meta: normalize line endings
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1BBA026E13FC0495
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@ -1,150 +1,150 @@
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#Flappy Bird Python
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#par Xavier Andreani (tiplanet.org) et
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#Sebastien Michelland (planet-casio.com)
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#pour Graph 35+E II, fx-9750GIII, fx-9860GIII
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#--------------------
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from casioplot import *
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from random import randint
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from gint import *
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from micropython import *
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opt_level(3)
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#CONFIG GRAPHIQ CASIO
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L_FENETRE, H_FENETRE = 128, 64 #dimensions de la zone graphique affichable
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LNUMH_POLICE = {"small":(4,5), "medium":(4,5), "large": (6,7)}
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POLICE = "small" #taille de police (small, medium ou large)
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LNUM_POLICE, H_POLICE = LNUMH_POLICE[POLICE][:2] #dimensions des caracteres de la police (largeur numeriques + hauteur)
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#CONFIG GRAPHIQUE JEU
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L_TUYAU, HMIN_TUYAU = 16, 9 #largeur + hauteur minimale des tuyaux
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H_SOL = H_POLICE + 2 #hauteur du sol
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H_FOND = H_FENETRE - H_SOL #hauteur du fond
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D_FBIRD, L_FBIRD, H_FBIRD = 32, 10, 7 #position initiale + largeur + hauteur de Flappy Bird
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INTH_TUYAUX, INTVMIN_TUYAUX = 64, 16 #espacement horizontal + vertical minimal entre les tuyaux
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#EXTENSION CASIOPLOT
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#FONCTIONS GRAPHIQ JEU
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COULEUR_BORD, COULEUR_FOND, COULEUR_SOL, COULEUR_TUYAU = C_BLACK, C_WHITE, C_WHITE, C_BLACK
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PALETTE = (C_WHITE, C_BLACK)
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BIRD_IMG = (
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" #### ",
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" ## # # ",
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"# # # # ",
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"# # #### ",
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" ### # #",
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" # ### ",
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" ### ")
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# traduction des caracteres en couleurs
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BIRD = [[PALETTE[c == "#"] for c in line] for line in BIRD_IMG]
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def y_altitude(alt):
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"""retourne la position verticale d'affichage d'un objet situe a l'altitude alt"""
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return H_FOND - alt
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def draw_tuyaux(x, hinf, hsup):
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"""affiche une paire de tuyaux de hauteurs hinf (inferieur) et hsup (superieur) avec x comme limite gauche"""
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yinf = y_altitude(hinf)
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drect_border(x, hsup - 6, x + L_TUYAU, hsup,
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C_WHITE, 1, COULEUR_TUYAU); drect_border(x + 3, 0, x + 3 + L_TUYAU - 6, hsup - 6, C_WHITE, 1, COULEUR_TUYAU)
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drect_border(x, yinf, x + L_TUYAU, yinf + 6,
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C_WHITE, 1, COULEUR_TUYAU); drect_border(x + 3, yinf + 6, x + 3 + L_TUYAU - 6, yinf + hinf - 3, C_WHITE, 1, COULEUR_TUYAU)
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def draw_fbird(x, y, x_ancien, y_ancien):
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"""dessine Flappy Bird dans un rectangle de L_FBIRD*H_FBIRD pixels avec comme coin superieur gauche (x;y)"""
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y = round(y)
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for ligne in range(H_FBIRD):
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for col in range(L_FBIRD): dpixel(x + col, y + ligne, BIRD[ligne][col])
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def draw_sol():
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"""affiche le sol et dedans les informations"""
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dhline(H_FENETRE - H_POLICE - 2, COULEUR_BORD)
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info = vx_fenetre == 0 and "[AC]: Demarrer" or vx_fbird!=0 and "[AC]: Battre des ailes" or "[AC]: Quitter"
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draw_string(1, H_FENETRE - H_POLICE, info, (0, 0, 0), POLICE)
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def draw_score():
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"""affiche le score dans le coin inferieur droit"""
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ch_score = str(score)
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draw_string(L_FENETRE - LNUM_POLICE * len(ch_score), H_FENETRE - H_POLICE, ch_score, (0, 0, 0), POLICE)
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def draw_jeu():
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"""initialise l'affichage en dessinant l'ensemble des elements graphiques"""
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dclear(C_WHITE)
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draw_fbird(d_fbird - d_fenetre, y_altitude(alt_fbird), d_fbird_ancien - d_fenetre, y_altitude(alt_fbird_ancien))
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for k in range(score - 1, len(d_tuyaux)):
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d_tuyau = d_tuyaux[k]
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if d_tuyau+L_TUYAU >= d_fenetre and d_tuyau < d_fenetre+L_FENETRE:
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draw_tuyaux(d_tuyau - d_fenetre, hinf_tuyaux[k], hsup_tuyaux[k])
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draw_sol(); draw_score()
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#AUTRES FONCTIONS JEU
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def ajoute_tuyau():
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"""ajoute une paire de tuyaux"""
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global d_tuyaux, hinf_tuyaux, hsup_tuyaux
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d_tuyaux.append(d_tuyaux[-1] + INTH_TUYAUX)
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hinf_tuyau = randint(HMIN_TUYAU, H_FOND - INTVMIN_TUYAUX - HMIN_TUYAU)
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hsup_tuyau = randint(HMIN_TUYAU, H_FOND - hinf_tuyau - INTVMIN_TUYAUX)
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hinf_tuyaux.append(hinf_tuyau); hsup_tuyaux.append(hsup_tuyau)
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def simulation():
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"""met a jour l'etat du jeu"""
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global d_fenetre, d_fbird, d_fbird_ancien, alt_fbird, alt_fbird_ancien, vx_fbird, vy_fbird, score
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if d_fenetre + L_FENETRE >= d_tuyaux[-1] + INTH_TUYAUX: ajoute_tuyau()
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if d_tuyaux[score] + L_TUYAU<d_fbird: score += 1 # le score correspond a l'index du tuyau a tester
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if vx_fbird > 0 and collision_fbird():
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vx_fbird = 0
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if vy_fbird>0: vy_fbird = 0
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draw_sol()
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if vx_fenetre != 0 and vx_fbird != 0:
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d_fenetre -= vx_fenetre
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d_fbird_ancien, alt_fbird_ancien = d_fbird, alt_fbird
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d_fbird += vx_fbird
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alt_fbird = max(H_FBIRD, alt_fbird + vy_fbird)
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vy_fbird += dy_gravite
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def isect_rect(x1, y1, w1, h1, x2, y2, w2, h2):
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"""teste si il y a une intersection entre les rectangles
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de largeur w1 hauteur h1 au coin superieur gauche (x1;y1)
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et largeur w2 hauteur h2 au coin superieur gauche (x2;y2)
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"""
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return max(x1, x2) <= min(x1 + w1, x2 + w2) and max(y1, y2) <= min(y1 + h1, y2 + h2)
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def collision_fbird():
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"""teste si il y a collision entre Flappy Bird et les actuels tuyaux inferieur ou superieur"""
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d_tuyau, hinf_tuyau, hsup_tuyau = d_tuyaux[score], hinf_tuyaux[score], hsup_tuyaux[score]
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y_fbird = y_altitude(alt_fbird)
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isect_inf = isect_rect(d_tuyau, y_altitude(hinf_tuyau), L_TUYAU, hinf_tuyau, d_fbird, y_fbird, L_FBIRD, H_FBIRD)
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isect_sup = isect_rect(d_tuyau, y_fbird, L_TUYAU, hsup_tuyau - y_fbird, d_fbird, y_fbird, L_FBIRD, H_FBIRD)
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return isect_inf or isect_sup
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def action():
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"""effectue l'action correspondant a la touche pressee"""
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try:
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global vx_fenetre, vy_fbird
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if vx_fenetre == 0:
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vx_fenetre = -1
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draw_sol()
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elif vx_fbird != 0: vy_fbird = 1.25
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else:
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print("score:\n", score)
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raise SystemExit
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except KeyboardInterrupt: action()
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#ETAT INITIAL JEU
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d_tuyaux = [L_FENETRE * 3 // 4] #emplacements horizontaux des tuyaux
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hinf_tuyaux, hsup_tuyaux = [HMIN_TUYAU + 5], [HMIN_TUYAU + 5] #hauteurs des tuyaux
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score = 0 #nombre de tuyaux franchis
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d_fbird, alt_fbird = D_FBIRD, H_FOND * 3 // 4 #distance + altitude de Flappy Bird
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d_fbird_ancien, alt_fbird_ancien = d_fbird, alt_fbird # anciennes distance + altitude de Flappy Bird
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vx_fbird, vy_fbird = 1, 0 # vitesses horizontale + verticale de Flappy Bird
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dy_gravite = -0.1 # acceleration verticale de la pesanteur
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vx_fenetre, d_fenetre = 0, 0 # vitesse scrolling horizontale + position de la fenetre
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#LANCEMENT JEU
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ajoute_tuyau()
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def game():
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try:
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draw_jeu(); dupdate(); simulation()
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game()
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except KeyboardInterrupt:
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try: action(); game()
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except KeyboardInterrupt: game()
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game()
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#Flappy Bird Python
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#par Xavier Andreani (tiplanet.org) et
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#Sebastien Michelland (planet-casio.com)
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#pour Graph 35+E II, fx-9750GIII, fx-9860GIII
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#--------------------
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from casioplot import *
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from random import randint
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from gint import *
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from micropython import *
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opt_level(3)
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#CONFIG GRAPHIQ CASIO
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L_FENETRE, H_FENETRE = 128, 64 #dimensions de la zone graphique affichable
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LNUMH_POLICE = {"small":(4,5), "medium":(4,5), "large": (6,7)}
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POLICE = "small" #taille de police (small, medium ou large)
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LNUM_POLICE, H_POLICE = LNUMH_POLICE[POLICE][:2] #dimensions des caracteres de la police (largeur numeriques + hauteur)
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#CONFIG GRAPHIQUE JEU
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L_TUYAU, HMIN_TUYAU = 16, 9 #largeur + hauteur minimale des tuyaux
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H_SOL = H_POLICE + 2 #hauteur du sol
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H_FOND = H_FENETRE - H_SOL #hauteur du fond
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D_FBIRD, L_FBIRD, H_FBIRD = 32, 10, 7 #position initiale + largeur + hauteur de Flappy Bird
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INTH_TUYAUX, INTVMIN_TUYAUX = 64, 16 #espacement horizontal + vertical minimal entre les tuyaux
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#EXTENSION CASIOPLOT
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#FONCTIONS GRAPHIQ JEU
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COULEUR_BORD, COULEUR_FOND, COULEUR_SOL, COULEUR_TUYAU = C_BLACK, C_WHITE, C_WHITE, C_BLACK
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PALETTE = (C_WHITE, C_BLACK)
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BIRD_IMG = (
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" #### ",
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" ## # # ",
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"# # # # ",
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"# # #### ",
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" ### # #",
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" # ### ",
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" ### ")
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# traduction des caracteres en couleurs
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BIRD = [[PALETTE[c == "#"] for c in line] for line in BIRD_IMG]
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def y_altitude(alt):
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"""retourne la position verticale d'affichage d'un objet situe a l'altitude alt"""
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return H_FOND - alt
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def draw_tuyaux(x, hinf, hsup):
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"""affiche une paire de tuyaux de hauteurs hinf (inferieur) et hsup (superieur) avec x comme limite gauche"""
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yinf = y_altitude(hinf)
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drect_border(x, hsup - 6, x + L_TUYAU, hsup,
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C_WHITE, 1, COULEUR_TUYAU); drect_border(x + 3, 0, x + 3 + L_TUYAU - 6, hsup - 6, C_WHITE, 1, COULEUR_TUYAU)
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drect_border(x, yinf, x + L_TUYAU, yinf + 6,
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C_WHITE, 1, COULEUR_TUYAU); drect_border(x + 3, yinf + 6, x + 3 + L_TUYAU - 6, yinf + hinf - 3, C_WHITE, 1, COULEUR_TUYAU)
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def draw_fbird(x, y, x_ancien, y_ancien):
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"""dessine Flappy Bird dans un rectangle de L_FBIRD*H_FBIRD pixels avec comme coin superieur gauche (x;y)"""
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y = round(y)
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for ligne in range(H_FBIRD):
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for col in range(L_FBIRD): dpixel(x + col, y + ligne, BIRD[ligne][col])
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def draw_sol():
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"""affiche le sol et dedans les informations"""
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dhline(H_FENETRE - H_POLICE - 2, COULEUR_BORD)
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info = vx_fenetre == 0 and "[AC]: Demarrer" or vx_fbird!=0 and "[AC]: Battre des ailes" or "[AC]: Quitter"
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draw_string(1, H_FENETRE - H_POLICE, info, (0, 0, 0), POLICE)
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def draw_score():
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"""affiche le score dans le coin inferieur droit"""
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ch_score = str(score)
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draw_string(L_FENETRE - LNUM_POLICE * len(ch_score), H_FENETRE - H_POLICE, ch_score, (0, 0, 0), POLICE)
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def draw_jeu():
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"""initialise l'affichage en dessinant l'ensemble des elements graphiques"""
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dclear(C_WHITE)
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draw_fbird(d_fbird - d_fenetre, y_altitude(alt_fbird), d_fbird_ancien - d_fenetre, y_altitude(alt_fbird_ancien))
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for k in range(score - 1, len(d_tuyaux)):
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d_tuyau = d_tuyaux[k]
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if d_tuyau+L_TUYAU >= d_fenetre and d_tuyau < d_fenetre+L_FENETRE:
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draw_tuyaux(d_tuyau - d_fenetre, hinf_tuyaux[k], hsup_tuyaux[k])
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draw_sol(); draw_score()
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#AUTRES FONCTIONS JEU
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def ajoute_tuyau():
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"""ajoute une paire de tuyaux"""
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global d_tuyaux, hinf_tuyaux, hsup_tuyaux
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d_tuyaux.append(d_tuyaux[-1] + INTH_TUYAUX)
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hinf_tuyau = randint(HMIN_TUYAU, H_FOND - INTVMIN_TUYAUX - HMIN_TUYAU)
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hsup_tuyau = randint(HMIN_TUYAU, H_FOND - hinf_tuyau - INTVMIN_TUYAUX)
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hinf_tuyaux.append(hinf_tuyau); hsup_tuyaux.append(hsup_tuyau)
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def simulation():
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"""met a jour l'etat du jeu"""
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global d_fenetre, d_fbird, d_fbird_ancien, alt_fbird, alt_fbird_ancien, vx_fbird, vy_fbird, score
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if d_fenetre + L_FENETRE >= d_tuyaux[-1] + INTH_TUYAUX: ajoute_tuyau()
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if d_tuyaux[score] + L_TUYAU<d_fbird: score += 1 # le score correspond a l'index du tuyau a tester
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if vx_fbird > 0 and collision_fbird():
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vx_fbird = 0
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if vy_fbird>0: vy_fbird = 0
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draw_sol()
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if vx_fenetre != 0 and vx_fbird != 0:
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d_fenetre -= vx_fenetre
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d_fbird_ancien, alt_fbird_ancien = d_fbird, alt_fbird
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d_fbird += vx_fbird
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alt_fbird = max(H_FBIRD, alt_fbird + vy_fbird)
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vy_fbird += dy_gravite
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def isect_rect(x1, y1, w1, h1, x2, y2, w2, h2):
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"""teste si il y a une intersection entre les rectangles
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de largeur w1 hauteur h1 au coin superieur gauche (x1;y1)
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et largeur w2 hauteur h2 au coin superieur gauche (x2;y2)
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"""
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return max(x1, x2) <= min(x1 + w1, x2 + w2) and max(y1, y2) <= min(y1 + h1, y2 + h2)
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def collision_fbird():
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"""teste si il y a collision entre Flappy Bird et les actuels tuyaux inferieur ou superieur"""
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d_tuyau, hinf_tuyau, hsup_tuyau = d_tuyaux[score], hinf_tuyaux[score], hsup_tuyaux[score]
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y_fbird = y_altitude(alt_fbird)
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isect_inf = isect_rect(d_tuyau, y_altitude(hinf_tuyau), L_TUYAU, hinf_tuyau, d_fbird, y_fbird, L_FBIRD, H_FBIRD)
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isect_sup = isect_rect(d_tuyau, y_fbird, L_TUYAU, hsup_tuyau - y_fbird, d_fbird, y_fbird, L_FBIRD, H_FBIRD)
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return isect_inf or isect_sup
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def action():
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"""effectue l'action correspondant a la touche pressee"""
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try:
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global vx_fenetre, vy_fbird
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if vx_fenetre == 0:
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vx_fenetre = -1
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draw_sol()
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elif vx_fbird != 0: vy_fbird = 1.25
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else:
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print("score:\n", score)
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raise SystemExit
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except KeyboardInterrupt: action()
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#ETAT INITIAL JEU
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d_tuyaux = [L_FENETRE * 3 // 4] #emplacements horizontaux des tuyaux
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hinf_tuyaux, hsup_tuyaux = [HMIN_TUYAU + 5], [HMIN_TUYAU + 5] #hauteurs des tuyaux
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score = 0 #nombre de tuyaux franchis
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d_fbird, alt_fbird = D_FBIRD, H_FOND * 3 // 4 #distance + altitude de Flappy Bird
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d_fbird_ancien, alt_fbird_ancien = d_fbird, alt_fbird # anciennes distance + altitude de Flappy Bird
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vx_fbird, vy_fbird = 1, 0 # vitesses horizontale + verticale de Flappy Bird
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dy_gravite = -0.1 # acceleration verticale de la pesanteur
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vx_fenetre, d_fenetre = 0, 0 # vitesse scrolling horizontale + position de la fenetre
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#LANCEMENT JEU
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ajoute_tuyau()
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def game():
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try:
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draw_jeu(); dupdate(); simulation()
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game()
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except KeyboardInterrupt:
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try: action(); game()
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except KeyboardInterrupt: game()
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game()
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