pygame - minimap

**deusyss** · 14/08/2013, 13h33

Bonjour,

Je viens vers vous pour avoir des réponse à des anomalies sur mon code. Ci-dessous, mon code, et les images liées. Il s'agit d'un jeu de char basique pour apprendre pygame.

Mes questions concernent la minimap. Cette dernière est une copie redimensionnée d'une image
1-Je n'arrive pas à encadrer ma minimap avec un rectangle, alors que j'y arrive très bien pour une autre image
2-Quand mon char bouge, j'arrive bien a reporter sa position sur la minimap, mais les anciennes positions ne s'efface pas.

Auriez-vous des explications à me donner? Merci d'avance

Code :

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#!/usr/bin/env python
# -*-coding:utf-8 -*
 
import pygame
import math
from pygame.locals import *
 
 
class GestionObus():
 
	def __init__(self):
		self.listing = []
 
	def add(self,obus):
		self.listing.append(obus)
 
	def destroy(self,idx_obus):
		del self.listing[idx_obus]
 
	def next_frame(self):
		nb_obus = len(self.listing)
		i = 0
		while i < nb_obus:
			rtr = self.listing[i].go()
			if rtr == 'END':
				self.destroy(i)
				nb_obus = len(self.listing)
			i += 1
 
 
 
class Obus():
 
	listing = []
 
	def __init__(self, angle, image, rect, window, dist,list_explosion):
		self.cptr_obus = 0
		self.angle_obus = angle
		self.obus = image
		self.coord_obus = rect
		self.fenetre = window
		self.distance = dist
		self.explosion = list_explosion
		self.coord_explosion = self.explosion[0].get_rect()
 
		Obus.listing.append(self)
 
		self.go()
 
	def go(self):
		self.cptr_obus += 1
 
		rtr = self.tir()
		return rtr
 
 
	def tir(self):
		if self.cptr_obus < 20:
			x_avance_obus = self.distance * math.cos(math.radians(-self.angle_obus-90))
			y_avance_obus = self.distance * math.sin(math.radians(-self.angle_obus-90))
 
			if self.angle_obus >= 90 and self.angle_obus < 270:
				x_avance_obus = -x_avance_obus
			if self.angle_obus >=180 and self.angle_obus < 360:
				y_avance_obus = -y_avance_obus
 
			self.coord_obus = self.coord_obus.move(x_avance_obus, y_avance_obus)
			self.fenetre.blit(self.obus, self.coord_obus.center)
 
		else:
			x = self.coord_obus.center[0] - (self.coord_explosion.width / 2)
			y = self.coord_obus.center[1] - (self.coord_explosion.height / 2)
			self.fenetre.blit(self.explosion[self.cptr_obus - 20], (x,y))				
 
		self.cptr_obus += 1
 
		if self.cptr_obus == 36:
			return 'END'
		else:
			return 'ACTION'
 
 
 
 
def rot_center(image, rect, angle):
	"""rotate an image while keeping its center"""
	rot_image = pygame.transform.rotate(image, angle)
	rot_rect = rot_image.get_rect(center=rect.center)
	return rot_image,rot_rect
 
 
def change_image(image, rect, cible, rect_cible):
	rect.center = rect_cible.center
	cible = image
	rect_cible = rect_cible.fit(rect)
	rect_cible.center = rect.center
	return cible, rect_cible
 
 
def tourelle_angle(mouse_pos, image, rect):
	x, y = mouse_pos
 
	dx = x - rect.center[0]
	dy = y - rect.center[1]
 
	rads = math.atan2(-dy,dx)
	angle = math.degrees(rads) - 90 #decalage de 90° de l'image rapport au 0°
 
	return angle
 
 
def set_reticule(mouse_pos):
	coord_reticule.center = mouse_pos
	fenetre.blit(reticule, coord_reticule)
 
 
def genere_map():
	fenetre.blit(grass, (0,0))
	fenetre.blit(grass, (256,0))
	fenetre.blit(grass, (512,0))
	fenetre.blit(grass, (0,256))
	fenetre.blit(grass, (256,256))
	fenetre.blit(grass, (512,256))
	fenetre.blit(mountain, (220,-50))
	fenetre.blit(mountain, (256,0))
 
 
pygame.init()
pygame.key.set_repeat(30, 50)
#Ouverture de la fenêtre Pygame
WIDTH_SCR = 768
HEIGHT_SCR = 512
fenetre = pygame.display.set_mode((WIDTH_SCR, HEIGHT_SCR))
 
#Chargement et collage du fond
grass = pygame.image.load("/home/sg/Images/grass3.png").convert()
coord_grass = grass.get_rect()
mountain = pygame.image.load("/home/sg/Images/mountain.png").convert()
coord_mountain = mountain.get_rect()
fond = pygame.image.load("/home/sg/Images/fond.png").convert()
fond = pygame.transform.scale(fond, (768,512))
coord_fond = fond.get_rect()
#fenetre.blit(fond, (0,0))
genere_map()
 
#chargement obus
obus = pygame.image.load("/home/sg/Images/obus.gif").convert()
obus = pygame.transform.scale(obus, (10,20))
coord_obus = obus.get_rect()
 
#chargement explosion
im_explosion = []
im_explosion.append(pygame.image.load("/home/sg/Images/explosion1.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion2.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion3.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion4.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion5.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion6.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion7.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion8.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion9.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion10.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion11.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion12.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion13.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion14.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion15.png").convert())
im_explosion.append(pygame.image.load("/home/sg/Images/explosion16.png").convert())
 
#Chargement et collage du personnage
base_up = pygame.image.load("/home/sg/Images/base_up.png").convert_alpha()
base_down = pygame.image.load("/home/sg/Images/base_down.png").convert_alpha()
base_left = pygame.image.load("/home/sg/Images/base_left.png").convert_alpha()
base_right = pygame.image.load("/home/sg/Images/base_right.png").convert_alpha()
base_upleft = pygame.image.load("/home/sg/Images/base_upleft.png").convert_alpha()
base_upright = pygame.image.load("/home/sg/Images/base_upright.png").convert_alpha()
base_downleft = pygame.image.load("/home/sg/Images/base_downleft.png").convert_alpha()
base_downright = pygame.image.load("/home/sg/Images/base_downright.png").convert_alpha()
 
coord_base_up = base_up.get_rect()
coord_base_down = base_down.get_rect()
coord_base_left = base_left.get_rect()
coord_base_right = base_right.get_rect()
coord_base_upleft = base_upleft.get_rect()
coord_base_upright = base_upright.get_rect()
coord_base_downleft = base_downleft.get_rect()
coord_base_downright = base_downright.get_rect()
 
coord_base_up.center = (WIDTH_SCR / 2, HEIGHT_SCR / 2)
 
coord_base_down.center = coord_base_up.center
coord_base_left.center = coord_base_up.center
coord_base_right.center = coord_base_up.center
coord_base_upleft.center = coord_base_up.center
coord_base_upright.center = coord_base_up.center
coord_base_downleft.center = coord_base_up.center
coord_base_downright.center = coord_base_up.center
 
 
 
tourelle = pygame.image.load("/home/sg/Images/tourelle.png").convert_alpha()
coord_tourelle = tourelle.get_rect()
 
reticule = pygame.image.load("/home/sg/Images/reticule.png").convert_alpha()
coord_reticule = reticule.get_rect()
 
base_scr = base_up
tourelle_scr = tourelle
coord_base_scr = base_scr.get_rect()
coord_tourelle_scr = tourelle_scr.get_rect()
 
coord_tourelle_scr.center = coord_base_scr.center
 
 
fenetre.blit(base_scr, coord_base_scr)
fenetre.blit(tourelle_scr, coord_tourelle_scr)
 
minimap = pygame.transform.smoothscale(fond, (128,96))
 
 
#Rafraîchissement de l'écran
pygame.display.flip()
 
#BOUCLE INFINIE
continuer = 1
x=0
y = 0
 
list_obus = GestionObus()
pygame.mouse.set_visible(False)
 
while continuer:
	pygame.time.Clock().tick(30)
	for event in pygame.event.get():    #Attente des événements
		if event.type == QUIT:
			continuer = 0
		if event.type == KEYDOWN:
			keys = pygame.key.get_pressed()
			if keys[K_LEFT] and keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_upleft,coord_base_upleft,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,-10)
 
			elif keys[K_LEFT] and keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_downleft,coord_base_downleft,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,10)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,10)
 
			elif keys[K_RIGHT] and keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_upright,coord_base_upright,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(10,-10)
 
			elif keys[K_RIGHT] and keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_downright,coord_base_downright,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,10)
				coord_tourelle_scr = coord_tourelle_scr.move(10,10)
 
			elif keys[K_LEFT]:
				base_scr, coord_base_scr = change_image(base_left,coord_base_left,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,0)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,0)
 
			elif keys[K_RIGHT]:
				base_scr, coord_base_scr = change_image(base_right,coord_base_right,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,0)
				coord_tourelle_scr = coord_tourelle_scr.move(10,0)
 
			elif keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_up,coord_base_up,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(0,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(0,-10)
 
			elif keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_down,coord_base_down,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(0,10)
				coord_tourelle_scr = coord_tourelle_scr.move(0,10)
			elif keys[K_q]:
				continuer = 0
 
			coord_tourelle.center = coord_tourelle_scr.center
 
		if event.type == MOUSEBUTTONDOWN and event.button == 1:
			angle_obus = tourelle_angle(pygame.mouse.get_pos(), tourelle_scr, coord_tourelle_scr)
			obus_scr = obus
			coord_obus_scr = obus.get_rect()
			coord_obus_scr.center = coord_tourelle_scr.center
			obus_scr, coord_obus_scr = rot_center(obus_scr, coord_obus_scr, angle_obus)
 
			list_obus.add(Obus(angle_obus, obus_scr, coord_obus_scr, fenetre, 30, im_explosion))
 
 
 
	angle = tourelle_angle(pygame.mouse.get_pos(), tourelle_scr, coord_tourelle_scr)
 
	tourelle_scr, coord_tourelle_scr = rot_center(tourelle, coord_tourelle, angle)
 
	coord_minimap = minimap.get_rect()
 
	#fenetre.blit(fond, (0,0))  
	genere_map()
	fenetre.blit(base_scr, coord_base_scr)
 
	list_obus.next_frame()
 
 
	fenetre.blit(tourelle_scr, coord_tourelle_scr)
	fenetre.blit(minimap, (500, 370))
	set_reticule(pygame.mouse.get_pos())
	pygame.draw.rect(minimap, (255,0,0), (500,370,128,96), 0)
	pygame.draw.circle(minimap, (0,255,0), (coord_base_scr[0]/5, coord_base_scr[1]/5),2,2)
 
	pygame.display.flip()

**deusyss** · 15/08/2013, 14h46

J'ai trouvé une réponse partielle ici: http://fr.wikibooks.org/wiki/Pygame/..._%C3%A0_Pygame

Je pensais que recharger mon image suffisait à effacer les anciennes traces, mais non.

Quand à mon autre probleme, le rectangle, il s'agit d'un probleme de referenciel. En effet, comme je precise que je travaille sur le rectangle minimap, les coordonnées de positonnement sont (0,0) et non (500,...) comme j'avais écrit.

Ci-dessous mon code corrigé, si cela peut servir à certains

Code :

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#!/usr/bin/env python
# -*-coding:utf-8 -*
 
import pygame
import math
from pygame.locals import *
 
 
class GestionObus():
 
	def __init__(self):
		self.listing = []
 
	def add(self,obus):
		self.listing.append(obus)
 
	def destroy(self,idx_obus):
		del self.listing[idx_obus]
 
	def next_frame(self):
		nb_obus = len(self.listing)
		i = 0
		while i < nb_obus:
			rtr = self.listing[i].go()
			if rtr == 'END':
				self.destroy(i)
				nb_obus = len(self.listing)
			i += 1
 
 
 
class Obus():
 
	listing = []
 
	def __init__(self, angle, image, rect, window, dist,list_explosion):
		self.cptr_obus = 0
		self.angle_obus = angle
		self.obus = image
		self.coord_obus = rect
		self.fenetre = window
		self.distance = dist
		self.explosion = list_explosion
		self.coord_explosion = self.explosion[0].get_rect()
 
		Obus.listing.append(self)
 
		self.go()
 
	def go(self):
		self.cptr_obus += 1
 
		rtr = self.tir()
		return rtr
 
 
	def tir(self):
		if self.cptr_obus < 20:
			x_avance_obus = self.distance * math.cos(math.radians(-self.angle_obus-90))
			y_avance_obus = self.distance * math.sin(math.radians(-self.angle_obus-90))
 
			if self.angle_obus >= 90 and self.angle_obus < 270:
				x_avance_obus = -x_avance_obus
			if self.angle_obus >=180 and self.angle_obus < 360:
				y_avance_obus = -y_avance_obus
 
			self.coord_obus = self.coord_obus.move(x_avance_obus, y_avance_obus)
			self.fenetre.blit(self.obus, self.coord_obus)
 
		else:
			x = self.coord_obus.center[0] - (self.coord_explosion.width / 2)
			y = self.coord_obus.center[1] - (self.coord_explosion.height / 2)
			self.fenetre.blit(self.explosion[self.cptr_obus - 20], (x,y))				
 
		self.cptr_obus += 1
 
		if self.cptr_obus == 36:
			return 'END'
		else:
			return 'ACTION'
 
 
 
 
def rot_center(image, rect, angle):
	"""rotate an image while keeping its center"""
	rot_image = pygame.transform.rotate(image, angle)
	rot_rect = rot_image.get_rect(center=rect.center)
	return rot_image,rot_rect
 
 
def change_image(image, rect, cible, rect_cible):
	rect.center = rect_cible.center
	cible = image
	rect_cible = rect_cible.fit(rect)
	rect_cible.center = rect.center
	return cible, rect_cible
 
 
def tourelle_angle(mouse_pos, image, rect):
	x, y = mouse_pos
 
	dx = x - rect.center[0]
	dy = y - rect.center[1]
 
	rads = math.atan2(-dy,dx)
	angle = math.degrees(rads) - 90 #decalage de 90° de l'image rapport au 0°
 
	return angle
 
 
def set_reticule(mouse_pos):
	coord_reticule.center = mouse_pos
	fenetre.blit(reticule, coord_reticule)
 
 
def genere_map():
	fenetre.blit(grass, (0,0))
	fenetre.blit(grass, (256,0))
	fenetre.blit(grass, (512,0))
	fenetre.blit(grass, (0,256))
	fenetre.blit(grass, (256,256))
	fenetre.blit(grass, (512,256))
	fenetre.blit(mountain, (220,-50))
	fenetre.blit(mountain, (256,0))
 
 
pygame.init()
pygame.key.set_repeat(30, 50)
#Ouverture de la fenêtre Pygame
WIDTH_SCR = 768
HEIGHT_SCR = 512
fenetre = pygame.display.set_mode((WIDTH_SCR, HEIGHT_SCR))
 
#Chargement et collage du fond
grass = pygame.image.load("/home/alex/Images/grass3.png").convert()
coord_grass = grass.get_rect()
mountain = pygame.image.load("/home/alex/Images/mountain.png").convert()
coord_mountain = mountain.get_rect()
fond = pygame.image.load("/home/alex/Images/fond.png").convert()
fond = pygame.transform.scale(fond, (768,512))
coord_fond = fond.get_rect()
#fenetre.blit(fond, (0,0))
genere_map()
 
#chargement obus
obus = pygame.image.load("/home/alex/Images/obus.gif").convert()
obus = pygame.transform.scale(obus, (10,20))
coord_obus = obus.get_rect()
 
#chargement explosion
im_explosion = []
im_explosion.append(pygame.image.load("/home/alex/Images/explosion1.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion2.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion3.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion4.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion5.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion6.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion7.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion8.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion9.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion10.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion11.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion12.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion13.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion14.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion15.png").convert())
im_explosion.append(pygame.image.load("/home/alex/Images/explosion16.png").convert())
 
#Chargement et collage du personnage
base_up = pygame.image.load("/home/alex/Images/base_up.png").convert_alpha()
base_down = pygame.image.load("/home/alex/Images/base_down.png").convert_alpha()
base_left = pygame.image.load("/home/alex/Images/base_left.png").convert_alpha()
base_right = pygame.image.load("/home/alex/Images/base_right.png").convert_alpha()
base_upleft = pygame.image.load("/home/alex/Images/base_upleft.png").convert_alpha()
base_upright = pygame.image.load("/home/alex/Images/base_upright.png").convert_alpha()
base_downleft = pygame.image.load("/home/alex/Images/base_downleft.png").convert_alpha()
base_downright = pygame.image.load("/home/alex/Images/base_downright.png").convert_alpha()
 
coord_base_up = base_up.get_rect()
coord_base_down = base_down.get_rect()
coord_base_left = base_left.get_rect()
coord_base_right = base_right.get_rect()
coord_base_upleft = base_upleft.get_rect()
coord_base_upright = base_upright.get_rect()
coord_base_downleft = base_downleft.get_rect()
coord_base_downright = base_downright.get_rect()
 
coord_base_up.center = (WIDTH_SCR / 2, HEIGHT_SCR / 2)
 
coord_base_down.center = coord_base_up.center
coord_base_left.center = coord_base_up.center
coord_base_right.center = coord_base_up.center
coord_base_upleft.center = coord_base_up.center
coord_base_upright.center = coord_base_up.center
coord_base_downleft.center = coord_base_up.center
coord_base_downright.center = coord_base_up.center
 
miniperso = pygame.image.load("/home/alex/Images/perso.png").convert()
 
tourelle = pygame.image.load("/home/alex/Images/tourelle.png").convert_alpha()
coord_tourelle = tourelle.get_rect()
 
reticule = pygame.image.load("/home/alex/Images/reticule.png").convert_alpha()
coord_reticule = reticule.get_rect()
 
base_scr = base_up
tourelle_scr = tourelle
coord_base_scr = base_scr.get_rect()
coord_tourelle_scr = tourelle_scr.get_rect()
 
coord_tourelle_scr.center = coord_base_scr.center
 
 
fenetre.blit(base_scr, coord_base_scr)
fenetre.blit(tourelle_scr, coord_tourelle_scr)
 
minimap = pygame.transform.smoothscale(fond, (128,85))
#minimap.set_alpha(150)
 
minimountain = mountain.copy()
minimountain = pygame.transform.scale(minimountain, (coord_mountain[2]/6, coord_mountain[3]/6))
#minimountain.set_alpha(100)
 
 
#Rafraîchissement de l'écran
pygame.display.flip()
 
#BOUCLE INFINIE
continuer = 1
x=0
y = 0
 
list_obus = GestionObus()
pygame.mouse.set_visible(False)
while continuer:
	pygame.time.Clock().tick(30)
	for event in pygame.event.get():    #Attente des événements
		if event.type == QUIT:
			continuer = 0
		if event.type == KEYDOWN:
			keys = pygame.key.get_pressed()
			if keys[K_LEFT] and keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_upleft,coord_base_upleft,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,-10)
 
			elif keys[K_LEFT] and keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_downleft,coord_base_downleft,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,10)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,10)
 
			elif keys[K_RIGHT] and keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_upright,coord_base_upright,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(10,-10)
 
			elif keys[K_RIGHT] and keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_downright,coord_base_downright,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,10)
				coord_tourelle_scr = coord_tourelle_scr.move(10,10)
 
			elif keys[K_LEFT]:
				base_scr, coord_base_scr = change_image(base_left,coord_base_left,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(-10,0)
				coord_tourelle_scr = coord_tourelle_scr.move(-10,0)
 
			elif keys[K_RIGHT]:
				base_scr, coord_base_scr = change_image(base_right,coord_base_right,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(10,0)
				coord_tourelle_scr = coord_tourelle_scr.move(10,0)
 
			elif keys[K_UP]:
				base_scr, coord_base_scr = change_image(base_up,coord_base_up,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(0,-10)
				coord_tourelle_scr = coord_tourelle_scr.move(0,-10)
 
			elif keys[K_DOWN]:
				base_scr, coord_base_scr = change_image(base_down,coord_base_down,base_scr,coord_base_scr)
				coord_tourelle_scr.center = coord_base_scr.center
				coord_base_scr = coord_base_scr.move(0,10)
				coord_tourelle_scr = coord_tourelle_scr.move(0,10)
			elif keys[K_q]:
				continuer = 0
 
			coord_tourelle.center = coord_tourelle_scr.center
 
		if event.type == MOUSEBUTTONDOWN and event.button == 1:
			angle_obus = tourelle_angle(pygame.mouse.get_pos(), tourelle_scr, coord_tourelle_scr)
			obus_scr = obus
			coord_obus_scr = obus.get_rect()
			coord_obus_scr.center = coord_tourelle_scr.center
			obus_scr, coord_obus_scr = rot_center(obus_scr, coord_obus_scr, angle_obus)
 
			list_obus.add(Obus(angle_obus, obus_scr, coord_obus_scr, fenetre, 30, im_explosion))
 
 
 
	angle = tourelle_angle(pygame.mouse.get_pos(), tourelle_scr, coord_tourelle_scr)
 
	tourelle_scr, coord_tourelle_scr = rot_center(tourelle, coord_tourelle, angle)
 
	coord_minimap = minimap.get_rect()
 
	#fenetre.blit(fond, (0,0))  
	genere_map()
	fenetre.blit(base_scr, coord_base_scr)
 
	list_obus.next_frame()
 
 
	fenetre.blit(tourelle_scr, coord_tourelle_scr)
	pygame.display.update(coord_minimap)
	fenetre.blit(minimap, (500, 370))
	minimap.fill((100,100,100))
	minimap.blit(minimountain, (43,0))
	set_reticule(pygame.mouse.get_pos())
	pygame.draw.rect(minimap, (255,0,0), (0,0,128,85), 2)
 
	pygame.draw.circle(minimap, (0,0,255), (coord_base_scr[0]/6, coord_base_scr[1]/6),2,0)
 
	pygame.draw.line(minimap, (255,255,255), (10,0), (10,96),1)
	pygame.draw.line(minimap, (255,255,255), (30,0), (30,96),1)
	pygame.draw.line(minimap, (255,255,255), (50,0), (50,96),1)
	pygame.draw.line(minimap, (255,255,255), (70,0), (70,96),1)
	pygame.draw.line(minimap, (255,255,255), (90,0), (90,96),1)
	pygame.draw.line(minimap, (255,255,255), (110,0), (110,96),1)
 
	pygame.draw.line(minimap, (255,255,255,255), (0,10), (128,10),1)
	pygame.draw.line(minimap, (255,255,255), (0,30), (128,30),1)
	pygame.draw.line(minimap, (255,255,255), (0,50), (128,50),1)
	pygame.draw.line(minimap, (255,255,255), (0,70), (128,70),1)
	pygame.draw.line(minimap, (255,255,255), (0,90), (128,90),1)
 
	pygame.display.flip()

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pygame - minimap

Programmation multimédia/Jeux Python

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