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Minecraft--2D.pyw
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"""
Hello Python
项目名：我的世界2D
项目开始时间：2022-02-06 19:02
"""
import ast
import os
import random
import shutil
import time
import sys
import pygame
import pygame.freetype
import win32api
import wx
from role_add import *
class Button_font(object):
""" 定义一个字体按钮类"""
def __init__(self):
""" 定义初始化方法"""
self.MC_MUSIC = 'music\\clink.mp3' # 按钮音效路径
self.instead_0 = None
self.instead_1 = None
self.instead_2 = None
self.instead_3 = None
self.FONT_SIZE = None # 字体大小
self.NMAE_XY = None # 显示位置
self.BUTTON_NAME = None # 按钮名称
self.BUTTON_COLOR_F = None # 按钮颜色（当鼠标移到按钮之外时）
self.BUTTON_COLOR_T = None # 按钮颜色（当鼠标移到按钮之内时）
def button(self):
""" 创建字体按钮"""
# 获取字体区域
xw, yw = self.NMAE_XY # 截取字体显示位置————(xw, yw)
x0, y0 = self.FONT_SIZE * len(self.BUTTON_NAME)-1 + xw, self.FONT_SIZE-1 + yw
if xw <= x <= x0 and yw <= y <= y0:
# 当鼠标移动到字体区域之内时更换字体颜色
self.instead_0, self.instead_1, self.instead_2, self.instead_3 = \
self.NMAE_XY, self.BUTTON_NAME, self.BUTTON_COLOR_T, self.FONT_SIZE
else:
# 当鼠标移动到字体区域之外时更换字体颜色
self.instead_0, self.instead_1, self.instead_2, self.instead_3 = \
self.NMAE_XY, self.BUTTON_NAME, self.BUTTON_COLOR_F, self.FONT_SIZE
FONT_XY.render_to(
screen, self.instead_0, self.instead_1, fgcolor=self.instead_2, size=self.instead_3
)
def press(self, n=1):
""" 定义按钮按下"""
xw, yw = self.NMAE_XY
x0, y0 = self.FONT_SIZE * len(self.BUTTON_NAME)-1 + xw, self.FONT_SIZE-1 + yw
if xw <= x <= x0 and yw <= y <= y0:
""" 点击后的事件"""
if n:
self.click_music()
return True
def click_music(self):
""" 定义按钮音效"""
click = pygame.mixer.Sound(self.MC_MUSIC)
click.set_volume(MUSIC_BUTTON)
click.play()
class Button_image(object):
""" 定义一个图像按钮"""
def __init__(self):
""" 定义初始化方法"""
self.MC_MUSIC = 'music\\clink.mp3' # 按钮音效路径
self.instead_0 = None
self.instead_1 = None
self.instead_2 = None
self.IMAGE_OFF = None # 当鼠标移到按钮之外时的图像
self.IMAGE_ON = None # 当鼠标移到按钮之内时的图像
self.IMAGE_SIZE_OFF = None # 当鼠标移到按钮之外时的图像大小
self.IMAGE_SIZE_ON = None # 当鼠标移到按钮之内时的图像大小
self.IMAGE_OFF_XY = None # 图像显示位置（当鼠标移到按钮之外时）
self.IMAGE_ON_XY = None # 图像显示位置（当鼠标移到按钮之内时）
def button(self):
""" 创建图像按钮"""
xn, yn = self.IMAGE_SIZE_OFF # 截取图像大小————(xn, yn)
xw, yw = self.IMAGE_OFF_XY # 截取图像显示位置————(xw, yw)
# 获取图像区域
x0, y0 = xn-1 + xw, yn-1 + yw
if xw <= x <= x0 and yw <= y <= y0:
# 当鼠标移动到图像区域之内时更换图像
self.instead_0, self.instead_1, self.instead_2 = self.IMAGE_ON, self.IMAGE_SIZE_ON, self.IMAGE_ON_XY
else:
# 当鼠标移动到图像区域之外时更换图像
self.instead_0, self.instead_1, self.instead_2 = self.IMAGE_OFF, self.IMAGE_SIZE_OFF, self.IMAGE_OFF_XY
insert_image(self.instead_0, self.instead_1, self.instead_2)
def press(self, n=1):
""" 定义按钮按下"""
xn, yn = self.IMAGE_SIZE_OFF
xw, yw = self.IMAGE_OFF_XY
x0, y0 = xn-1 + xw, yn-1 + yw
if xw <= x <= x0 and yw <= y <= y0:
""" 点击后的事件"""
if n:
self.click_music()
return True
def click_music(self):
""" 定义按钮音效"""
click = pygame.mixer.Sound(self.MC_MUSIC)
click.set_volume(MUSIC_BUTTON)
click.play()
class InputBox(object):
""" 定义一个输入框"""
def __init__(self):
""" 定义初始化方法"""
self.input_open = [] # 是否打开输入框
self.point_open = [] # 指针开关
self.point_open_0, self.point_open_1 = (0, 0) # 均匀指针闪烁
self.point_time = 10 # 指针闪烁时长
self.point_place = [] # 指针位置
self.text = [['', ''] for _ in range(4)] # 初始化4个输入框的文本存储————[[持续文本数据, 文本数据], ...]
self.sx, self.sy = (None, None) # 截取输入框大小————(sx, sy)
self.gx, self.gy = (None, None) # 截取输入框位置————(gx, gy)
self.NUMBER = None # 输入框索引
self.INPUT_SIZE = None # 输入框大小
self.INPUT_XY = None # 输入框位置
self.INPUT_COLOR_INSIDE = None # 当鼠标移动到输入框之内时的颜色
self.INPUT_COLOR_OUTSIDE = None # 当鼠标移动到输入框之外时的颜色
self.INPUT_SIZE_INSIDE = None # 当鼠标移动到输入框之内时的输入框粗细
self.INPUT_SIZE_OUTSIDE = None # 当鼠标移动到输入框之外时的输入框粗细
self.INPUT_COLOR_BG_IF_LIST = None # 输入框背景颜色
self.POINT_COLOR = None # 指针颜色
self.POINT_SIZE = None # 指针粗细
self.POINT_KIND_IF = None # 指针样式
self.TEXT_COLOR = None # 文字颜色
def house(self):
""" 绘制一个输入框"""
self.sx, self.sy = self.INPUT_SIZE
self.gx, self.gy = self.INPUT_XY
x0, y0 = self.sx-1 + self.gx, self.sy-1 + self.gy
# 输入框背景
if self.INPUT_COLOR_BG_IF_LIST[0]:
ca, cb, cc = self.INPUT_COLOR_BG_IF_LIST[1]
if self.INPUT_COLOR_BG_IF_LIST[2]:
shade_bg((self.sx, self.sy), (ca, cb, cc, self.INPUT_COLOR_BG_IF_LIST[3]), (self.gx, self.gy))
else:
pygame.draw.rect(screen, (ca, cb, cc), (self.gx, self.gy, self.sx, self.sy), 0)
if self.gx <= x <= x0 and self.gy <= y <= y0:
# 当鼠标移动到输入框区域之内时更换输入框颜色
pygame.draw.rect(screen, self.INPUT_COLOR_INSIDE, (self.gx, self.gy, self.sx, self.sy),
self.INPUT_SIZE_INSIDE)
self.point_open[self.NUMBER] = True
else:
# 当鼠标移动到输入框之外时更换输入框颜色
pygame.draw.rect(screen, self.INPUT_COLOR_OUTSIDE, (self.gx, self.gy, self.sx, self.sy),
self.INPUT_SIZE_OUTSIDE)
self.point_open[self.NUMBER] = False
def point(self):
""" 绘制一个指针"""
if self.input_open[self.NUMBER]:
if self.point_open_0 % self.point_time == 0:
self.point_open_0 = self.point_time - 1
self.point_open_1 += 1
if self.point_open_1 == self.point_time:
self.point_open_0 = 0
self.point_open_1 = 0
else:
a = ((self.sy-3)/2) * (len(self.text[self.NUMBER][0]) + self.point_place[self.NUMBER])
if self.POINT_KIND_IF:
if a >= self.sx-6 - (self.sy-6)/2:
a = self.sx-6 - (self.sy-6)/2
gy, zx, sy = self.gy-self.POINT_SIZE-3 + self.sy, (self.sy-6)/2, self.POINT_SIZE
else:
if a >= self.sx-6:
a = self.sx-6
gy, zx, sy = self.gy+3, self.POINT_SIZE, self.sy-6
pygame.draw.rect(screen, self.POINT_COLOR, (self.gx+3 + a, gy, zx, sy), 0)
self.point_open_0 += 1
def press_frame_event(self):
""" 点击输入框事件"""
if self.point_open[self.NUMBER]:
if self.input_open[self.NUMBER]:
self.input_open[self.NUMBER] = False
for i in range(len(self.point_place)):
self.point_place[i] = 0
else:
self.input_open[self.NUMBER] = True
else:
self.input_open[self.NUMBER] = False
for i in range(len(self.point_place)):
self.point_place[i] = 0
def words(self, event):
""" 记录文本数据"""
if event.type == pygame.KEYDOWN:
try:
i = self.input_open.index(True)
if event.key == pygame.K_RETURN:
pass
elif event.key == pygame.K_BACKSPACE:
if self.point_place[i] == 0:
self.text[i][0] = self.text[i][0][:self.point_place[i]-1]
else:
self.text[i][0] = self.text[i][0][:self.point_place[i]-1] + \
self.text[i][0][self.point_place[i]:]
elif event.key == pygame.K_LEFT:
if self.point_place[i] > -len(self.text[i][0]):
self.point_place[i] -= 1
elif event.key == pygame.K_RIGHT:
if self.point_place[i] < 0:
self.point_place[i] += 1
else:
if self.point_place[i] == 0:
self.text[i][0] += event.unicode
else:
self.text[i][0] = self.text[i][0][:self.point_place[i]] + \
event.unicode + \
self.text[i][0][self.point_place[i]:]
except:
pass
def bill(self):
""" 显示文本数据"""
if self.POINT_KIND_IF:
a = int(self.sx / (self.sy/2))
else:
a = int(self.sx / (self.sy/2-1))
b = 0
if a <= len(self.text[self.NUMBER][0]):
b = len(self.text[self.NUMBER][0]) - a
FONT_XY.render_to(
screen, (self.gx+3, self.gy+3), self.text[self.NUMBER][0][b:a+b], fgcolor=self.TEXT_COLOR, size=self.sy-3
)
def start(self):
""" 加载输入框"""
try:
self.input_open[self.NUMBER]
self.house()
self.point()
self.bill()
except:
a = len(self.input_open)
b = self.NUMBER+1
for i in range(b-a):
self.input_open.append(False)
self.point_open.append(False)
self.text.append(['', ''])
self.point_place.append(0)
class Message(object):
""" 定义消息框"""
def message_error(self, TEXT, NOTE):
""" 错误消息框"""
message = wx.MessageDialog(None, caption=TEXT,
message=NOTE,
style=wx.OK | wx.ICON_ERROR)
message.ShowWindowModal()
def message_info(self, TEXT, NOTE):
""" 消息框"""
message = wx.MessageDialog(None, caption=TEXT,
message=NOTE,
style=wx.OK | wx.ICON_INFORMATION)
message.ShowWindowModal()
class Make_one_world(wx.Frame):
""" 定义创建新世界的GUI"""
def __init__(self, parent, id):
""" 定义初始化方法"""
wx.Frame.__init__(self, parent, id, '创建新世界',
pos=(460, 270), size=(400, 130))
# 创建面板
panel = wx.Panel(self)
# 创建“确定”和“取消”按钮,并绑定事件
self.bt_confirm = wx.Button(panel, label='确定')
self.bt_confirm.Bind(wx.EVT_BUTTON, self.OnclickSubmit)
self.bt_cancel = wx.Button(panel, label='取消')
self.bt_cancel.Bind(wx.EVT_BUTTON, self.OnclickCancel)
# 创建文本，左对齐
self.label_user = wx.StaticText(panel, label="世界名:")
self.text_user = wx.TextCtrl(panel, style=wx.TE_LEFT)
# 添加容器，容器中控件按横向并排排列
hsizer_user = wx.BoxSizer(wx.HORIZONTAL)
hsizer_user.Add(self.label_user, proportion=0, flag=wx.ALL, border=5)
hsizer_user.Add(self.text_user, proportion=1, flag=wx.ALL, border=5)
hsizer_pwd = wx.BoxSizer(wx.HORIZONTAL)
hsizer_button = wx.BoxSizer(wx.HORIZONTAL)
hsizer_button.Add(self.bt_confirm, proportion=0, flag=wx.ALIGN_CENTER, border=5)
hsizer_button.Add(self.bt_cancel, proportion=0, flag=wx.ALIGN_CENTER, border=5)
# 添加容器，容器中控件按纵向并排排列
vsizer_all = wx.BoxSizer(wx.VERTICAL)
vsizer_all.Add(hsizer_user, proportion=0, flag=wx.EXPAND | wx.LEFT | wx.RIGHT, border=45)
vsizer_all.Add(hsizer_pwd, proportion=0, flag=wx.EXPAND | wx.LEFT | wx.RIGHT, border=45)
vsizer_all.Add(hsizer_button, proportion=0, flag=wx.ALIGN_CENTER | wx.TOP, border=15)
panel.SetSizer(vsizer_all)
number = 0 # 新的世界 + number，————"0 <= number <= 10"
for i in range(len(Load_file.world_name)):
name_all = Load_file.world_name[i][0][6:]
if name_all == "新的世界 (" + str(number) + ")" or name_all == "新的世界":
number += 1
if number == 0:
self.text_user.SetValue("新的世界")
else:
self.text_user.SetValue("新的世界 (" + str(number) + ")")
def datawoulds(self, username):
""" 创建一个存档"""
adding = 'saves\\' + str(username)
try:
os.mkdir(adding)
Message.message_info("创建世界", "创建成功！")
def start_create(world_sd):
open(world_sd, 'a+')
start_create(adding + '\\' + 'block_image.dat')
start_create(adding + '\\' + 'block_list.dat')
start_create(adding + '\\' + 'world.dat')
start_create(adding + '\\' + 'character.dat')
except:
Message.message_error("错误", "创建失败！")
def OnclickSubmit(self, event):
""" 点击确定按钮，执行方法"""
username = self.text_user.GetValue()
if username == '':
Message.message_error('错误', '世界名不能为空！')
elif username != '':
if len(username.encode('GBK')) > 28:
Message.message_error('错误', '世界名长度不能超过28个字节！')
else:
Make_one_world.datawoulds(self, username)
def OnclickCancel(self, event):
""" 点击取消按钮，执行方法"""
self.text_user.SetValue("")
class Kill_one_world(wx.Frame):
""" 定义删除世界的GUI"""
def __init__(self, parent, id):
""" 定义初始化方法"""
wx.Frame.__init__(self, parent, id, title="删除世界",
pos=(450, 400), size=(400, 220))
self.world_data = Load_file.world_name[Load_file.fcd][0]
panel = wx.Panel(self)
title = wx.StaticText(panel, label='确定要删除？', pos=(60, 30))
font = wx.Font(24, wx.DEFAULT, wx.FONTSTYLE_NORMAL, wx.NORMAL)
title.SetFont(font)
wx.StaticText(panel, label='Name="' + str(self.world_data[6:]) + '"', pos=(80, 80))
fons = wx.Font(10, wx.DEFAULT, wx.FONTSTYLE_NORMAL, wx.NORMAL)
self.bt_confirm = wx.Button(panel, label='确定')
self.bt_confirm.Bind(wx.EVT_BUTTON, self.OnclickSubmit)
self.bt_cancel = wx.Button(panel, label='取消')
self.bt_cancel.Bind(wx.EVT_BUTTON, self.OnclickCancel)
hsizer_button = wx.BoxSizer(wx.HORIZONTAL)
hsizer_button.Add(self.bt_confirm, proportion=0, flag=wx.ALIGN_CENTER, border=5)
hsizer_button.Add(self.bt_cancel, proportion=0, flag=wx.ALIGN_CENTER, border=5)
vsizer_all = wx.BoxSizer(wx.VERTICAL)
vsizer_all.Add(hsizer_button, proportion=0, flag=wx.ALIGN_CENTER | wx.TOP, border=130)
panel.SetSizer(vsizer_all)
def OnclickSubmit(self, event):
""" 点击确定按钮，执行方法"""
try:
shutil.rmtree(self.world_data)
Message.message_info("删除世界", "删除成功！")
except:
Message.message_error("错误", "世界不存在！")
def OnclickCancel(self, event):
""" 点击取消按钮，执行方法"""
pass
class Start_interface(object):
""" 定义一个开始界面类"""
def __init__(self):
""" 定义初始化方法"""
# 背景图片路径
self.BG_IMAGE = [
'bg', 'logo', 'loading', 'world_gui'
]
# 背景音乐列表
self.MUSIC_LIST = [
'music\\C418 - Aria Math.mp3', 'music\\C418 - Haggstrom.mp3',
'music\\C418 - Haunt Muskie.mp3', 'music\\C418 - Mice on Venus.mp3',
'music\\C418 - Minecraft.mp3', 'music\\C418 - Minecraft_0.mp3',
'music\\C418 - Sweden.mp3', 'music\\C418-Menu.mp3'
]
self.click = False # 跳转（开始界面|False）或（选择世界|True）界面
self.click_set = False # 跳转（开始界面|False）或（游戏设置|True）界面
self.x, self.y = screen.get_size() # 获取窗口大小
def bg_music(self):
""" 播放背景音乐"""
# 定义背景音乐播放的函数
def bg_music(music_file, volume):
# 开始播放
pygame.mixer.music.load(os.path.join(os.getcwd(), music_file))
pygame.mixer.music.set_volume(volume) # 设置音量
# 当一首音乐被播放完以后
if pygame.mixer.music.get_busy() == False:
# 随机获取一首音乐路径并播放
bg_music(random.choice(self.MUSIC_LIST), MUSIC_MAIN)
pygame.mixer.music.play()
def bg_image(self):
""" 加载背景图片"""
insert_image(self.BG_IMAGE[0], WINDOW_SIZE, (0, 0))
mc_logo = insert_image_change(self.BG_IMAGE[1], (756, 121))
mc_logo.set_colorkey((238, 243, 250))
screen.blit(mc_logo, (self.x/2-756/2, 50))
for i in range(5):
FONT_XY.render_to(screen, (self.x/2-756/2+80-i, 185-i), 'Python--Edition--2D', fgcolor=(80, 80, 80), size=35)
pygame.draw.rect(screen, (128, 128, 128), (self.x/2-756/2+75, 215, 345, 1), 0)
def button_1(self, inherit):
""" 定义“开始游戏”按钮"""
Button_font.FONT_SIZE = fx = 30
Button_font.BUTTON_NAME = fy = "开始游戏"
Button_font.NMAE_XY = (self.x/2-fx*len(fy)/2, self.y/2-len(fy)/2-90)
Button_font.BUTTON_COLOR_F = (0, 200, 255)
Button_font.BUTTON_COLOR_T = (0, 255, 255)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_mo'
Button_image.IMAGE_SIZE_OFF = (250, 50)
Button_image.IMAGE_SIZE_ON = (252, 52)
Button_image.IMAGE_OFF_XY = (self.x/2-fx*len(fy)/2-70, self.y/2-len(fy)/2-100)
Button_image.IMAGE_ON_XY = (self.x/2-fx*len(fy)/2-71, self.y/2-len(fy)/2-101)
if inherit:
Button_image.button()
Button_font.button()
def button_2(self, inherit):
""" 定义“退出游戏”按钮"""
Button_font.BUTTON_NAME = fy = "退出游戏"
Button_font.NMAE_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2, self.y/2-len(fy)/2+90)
Button_font.BUTTON_COLOR_F = (200, 0, 0)
Button_font.BUTTON_COLOR_T = (255, 0, 0)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_mo'
Button_image.IMAGE_SIZE_OFF = (250, 50)
Button_image.IMAGE_SIZE_ON = (252, 52)
Button_image.IMAGE_OFF_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2-70, self.y/2-len(fy)/2+80)
Button_image.IMAGE_ON_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2-71, self.y/2-len(fy)/2+79)
if inherit:
Button_image.button()
Button_font.button()
def button_3(self, inherit):
""" 定义“游戏设置”按钮"""
Button_font.BUTTON_NAME = fy = "游戏设置"
Button_font.NMAE_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2, self.y/2-len(fy)/2)
Button_font.BUTTON_COLOR_F = (200, 0, 200)
Button_font.BUTTON_COLOR_T = (255, 0, 255)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_mo'
Button_image.IMAGE_SIZE_OFF = (250, 50)
Button_image.IMAGE_SIZE_ON = (252, 52)
Button_image.IMAGE_OFF_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2-70, self.y/2-len(fy)/2-10)
Button_image.IMAGE_ON_XY = (self.x/2-Button_font.FONT_SIZE*len(fy)/2-71, self.y/2-len(fy)/2-11)
if inherit:
Button_image.button()
Button_font.button()
def press_1(self):
""" 点击“开始游戏”按钮"""
self.button_1(False)
if Button_image.press():
self.click = True
def press_2(self):
""" 点击“退出游戏”按钮"""
self.button_2(False)
if Button_image.press():
sys.exit()
def press_3(self):
""" 点击“游戏设置”按钮"""
self.button_3(False)
if Button_image.press():
self.click_set = True
class Selection_interface(object):
""" 定义一个选择世界界面类"""
def bg_image(self):
""" 加载背景图片"""
screen.blit(kill_all, (0, 0)) # 清空屏幕
Start_interface.click = True # 当按下开始游戏时
insert_image(Start_interface.BG_IMAGE[2], WINDOW_SIZE, (0, 0))
insert_image(
Start_interface.BG_IMAGE[3], (Start_interface.x-300, Start_interface.y-260),
(Start_interface.x/2-(Start_interface.x-300)/2, Start_interface.y/2-(Start_interface.y-260)/2)
)
# 显示标题
FONT_XY.render_to(screen, (Start_interface.x/2-75*4/2, 50), "选择世界", fgcolor=(200, 200, 0), size=75)
def key(self):
""" 键盘事件（快捷键）"""
keys_pressed = pygame.key.get_pressed()
if keys_pressed[pygame.K_ESCAPE]: # 当按下“Esc”键
Button_font.click_music()
Start_interface.click = False # 返回到主界面
def button_1(self, inherit):
""" 定义“返回”按钮"""
Button_font.FONT_SIZE = fx = 40
Button_font.NMAE_XY = (30, Start_interface.y-fx-30)
Button_font.BUTTON_NAME = "返回"
Button_font.BUTTON_COLOR_F = (0, 200, 255)
Button_font.BUTTON_COLOR_T = (0, 255, 255)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_oh'
Button_image.IMAGE_SIZE_OFF = (110, 60)
Button_image.IMAGE_SIZE_ON = (112, 62)
Button_image.IMAGE_OFF_XY = (15, Start_interface.y-fx-44)
Button_image.IMAGE_ON_XY = (14, Start_interface.y-fx-45)
if inherit:
Button_image.button()
Button_font.button()
def button_2(self, inherit):
""" 定义“创建新世界”按钮"""
Button_font.FONT_SIZE = fx = 30
Button_font.NMAE_XY = (Start_interface.x/4, Start_interface.y-fx-40)
Button_font.BUTTON_NAME = "创建新世界"
Button_font.BUTTON_COLOR_F = (0, 200, 0)
Button_font.BUTTON_COLOR_T = (0, 255, 0)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_oh'
Button_image.IMAGE_SIZE_OFF = (170, 50)
Button_image.IMAGE_SIZE_ON = (172, 52)
Button_image.IMAGE_OFF_XY = (Start_interface.x/4-11, Start_interface.y-fx-51)
Button_image.IMAGE_ON_XY = (Start_interface.x/4-12, Start_interface.y-fx-52)
if inherit:
Button_image.button()
Button_font.button()
def button_3(self, inherit):
""" 定义“删除世界”按钮"""
Button_font.NMAE_XY = (Start_interface.x/2, Start_interface.y-Button_font.FONT_SIZE-40)
Button_font.BUTTON_NAME = "删除世界"
Button_font.BUTTON_COLOR_F = (200, 0, 0)
Button_font.BUTTON_COLOR_T = (255, 0, 0)
Button_image.IMAGE_OFF = 'button_bg'
Button_image.IMAGE_ON = 'button_oh'
Button_image.IMAGE_SIZE_OFF = (140, 50)
Button_image.IMAGE_SIZE_ON = (142, 52)
Button_image.IMAGE_OFF_XY = (Start_interface.x/2-11, Start_interface.y-Button_font.FONT_SIZE-51)
Button_image.IMAGE_ON_XY = (Start_interface.x/2-12, Start_interface.y-Button_font.FONT_SIZE-52)
if inherit:
Button_image.button()
Button_font.button()
def press_1(self):
""" 点击“返回”按钮"""
self.button_1(False)
if Button_image.press():
Start_interface.click = False
def press_2(self):
""" 点击“创建新世界”按钮"""
self.button_2(False)
if Button_image.press():
app = wx.App()
Make_one_world(parent=None, id=-1).Show()
app.MainLoop()
def press_3(self):
""" 点击“删除世界”按钮"""
self.button_3(False)
if Button_image.press():
if len(Load_file.world_name) != 0:
app = wx.App()
Kill_one_world(parent=None, id=-1).Show()
app.MainLoop()
class Load_call_world(object):
""" 定义一个加载世界类"""
def __init__(self):
""" 定义初始化方法"""
self.JX, self.JY, self.JZ = (64, Start_interface.y-100, Start_interface.x/2-576/2) # 物品列表位置
self.tx, self.ty = (0, 1) # 物品列表间隔
self.block_use = [None, None, None, None, None, None, None, None, None] # 主物品栏
# 此内里的函数开关
self.select_box_open = True
self.block_throw_open = True
self.block_use_key_open = True
self.convenience_open = True
self.read_font_open = True
self.event_repeat_open = True
self.table_open = False
def event_repeat(self):
""" 加载物品列表"""
insert_image('inventory', (576, 64), (self.tx*self.JX+self.JZ, self.ty*self.JY))
if Get_into_world.image_number > 8:
Get_into_world.image_number = 0
elif Get_into_world.image_number < 0:
Get_into_world.image_number = 8
insert_image('choice', (68, 68), (self.tx*self.JX+self.JZ-2 + 64*Get_into_world.image_number,
self.ty*self.JY-2))
self.block_add_use()
def block_add_use(self):
""" 把已选择的物品添加到主物品栏"""
list_name_id = []
for name_primary, name_id in dic_list[Object_paper.object_point].items():
list_name_id.append(name_id[0])
try:
self.block_use[Get_into_world.image_number] = list_name_id[int(InputBox.text[0][1])]
InputBox.text[0][1] = ''
except:
pass
block_index = 0
for block in self.block_use:
insert_image(
block, (45, 45),
(self.tx*self.JX+self.JZ+10 + 64*block_index, self.ty*self.JY+10)
)
block_index += 1
def block_use_key_num(self):
""" 当按下数字键时"""
keys_pressed = pygame.key.get_pressed() # 键盘事件
if keys_pressed[pygame.K_1]:
Get_into_world.image_number = 0
elif keys_pressed[pygame.K_2]:
Get_into_world.image_number = 1
elif keys_pressed[pygame.K_3]:
Get_into_world.image_number = 2
elif keys_pressed[pygame.K_4]:
Get_into_world.image_number = 3
elif keys_pressed[pygame.K_5]:
Get_into_world.image_number = 4
elif keys_pressed[pygame.K_6]:
Get_into_world.image_number = 5
elif keys_pressed[pygame.K_7]:
Get_into_world.image_number = 6
elif keys_pressed[pygame.K_8]:
Get_into_world.image_number = 7
elif keys_pressed[pygame.K_9]:
Get_into_world.image_number = 8
def block_use_key(self):
""" 选定主物品栏的物品"""
if InputBox.input_open != []:
if not InputBox.input_open[0]:
self.block_use_key_open = False
self.block_use_key_num()
elif self.block_use_key_open:
self.block_use_key_num()
def block_throw(self):
""" 摧毁物品"""
keys_pressed = pygame.key.get_pressed() # 键盘事件
if keys_pressed[pygame.K_q]: # 当按下"Q"
self.block_use[Get_into_world.image_number] = None
def read_font(self):
""" 显示字体"""
CEPN_XY = (10, 10) # 显示坐标的位置
mx, my = Get_into_world.block_mxy()
# 显示当前坐标
FONT_XY.render_to(screen, CEPN_XY,
'坐标：(x=' + str(Get_into_world.ctcs_x + mx // Get_into_world.image_size) +
', y=' + str(Get_into_world.ctcs_y - my // Get_into_world.image_size) +
', z=' + str(Get_into_world.image_size) + ')',
(255-CA, 255-CB, 255-CC), size=15)
# 显示当前世界时间
FONT_XY.render_to(screen, (10, 30),
'时间：'+str(Get_into_world.day_time),
(255-CA, 255-CB, 255-CC), size=15)
def button_1(self, inherit):
""" 定义————[保存并退出世界]按钮"""
Button_font.FONT_SIZE = fx = 15
Button_font.BUTTON_NAME = fy = "保存并退出世界"
Button_font.NMAE_XY = (Start_interface.x-fx*len(fy)-10, 10)
Button_font.BUTTON_COLOR_F = (255-CA, 255-CB, 255-CC)
Button_font.BUTTON_COLOR_T = (255, 0, 0)
if inherit:
Button_font.button()
def select_box(self):
""" 绘制选定框"""
mx, my = Get_into_world.block_mxy()
pygame.draw.rect(
screen, (255-CA, 255-CB, 255-CC),
(mx, my, Get_into_world.image_size, Get_into_world.image_size), 1
)
def convenience(self, event):
""" 显示或隐藏信息"""
if event.type == pygame.KEYUP:
if event.key == pygame.K_o: # 当按下"O"
if self.read_font_open:
self.read_font_open = False
self.select_box_open = False
else:
self.read_font_open = True
self.select_box_open = True
elif event.key == pygame.K_p: # 当按下"P"
if self.event_repeat_open:
self.event_repeat_open = False
else:
self.event_repeat_open = True
elif event.key == pygame.K_i: # 当按下"I"
if self.table_open:
self.table_open = False
self.select_box_open = True
else:
self.table_open = True
self.select_box_open = False
def table(self):
""" 显示网格"""
for i in range(int(HIGHLY/Get_into_world.image_size)+1):
pygame.draw.rect(screen, (0, 255-CB, 255-CC),
(0, i*Get_into_world.image_size, WIDTH, 1), 0)
for i in range(int(WIDTH/Get_into_world.image_size)+1):
pygame.draw.rect(screen, (0, 255-CB, 255-CC),
(i*Get_into_world.image_size, 0, 1, HIGHLY), 0)
mx, my = Get_into_world.block_mxy()
pygame.draw.rect(
screen, (255-CA, 255-CB, 255-CC),
(mx, my+Get_into_world.image_size/2, Get_into_world.image_size, 1), 0
)
pygame.draw.rect(
screen, (255-CA, 255-CB, 255-CC),
(mx+Get_into_world.image_size/2, my, 1, Get_into_world.image_size), 0
)
class Get_into_world(object):
""" 定义一个进入世界类"""
def __init__(self):
""" 定义初始化方法"""
self.block_list, self.block_image = [], [] # 放置物体的所有id和坐标
self.image_number = 0 # 物品地址
self.image_size = 32 # 物体视距（z）
self.ctcs_x, self.ctcs_y = (0, 0) # 坐标计数器
self.SPEED_M, self.SPEED_L = (1, 3) # 坐标轴正常移动速度, 坐标轴最快移动速度
self.end_the_world = False # 退出当前世界条件
self.vibity_0, self.vibity_1 = (0, 0) # 区块加载范围
self.time_num = 0 # 时间时序计数器
self.time_speed = 64 # 时间流逝速度(帧)
self.ca, self.cb, self.cc, self.ue = (245, 255, 255, 1) # 天空颜色
self.day_time = 12 # 24小时进制————{1时=100分; 5分=64帧}
self.board = 0 # 是否静止当前时间————(0-默认，1-静止，2-向左流逝，3-向右流逝)
self.img_size, self.img_xy = [], [] # 所有物体的大小及位置
# 此类里的函数开关
self.kill_block_open = True
self.place_block_open = True
self.key_block_open = True
self.visibility_open = True
self.move_coordinate_system_open = True
self.mouse_end_world_open = True
# 定义物体的音效文件
self.sound_effect = [
['music\\1.mp3', 'music\\2.mp3', 'music\\8.mp3', 'music\\11.mp3', 'music\\18.mp3', 'music\\43.mp3',
'music\\cloth5.mp3'],
['music\\7.mp3', 'music\\25.mp3', 'music\\26.mp3', 'music\\27.mp3', 'music\\28.mp3', 'music\\cloth2.mp3',
'music\\cloth3.mp3', 'music\\wood3.mp3'],
['music\\12.mp3', 'music\\13.mp3'],
['music\\14.mp3', 'music\\15.mp3', 'music\\29.mp3'],
['music\\16.mp3', 'music\\cloth.mp3'],
['music\\3.mp3', 'music\\4.mp3', 'music\\5.mp3', 'music\\6.mp3','music\\9.mp3', 'music\\10.mp3',
'music\\17.mp3', 'music\\30.mp3','music\\33.mp3', 'music\\34.mp3', 'music\\cloth4.mp3']
]
def block_mxy(self):
""" 方格算法"""
mx, my = x // self.image_size * self.image_size, y // self.image_size * self.image_size
return mx, my
def block_music(self, imaget):
""" 播放物体音效"""
for name_primary, name_id in dic_list[Object_paper.object_point].items():
if name_id[0] == imaget:
if name_id[1] == 1:
list_music = self.sound_effect[0]
elif name_id[1] == 2:
list_music = self.sound_effect[1]
elif name_id[1] == 3:
list_music = self.sound_effect[2]
elif name_id[1] == 4:
list_music = self.sound_effect[3]
elif name_id[1] == 5:
list_music = self.sound_effect[4]
elif name_id[1] == 6:
list_music = self.sound_effect[5]
if name_id[1] != 0:
music_file = random.choice(list_music) # 随机获取一个音效文件路径
block_music = pygame.mixer.Sound(music_file)
block_music.set_volume(MUSIC_BLOCK)
block_music.play()
def kill_window(self):
""" 定义填充物体"""
kill = pygame.Surface((self.image_size, self.image_size), flags=pygame.SRCALPHA)
pygame.Surface.convert(kill)
kill.fill(pygame.Color(CA, CB, CC, 255))
return kill
def kill_block(self):
""" 鼠标左键填充物体"""
mx, my = self.block_mxy()
kill = self.kill_window()
screen.blit(kill, (mx, my)) # 填充一个物体
# 删除列表中的一个物体坐标
if [mx, my] in self.block_list:
block_image_zc = [] # 物体的位置
# 循环填充一个位置的物体直到物体被填完
while True:
try:
# 记录当前位置的物体id
block_image_zc = self.block_image[self.block_list.index([mx, my])]
del self.block_image[self.block_list.index([mx, my])]
self.block_list.remove([mx, my])
except:
# 播放填充的物体音效
self.block_music(block_image_zc)
break
def place_block(self):
""" 鼠标右键放置物品"""
mx, my = self.block_mxy()
self.kill_block() # 先填充
# 后放置
try:
image = Load_call_world.block_use[self.image_number]
# 添加一个物体坐标和物体id到列表
self.block_list.append([mx, my])
self.block_image.append(image)
self.block_music(image) # 播放当前物体音效
except:
pass
def key_block(self):
""" 获取键盘事件"""
key_repeat = pygame.key.get_pressed()
if key_repeat[pygame.K_x]: # 当按下"X"键
# 循环放置
while True:
self.place_block()
if key_repeat[pygame.K_x]: # 当"X"键弹起
break
elif key_repeat[pygame.K_z]: # 当按下"Z"键
# 循环填充
while True:
self.kill_block()
if key_repeat[pygame.K_z]: # 当"Z"键弹起
break
def start_moving(self, block_poe):
""" 刷新所有方块"""
# 清空物体坐标列表，添加新的物体坐标
del self.block_list[0:]
for ope_data in block_poe:
self.block_list.append(ope_data)
screen.blit(kill_all, (0, 0)) # 清空屏幕
# 所有的物体坐标和物体id————[[x, y, id], [x, y, id], ...]
block_nexy_all = []
for i in range(len(self.block_list)):
block_nexy_all.append([
self.block_list[i][0], self.block_list[i][1],
self.block_image[i]
])
# 根据物体id和坐标放置物体
del self.img_size[:], self.img_xy[:]
for block_data in block_nexy_all:
# 区域加载器
if block_data[0] < 0+self.vibity_1 or block_data[1] < 0+self.vibity_1 or \
block_data[0] > WIDTH-self.vibity_1 or block_data[1] > HIGHLY-self.vibity_1:
pass
else:
road = insert_image(
block_data[2], (self.image_size, self.image_size), (block_data[0], block_data[1])
)
if road != None:
self.img_size.append(road.get_rect())
self.img_xy.append([block_data[0], block_data[1]])
def visibility(self):
""" 区块加载范围"""
keys_pressed = pygame.key.get_pressed() # 键盘事件
if keys_pressed[pygame.K_PERIOD]: # 当按下"<"
self.vibity_0 += 1
elif keys_pressed[pygame.K_COMMA]: # 当按下">"
self.vibity_0 -= 1
if HIGHLY-self.vibity_1*2 < 0:
self.vibity_0 -= 1
elif HIGHLY-self.vibity_1*2 > HIGHLY:
self.vibity_0 += 1
self.vibity_1 = self.image_size * self.vibity_0
pygame.draw.rect(
screen, (0, 0, 255),(
self.vibity_1-1, self.vibity_1-1, WIDTH-self.vibity_1*2+2, HIGHLY-self.vibity_1*2+2
), 1
)
def move_coordinate_system(self):
""" 移动坐标系——(x, y, z)"""
xy_speed = False # 最快速度的条件
ZX, ZY = (0, 101) # (z)的取值范围————{z|z=(x, y), x>=0, (x, y)∈R}
keys_pressed = pygame.key.get_pressed() # 键盘事件
if keys_pressed[pygame.K_w]: # 当按下"W"
# 把所有物体的坐标加一格像素并添加到这个列表
block_poe = []
for block_xy in self.block_list:
if keys_pressed[pygame.K_LCTRL]: # 当按下"Ctrl"键
block_poe.append([block_xy[0], block_xy[1] + self.image_size * self.SPEED_L]) # 加速
xy_speed = True
else:
block_poe.append([block_xy[0], block_xy[1] + self.image_size * self.SPEED_M]) # 正常速度
self.start_moving(block_poe) # 调用后所有物体移动一格
# 记录当前坐标
if xy_speed:
self.ctcs_y += self.SPEED_L
else:
self.ctcs_y += self.SPEED_M
elif keys_pressed[pygame.K_s]: # 当按下"S"
block_poe = []
for block_xy in self.block_list:
if keys_pressed[pygame.K_LCTRL]: # 当按下"Ctrl"键
block_poe.append([block_xy[0], block_xy[1] - self.image_size * self.SPEED_L])
xy_speed = True
else:
block_poe.append([block_xy[0], block_xy[1] - self.image_size * self.SPEED_M])
self.start_moving(block_poe)
if xy_speed:
self.ctcs_y -= self.SPEED_L
else:
self.ctcs_y -= self.SPEED_M
if keys_pressed[pygame.K_a]: # 当按下"A"
block_poe = []
for block_xy in self.block_list:
if keys_pressed[pygame.K_LCTRL]: # 当按下"Ctrl"键
block_poe.append([block_xy[0] + self.image_size * self.SPEED_L, block_xy[1]])
xy_speed = True
else:
block_poe.append([block_xy[0] + self.image_size * self.SPEED_M, block_xy[1]])
self.start_moving(block_poe)
if xy_speed:
self.ctcs_x -= self.SPEED_L
else:
self.ctcs_x -= self.SPEED_M
elif keys_pressed[pygame.K_d]: # 当按下"D"
block_poe = []
for block_xy in self.block_list:
if keys_pressed[pygame.K_LCTRL]: # 当按下"Ctrl"键
block_poe.append([block_xy[0] - self.image_size * self.SPEED_L, block_xy[1]])
xy_speed = True
else:
block_poe.append([block_xy[0] - self.image_size * self.SPEED_M, block_xy[1]])
self.start_moving(block_poe)
if xy_speed:
self.ctcs_x += self.SPEED_L
else:
self.ctcs_x += self.SPEED_M
#### 物体视距范围(z)||默认(1~100)
if keys_pressed[pygame.K_LSHIFT] and self.image_size + 1 != ZY: # 当按下"Shift"键
self.image_size += 1
block_poe = []
for block_xy in self.block_list:
block_poe.append([(block_xy[0] / (self.image_size - 1)) * self.image_size,
(block_xy[1] / (self.image_size - 1)) * self.image_size])
self.start_moving(block_poe)
elif keys_pressed[pygame.K_SPACE] and self.image_size - 1 != ZX: # 当按下空格
self.image_size -= 1
block_poe = []
for block_xy in self.block_list:
block_poe.append([(block_xy[0] / (self.image_size + 1)) * self.image_size,
(block_xy[1] / (self.image_size + 1)) * self.image_size])
self.start_moving(block_poe)
def screen_repeat(self):
""" 刷新屏幕"""