(", "user_exists", ")" ]
[ 45, 4 ]
[ 53, 37 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
genere_tableau_aleatoire_trie
(taille)
return [i for i in range(0,taille)]
cette fonction génère un tableau déjà trié de taille "taille"
cette fonction génère un tableau déjà trié de taille "taille"
def genere_tableau_aleatoire_trie(taille): """ cette fonction génère un tableau déjà trié de taille "taille" """ return [i for i in range(0,taille)]
[ "def", "genere_tableau_aleatoire_trie", "(", "taille", ")", ":", "return", "[", "i", "for", "i", "in", "range", "(", "0", ",", "taille", ")", "]" ]
[ 39, 0 ]
[ 41, 39 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
sha256sum
(filename)
return h.hexdigest()
calcul le sha256 d'un fichier Args: filename (str): répertoire du fichier à hash Returns: str: valeur du hash du fichier
calcul le sha256 d'un fichier
def sha256sum(filename): """calcul le sha256 d'un fichier Args: filename (str): répertoire du fichier à hash Returns: str: valeur du hash du fichier """ h = hashlib.sha256() b = bytearray(128*1024) mv = memoryview(b) with open(filename, 'rb', buffering=0) as f: for n in iter(lambda : f.readinto(mv), 0): h.update(mv[:n]) # print(filename,': ',time.time()-startTime) return h.hexdigest()
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[ 149, 0 ]
[ 165, 24 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
modifierCompte
()
return render_template("compte.html")
Controleur de la route '/modifierCompte'
Controleur de la route '/modifierCompte'
def modifierCompte(): "Controleur de la route '/modifierCompte' " def requeteMajCompte(conn, cur, result, idEleve): for name, value in result.items(): #pour chaque champ du formulaire if result[name]: #si l'attribut/champ du formulaire a été modifié #on met à jour la table eleve avec la nouvelle valeur cur.execute("UPDATE eleve SET {} = ? WHERE idEleve = ? ;".format(name), (value, idEleve)) #on met à jour le dictionnaire du cookie de session voir https://flask.palletsprojects.com/en/1.1.x/api/#sessions session['user'][name] = value session.modified = True #analyse du formulaire if request.method == 'POST': #ouverture du formulaire result = request.form #ouverture de connexion à la BDD conn = sqlite3.connect('monavenir.db') cur = conn.cursor() #on récupère l'idEleve dans le dictionnaire de session idEleve = session['user']['idEleve'] requeteMajCompte(conn, cur, result, idEleve) #enregistrement des modifications dans la BDD conn.commit() #fermeture de connexion à la BDD cur.close() conn.close() return render_template("compte.html")
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[ 191, 0 ]
[ 218, 41 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
WindowClient.send_error
(self)
Envoie un signal qui déclenchera l'envoi de l'erreur d'alerte
Envoie un signal qui déclenchera l'envoi de l'erreur d'alerte
def send_error(self) : """ Envoie un signal qui déclenchera l'envoi de l'erreur d'alerte""" self.output_message.append("alert_is_an_error") self.w_button['state'] = DISABLED
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[ 55, 4 ]
[ 59, 41 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
SegmentBord_Commun.__init__
(self, dim)
constructeur, definit la definition de l'image
constructeur, definit la definition de l'image
def __init__(self, dim): """constructeur, definit la definition de l'image""" Segment.__init__(self, Point(0, 0), Point(0, 0)) self.dim = dim
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[ 23, 4 ]
[ 26, 22 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Crud.set_ticket
(self, val)
Mettre à jour le ticket de la base de données de la prise
Mettre à jour le ticket de la base de données de la prise
def set_ticket(self, val): """ Mettre à jour le ticket de la base de données de la prise """ self.ctx["ticket"] = val
[ "def", "set_ticket", "(", "self", ",", "val", ")", ":", "self", ".", "ctx", "[", "\"ticket\"", "]", "=", "val" ]
[ 282, 4 ]
[ 284, 32 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Scene.construit_image
(self, screen, pygame, fLOG)
construit l'image de synthèse où screen est un objet du module pygame
construit l'image de synthèse où screen est un objet du module pygame
def construit_image(self, screen, pygame, fLOG): """construit l'image de synthèse où screen est un objet du module pygame""" count = 0 nbpixel = int(self.dim[0] * self.dim[1] / 100) for y in range(0, self.dim[1]): for x in range(0, self.dim[0]): p = Pixel(x, y) r = self.construit_rayon(p) c = self.rayon_couleur(r, True) q = (p.x, self.dim[1] - p.y - 1) d = (int(c.x * 255), int(c.y * 255), int(c.z * 255)) if pygame is None: for i, di in enumerate(d): screen[q[0], q[1], i] = di else: pygame.draw.line(screen, d, q, q) count += 1 if pygame is not None: if count % 150 == 0: pygame.display.flip() if count % nbpixel == 0: fLOG("avancement ", count // nbpixel, "%") if pygame is not None: pygame.display.flip()
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[ 149, 4 ]
[ 172, 33 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
corde.display
(self, screen)
affichage de la corde � l'aide du module pyagame
affichage de la corde � l'aide du module pyagame
def display (self, screen) : """affichage de la corde � l'aide du module pyagame""" self.display_courbe_theorique (screen) x,y = screen.get_size () color = (0,0,0) for p in self.list : pygame.draw.circle (screen, color, (int (p.x), int (y - p.y)), int (p.m+1)) for i in xrange (0,len (self.list)-1) : pygame.draw.line (screen, color, \ (int (self.list [i].x), int (y - self.list [i].y)), \ (int (self.list [i+1].x), int (y - self.list [i+1].y)))
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[ 62, 4 ]
[ 72, 86 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Admin.emergency_cmd
(self, ctx: MyContext)
Déclenche la procédure d'urgence A N'UTILISER QU'EN CAS DE BESOIN ABSOLU ! Le bot quittera tout les serveurs après avoir envoyé un mp à chaque propriétaire
Déclenche la procédure d'urgence A N'UTILISER QU'EN CAS DE BESOIN ABSOLU ! Le bot quittera tout les serveurs après avoir envoyé un mp à chaque propriétaire
async def emergency_cmd(self, ctx: MyContext): """Déclenche la procédure d'urgence A N'UTILISER QU'EN CAS DE BESOIN ABSOLU ! Le bot quittera tout les serveurs après avoir envoyé un mp à chaque propriétaire""" await ctx.send(await self.emergency())
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[ 426, 4 ]
[ 429, 46 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
get_list_groupes
(df)
return listeGroupes
Renvoie un dictionnaire qui à chaque index de groupe renvoie un objet Groupe donnant sa composition.
Renvoie un dictionnaire qui à chaque index de groupe renvoie un objet Groupe donnant sa composition.
def get_list_groupes(df): """Renvoie un dictionnaire qui à chaque index de groupe renvoie un objet Groupe donnant sa composition. """ global numPassager listeGroupes = dict() for idx, row in df.iterrows(): listeGroupes[idx] = Groupe( idx=idx, nb_femmes=row['Femmes'], nb_hommes=row['Hommes'], nb_enfants=row['Enfants'], nb_WCHR=row['WCHR'], classe=row['Classe'], transit_time=string_to_min(str(row['TransitTime'])) ) numPassager = 0 # Réinitialisation du compteur return listeGroupes
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[ 188, 0 ]
[ 209, 23 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
notify
(textes)
Créer une notification. Le paramètre doit être un tuple (titre, texte)
Créer une notification. Le paramètre doit être un tuple (titre, texte)
def notify(textes) : """ Créer une notification. Le paramètre doit être un tuple (titre, texte) """ if os.name == "posix" : notification.notify( title=textes[0], message=textes[1], app_name="alert", app_icon=ICON) else : notif = ToastNotifier() notif.show_toast(textes[0], textes[1], icon_path=ICON, duration=470, threaded=True)
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[ 38, 0 ]
[ 47, 40 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
trouve_valeur_dans_arbre_binaire
(arbre, valeur)
return noeud
Trouve une valeur dans l'arbre binaire.
Trouve une valeur dans l'arbre binaire.
def trouve_valeur_dans_arbre_binaire(arbre, valeur): """Trouve une valeur dans l'arbre binaire.""" noeud = arbre.noeud while noeud != None and noeud.valeur != valeur: if valeur < noeud.valeur: noeud = noeud.gauche else: noeud = noeud.droite return noeud
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[ 19, 0 ]
[ 28, 16 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Fourmis.deplacement
(self, couleur)
Déplace la fourmis sur le board d'après les règles du jeu Args: couleur (integer): la couleur de la case de départ de la fourmis
Déplace la fourmis sur le board d'après les règles du jeu
def deplacement(self, couleur): """Déplace la fourmis sur le board d'après les règles du jeu Args: couleur (integer): la couleur de la case de départ de la fourmis """ self.previousPos[0] = self.position[0] self.previousPos[1] = self.position[1] if couleur == 0: # case noire # on déplace la fourmis d'une case à gauche et on change son orientation # on tourne à gauche if self.direction == Direction.HAUT: self.position[1] -= 1 if self.direction == Direction.DROITE: self.position[0] -= 1 if self.direction == Direction.BAS: self.position[1] += 1 if self.direction == Direction.GAUCHE: self.position[0] += 1 self.direction = (self.direction - 1) % 4 if couleur == 1: # case blanche # On déplace la fourmis d'une case vers la droite # on tourne à droite if self.direction == Direction.HAUT: self.position[1] += 1 if self.direction == Direction.DROITE: self.position[0] += 1 if self.direction == Direction.BAS: self.position[1] -= 1 if self.direction == Direction.GAUCHE: self.position[0] -= 1 self.direction = (self.direction + 1) % 4
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[ 23, 4 ]
[ 57, 53 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
ListeAccords.HarmonicDescriptors
(self)
Transforme chaque verticalite en objet Accord, calcule la concordance, la coherence et les concordances multiples, et stocke les resultats sous forme de liste d'Accords"
Transforme chaque verticalite en objet Accord, calcule la concordance, la coherence et les concordances multiples, et stocke les resultats sous forme de liste d'Accords"
def HarmonicDescriptors (self): ''' Transforme chaque verticalite en objet Accord, calcule la concordance, la coherence et les concordances multiples, et stocke les resultats sous forme de liste d'Accords" ''' Prec = 0 compte = 1 global listeSpectresAccords, listeSpectresAccords_pic listeSpectresAccords = [] listeSpectresAccords_pic = [] for verticality in self.tree.iterateVerticalities(): v = Accord(verticality, self.partiels, self.amplitudes, self.K, self.sig, self.decr,self.memory_size, self.memory_decr_ponderation, self.temperament,self.noteDeReferencePourLeTunning) if verticality.bassTimespan!=None : v.identifiant = verticality.bassTimespan.element.id v.ListeHauteursAvecMultiplicite() v.NombreDeNotes() if v.nombreDeNotes>=1: v.SpectreAccord() listeSpectresAccords.append(v.spectreAccord) listeSpectresAccords_pic.append(v.spectreAccord_pic) v.Context() v.HarmonicChange(Prec) v.DiffConcordanceContext(Prec) v.DiffRoughnessContext(Prec) Prec = v self.grandeursHarmoniques.append(v) # print('Accord {}: OK'.format(compte)) compte += 1
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[ 138, 4 ]
[ 170, 23 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
sample_user
(email='[email protected]', password='123456')
return get_user_model().objects.create_user(email, password)
cree un utilisateur de test
cree un utilisateur de test
def sample_user(email='[email protected]', password='123456'): """cree un utilisateur de test""" return get_user_model().objects.create_user(email, password)
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[ 6, 0 ]
[ 8, 64 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
InterfaceJeu.updateColors
(self)
Met à jour les couleurs des carreaux
Met à jour les couleurs des carreaux
def updateColors(self): """Met à jour les couleurs des carreaux""" for i, ligne in enumerate(self.board.matrix): for j, pixel in enumerate(ligne): tag = str(j)+"-"+str(i) C = self.canvas.find_withtag(tag) if pixel == 1: self.canvas.itemconfigure(C, fill = "green") if pixel == 2: self.canvas.itemconfigure(C, fill = "red")
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[ 396, 1 ]
[ 405, 47 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
Events.check_mp_adv
(self, msg: discord.Message)
Teste s'il s'agit d'une pub MP
Teste s'il s'agit d'une pub MP
async def check_mp_adv(self, msg: discord.Message): """Teste s'il s'agit d'une pub MP""" if self.bot.zombie_mode: return if msg.author.id == self.bot.user.id or 'discord.gg/' not in msg.content: return try: _ = await self.bot.fetch_invite(msg.content) except: return # d = datetime.datetime.utcnow() - (await msg.channel.history(limit=2).flatten())[1].created_at # if d.total_seconds() > 600: await msg.channel.send(await self.bot._(msg.channel,"events.mp-adv"))
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[ 214, 4 ]
[ 226, 77 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null
PrivatRecipeApiTest.test_create_recipe_with_ingredients
(self)
creation de recette avec ingredients
creation de recette avec ingredients
def test_create_recipe_with_ingredients(self): """ creation de recette avec ingredients""" ing1 = sample_ingredient(user=self.user, name='poire') ing2 = sample_ingredient(user=self.user, name='chou') payload = { 'title': 'pot au feu', 'ingredients': [ing1.id, ing2.id], 'time_minutes': 60, 'price': 100 } res = self.client.post(RECIPES_URL, payload) self.assertEqual(res.status_code, status.HTTP_201_CREATED) recipe = Recipe.objects.get(id=res.data['id']) ingredients = recipe.ingredients.all() self.assertEqual(ingredients.count(), 2) self.assertIn(ing1, ingredients) self.assertIn(ing2, ingredients)
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[ 132, 4 ]
[ 149, 40 ]
null
python
fr
['fr', 'fr', 'fr']
True
true
null