def callCombate():
#adicionar efeito de combate, uma tela com acoes realizadas,
#mostrar lucros do combate e vida na tela de status do player
endCombat = False
definicoes.monsterLife = 50
ataque, fugir = load_tela_combat()
while not endCombat:
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
if event.type == pygame.MOUSEBUTTONDOWN:
if fugir.collidepoint(mouse):
endCombat = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
player.player_load()
if ataque.collidepoint(mouse):
#criar uma funcao que chama todos os rects de status e monstros para atualizar texto na tela.
definicoes.monsterATK = 5
status_batalha = ataqueFunc()
ataque, fugir = load_tela_combat()
if status_batalha == "end":
endCombat = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
player.player_load()
elif status_batalha == "game over":
GM = pygame.image.load("GAME_OVER.png")
definicoes.screen.fill(definicoes.white,
definicoes.scr_rect)
definicoes.screen.blit(GM, (0, 0))
definicoes.clock.tick(5)
pygame.display.update()
def load():
sair = False
buyBol = False
sellBol = False
buy, sell = print_tela()
while not sair:
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
if event.type == pygame.MOUSEBUTTONDOWN or (buyBol == True
or sellBol == True):
if buy.collidepoint(mouse) or buyBol == True:
close_Menu, sair, sellBol = buy_func()
buyBol = False
elif sell.collidepoint(mouse) or sellBol == True:
close_Menu, sair, buyBol = sell_func()
sellBol = False
try:
if close_Menu.collidepoint(mouse):
sair = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
player.player_load()
except:
print "erros close inn"
definicoes.clock.tick(5)
pygame.display.update()
def buy_func():
definicoes.screen.fill(definicoes.branco_ostra, definicoes.OpenMenu_rect)
close_Menu = start.multi_box(definicoes.OpenMenu_rect.right - 20,
definicoes.OpenMenu_rect.top, 20, 20,
definicoes.vermelho, "Yes", "X",
definicoes.white)
start.multi_box(definicoes.OpenMenu_rect.centerx - 70,
definicoes.OpenMenu_rect.top + 3, 70, 40,
definicoes.vermelho, "Yes", "BUY", definicoes.white)
sell = start.multi_box(definicoes.OpenMenu_rect.centerx + 5,
definicoes.OpenMenu_rect.top + 3, 70, 40,
definicoes.vermelho, "Yes", "SELL",
definicoes.white)
line = pygame.draw.line(definicoes.screen, definicoes.vermelho,
(definicoes.OpenMenu_rect.left, sell.bottom + 5),
(definicoes.OpenMenu_rect.right, sell.bottom + 5),
5)
qtd_dinheiro(line)
linhas = 1
itens_rect = []
buy_exit = False
sair = False
sellBol = False
if len(definicoes.lojaBuy) > 5:
linhas = 2
for x in range(0, linhas, 1):
for y in range(0, len(definicoes.lojaBuy), 1):
j = pygame.draw.rect(definicoes.screen, definicoes.white,
(definicoes.OpenMenu_rect.centerx -
(y * 32), definicoes.OpenMenu_rect.centery -
(x * 32), 38, 38), 5)
itens_rect.append(j)
#poem a imagem do itens na tela
var = definicoes.lojaBuy[y]
rectNome = definicoes.stats[var]
rect = rectNome["rect"]
img = definicoes.sprites[var]
varY = j.centery - (rect.height / 2)
varX = j.centerx - (rect.width / 2)
definicoes.screen.blit(img, (varX, varY))
while not buy_exit:
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
if event.type == pygame.MOUSEBUTTONDOWN:
for loop in range(0, len(itens_rect), 1):
if itens_rect[loop].collidepoint(mouse):
var = definicoes.lojaBuy[loop]
itenStats = definicoes.itensDef[var]
defIten = definicoes.stats[itenStats]
textoIten = defIten["nome"] + " --- Valor: " + str(
defIten["venda"])
rect_texto_iten = start.multi_box(
definicoes.OpenMenu_rect.left,
definicoes.OpenMenu_rect.bottom - 30, 200, 30,
definicoes.branco_ostra, "Yes", textoIten,
definicoes.black)
comprar = start.multi_box(
rect_texto_iten.right + 10,
definicoes.OpenMenu_rect.bottom - 30, 90, 30,
definicoes.vermelho, "Yes", "Comprar",
definicoes.white)
try:
if comprar.collidepoint(mouse):
itenStats = definicoes.itensDef[var]
defIten = definicoes.stats[itenStats]
if definicoes.playerDict["moedas"] >= defIten["venda"]:
definicoes.playerDict["moedas"] -= defIten["venda"]
try:
definicoes.inventario[var] += 1
except:
definicoes.inventario[var] = 1
qtd_dinheiro(line)
except:
print "erro na func comprar"
if sell.collidepoint(mouse):
buy_exit = True
sellBol = True
elif close_Menu.collidepoint(mouse):
buy_exit = True
sair = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
player.player_load()
definicoes.clock.tick(5)
pygame.display.update()
return close_Menu, sair, sellBol
def sell_func():
definicoes.screen.fill(definicoes.branco_ostra, definicoes.OpenMenu_rect)
close_Menu = start.multi_box(definicoes.OpenMenu_rect.right - 20,
definicoes.OpenMenu_rect.top, 20, 20,
definicoes.vermelho, "Yes", "X",
definicoes.white)
buy = start.multi_box(definicoes.OpenMenu_rect.centerx - 70,
definicoes.OpenMenu_rect.top + 3, 70, 40,
definicoes.vermelho, "Yes", "BUY", definicoes.white)
start.multi_box(definicoes.OpenMenu_rect.centerx + 5,
definicoes.OpenMenu_rect.top + 3, 70, 40,
definicoes.vermelho, "Yes", "SELL", definicoes.white)
line = pygame.draw.line(definicoes.screen, definicoes.vermelho,
(definicoes.OpenMenu_rect.left, buy.bottom + 5),
(definicoes.OpenMenu_rect.right, buy.bottom + 5),
5)
qtd_dinheiro(line)
linhas = 0
itens_rect = []
if (len(definicoes.inventario) / 5) < 1:
linhas = 1
else:
linhas = len(definicoes.inventario) / 5
for x in range(0, linhas, 1):
for y in range(0, len(definicoes.inventario), 1):
j = pygame.draw.rect(definicoes.screen, definicoes.cinza,
(definicoes.OpenMenu_rect.centerx -
(y * 32), definicoes.OpenMenu_rect.centery -
(x * 32), 38, 38))
itens_rect.append(j)
var = []
#poem a imagem do itens na tela
for keys in definicoes.inventario:
var.append(keys)
texto_sell(itens_rect, var)
sair_exit = False
sair = False
buyBol = False
while not sair_exit:
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
if event.type == pygame.MOUSEBUTTONDOWN:
for loop_inv in range(0, len(itens_rect), 1):
if itens_rect[loop_inv].collidepoint(mouse):
nome_iten = var[loop_inv]
defIten = definicoes.stats[nome_iten]
textoIten = defIten["nome"] + " --- Valor: " + str(
defIten["compra"])
rect_texto_iten_inv = start.multi_box(
definicoes.OpenMenu_rect.left,
definicoes.OpenMenu_rect.bottom - 30, 200, 30,
definicoes.branco_ostra, "Yes", textoIten,
definicoes.black)
venda = start.multi_box(
rect_texto_iten_inv.right + 10,
definicoes.OpenMenu_rect.bottom - 30, 90, 30,
definicoes.vermelho, "Yes", "Vender",
definicoes.white)
try:
if venda.collidepoint(mouse):
statsIten = definicoes.stats[nome_iten]
if definicoes.inventario[nome_iten] > 0:
definicoes.playerDict["moedas"] += statsIten[
"compra"]
definicoes.inventario[nome_iten] -= 1
if definicoes.inventario[nome_iten] == 0:
del definicoes.inventario[nome_iten]
texto_sell(itens_rect, var)
qtd_dinheiro(line)
except:
print "erro vender iten"
if buy.collidepoint(mouse):
sair_exit = True
buyBol = True
elif close_Menu.collidepoint(mouse):
sair_exit = True
sair = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
player.player_load()
definicoes.clock.tick(5)
pygame.display.update()
return close_Menu, sair, buyBol
def new():
definicoes.screen.blit(new_game, (0, 0))
pygame.display.update()
return_menu = multi_box(500, 400, 100, 25, definicoes.vermelho_claro,
"sim", "Menu", definicoes.white)
z = ''
definicoes.nome = ''
sair = False
loop_texto = 0
while loop_texto == 0:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
movimento = pygame.mouse.get_pos()
if event.type == pygame.MOUSEMOTION:
if return_menu.collidepoint(movimento):
multi_box(500, 400, 100, 25, definicoes.vermelho, "sim",
"Menu", definicoes.white)
else:
multi_box(500, 400, 100, 25, definicoes.vermelho_claro,
"sim", "Menu", definicoes.white)
if event.type == pygame.MOUSEBUTTONDOWN:
if return_menu.collidepoint(movimento):
definicoes.menu = 0
loop_texto += 1
menu_call()
if event.type == pygame.KEYDOWN:
z = pygame.key.name(event.key)
if len(definicoes.nome) >= 8 or z == "return":
sair = True
loop_texto += 1
save(True)
map_loader.load_tela()
map_loader.load_menu()
player.player_load()
if z == "backspace":
z1 = definicoes.nome[:-1]
definicoes.nome = z1
multi_box(260, 200, 80, 30, definicoes.white, "sim",
definicoes.nome, definicoes.black)
if z == "error":
multi_box(260, 200, 80, 30, definicoes.white, "sim",
"não aceito", definicoes.black)
if not sair and z != "backspace" and z != "error":
definicoes.nome += z
multi_box(260, 200, 80, 30, definicoes.white, "sim",
definicoes.nome, definicoes.black)
def load():
selected = False
loop_load = 0
filecatalogo = open("catalogo.txt", "r")
filecatread = filecatalogo.readline(15)
load_select = multi_box(185, 231, 100, 25, definicoes.vermelho_claro,
"sim", filecatread[:-1], definicoes.white)
return_menu = multi_box(500, 400, 100, 25, definicoes.vermelho_claro,
"sim", "Menu", definicoes.white)
while not selected:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
movimento = pygame.mouse.get_pos()
if event.type == pygame.MOUSEMOTION:
if return_menu.collidepoint(movimento):
multi_box(500, 400, 100, 25, definicoes.vermelho, "sim",
"Menu", definicoes.white)
if event.type == pygame.MOUSEBUTTONDOWN:
if return_menu.collidepoint(movimento):
definicoes.menu = 0
selected = True
menu_call()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_UP:
filecatalogo.close()
filecatalogo = open("catalogo.txt", "r")
if loop_load == 0:
filecatread = filecatalogo.readline(15)
else:
for i in range(loop_load):
filecatread = filecatalogo.readline(15)
i += 1
multi_box(185, 231, 100, 25, definicoes.vermelho_claro,
"sim", filecatread[:-1], definicoes.white)
loop_load -= 1
else:
filecatread = filecatalogo.readline(15)
multi_box(185, 231, 100, 25, definicoes.vermelho_claro,
"sim", filecatread[:-1], definicoes.white)
loop_load += 1
movimento = pygame.mouse.get_pos()
numeros = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']
if event.type == pygame.MOUSEBUTTONDOWN:
if load_select.collidepoint(movimento):
nameLoad = "jogos\\" + filecatread[:-1] + ".txt"
definicoes.nome = filecatread[:-1]
Dict = json.load(open(nameLoad))
for keys in definicoes.playerDict:
if keys not in Dict:
Dict[keys] = definicoes.playerDict[keys]
definicoes.playerDict = Dict
definicoes.inventario = definicoes.playerDict["inventario"]
selected = True
map_loader.load_tela(definicoes.playerDict["LARG"],
definicoes.playerDict["LALT"])
map_loader.load_menu()
player.player_load_first()
filecatalogo.close()
def menu_button():
close = False #sair do menu
verf_ob = 0
all_rects, descricao_Menu = imprimir_menu()
#acoes enquanto o menu estiver aberto
while not close:
mouse_pos = pygame.mouse.get_pos()
x = mouse_pos[0]
y = mouse_pos[1]
pressed = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
if event.type == pygame.MOUSEBUTTONDOWN:
if all_rects["close_Menu"].collidepoint(mouse_pos):
close = True
map_loader.load_tela(definicoes.playerDict["LARG"], definicoes.playerDict["LALT"])
player.player_load()
try:
if usar.collidepoint(mouse_pos):
itens_opt.opt_acao(qual_iten, "usar")
qual_iten = 0
all_rects, descricao_Menu = imprimir_menu()
if drop.collidepoint(mouse_pos):
itens_opt.opt_acao(qual_iten, "drop")
qual_iten = 0
all_rects, descricao_Menu = imprimir_menu()
except:
print "erro usar collide"
#codigo para menu de opcoes botao direito
if pressed == (0,0,1):
#funcao que verifica qual iten clicado
qual_iten = iten_press(mouse_pos, descricao_Menu)
if qual_iten != 0:
#funcao que cria menu com usar e dropar
option_box, usar, drop = new_rect(x, y)
verf_op = 1
try:
#funcao que apaga a box com opcoes se mouse sair de cima
if not option_box.collidepoint(mouse_pos):
if verf_op == 1:
#funcao que chama tela de menu novamente
all_rects, descricao_Menu = imprimir_menu()
verf_op = 0
except:
print "erro no mouse_option not collide"
#funcao que imprime a descricao na parte inferior da tela, ao lado do botao menu
#print_descricao(mouse_pos, descricao_Menu)
definicoes.clock.tick(10)