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scene.py
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# from __future__ import annotations
import constants as c
import copy
from imageclass import(myImage)
from typing import *
from entity import *
import random
class Mapper: # Map is some keyword use Mapper instead
mp:List[List[Dict[str,Any]]]
entities:List[entityLike] # Set[entityLike]
C:int # Column
R:int # Row
me:Any #指向玩家实体
style:int # 0 森林(田野)，1 城镇 ，2 商店，3 "山洞"，？ boss房(无)
backGround:myImage|None # 有无背景(田野山洞无背景)
def __init__(self, c:int, r:int,style=0): # It's in CHAOS!
self.C,self.R=c,r
self.style=style
self.fieldimg=myImage(f'./assets/scene/field{self.style}.png')
# wall=myImage(f'./assets/scene/wall{self.style}.1.png')
self.entities=[]
ttt={
"type":"field",
"burning":0,
"entity":set(),
"entity_locked":set(),
"content":0,
"render":None}
self.mp =[[copy.deepcopy(ttt) for i in range(c+1)] for j in range(r+1)]
for i in self.mp:
for j in i:
j["render"]=self.fieldimg
self.backGround=None
pass
def invaild_coord(self, x:int, y:int):
return x<-1 or x > self.C or y<-1 or y > self.R
def genCamera(self): # 生成镜头偏移量
basex=self.me.rx-c.WinWidth*c.CellSize//2
basey=self.me.ry-c.WinHeight*c.CellSize//2
basex=min(max(basex,0),self.C*c.CellSize-c.WinWidth *c.CellSize)
basey=min(max(basey,0),self.R*c.CellSize-c.WinHeight*c.CellSize)
return (basex,basey)
def addEntity(self, gx:int, gy:int, entity, force:bool=False)->bool: # 在地图中添加实体
if not force:
for i in self.mp[gx][gy]['entity']:
if i.allowOverlap==False:
return False
if not "player" in str(type(entity)): # trick; player大概不应被存在entities数组里
self.entities.append(entity)
self.mp[gx][gy]['entity'].add(entity)
return True
def addMonster(self, gx:int, gy:int, imgdir:str)->monster:
return monster(genEntityId(),gx,gy,imgdir, self.addEntity,layer=3)
def moveRequest(self, x:int, y:int, entity:entityLike)->bool: # entity调用这个来判断地图是否允许移动
if self.invaild_coord(x,y):return False
if self.mp[x][y].get("teleportTo") and not "player" in str(type(entity)):
return False
if self.mp[x][y]["type"] in ["wall","obstacle"]:
return False
for i in self.mp[x][y]["entity"]:
if not i.walkInto(entity) : return False
for i in self.mp[x][y]["entity_locked"]:
if not i.walkInto(entity) : return False
# create lock
# print(x,y)###
self.mp[x][y]["entity_locked"].add(entity)
return True
def moveUpdate(self, oldx:int, oldy:int, newx:int, newy:int, entity:entityLike): # 移动超过两个格子的中线更新坐标
# set 移除元素： remove 不存在会返回错误；discard不会
self.mp[oldx][oldy]["entity"].remove(entity)
self.mp[newx][newy]["entity_locked"].discard(entity) # 原版本为remove,有时不会创建lock故改为discard
self.mp[newx][newy]["entity"].add(entity)
def draw(self, fpscnt:int, camera:Tuple[int,int],win):
if type(self.backGround)==myImage : self.backGround.drawG(0,self.R-1,camera,win)
for layer in range(6):
for j in range(self.R):
for i in range(self.C):
nowlay=0 # 当前格子本身的layer
trans=255
match self.mp[i][j]["type"]:
case "field":
nowlay=0
if self.mp[i][j]["render"]==None:
self.mp[i][j]["render"]=self.fieldimg
case "wall":nowlay=3#5
case "obstacle":nowlay=2
case "object":nowlay=2
if self.mp[i][j]["type"]=="wall" and self.mp[i][j]["render"].overheight() and\
j>0 and self.mp[i][j-1]["type"]=="object" and self.mp[i][j-1]["content"]!=0 :
trans=128+64
if layer==nowlay:
self.mp[i][j]["render"].drawG(i,j,camera,win,transparent=trans)
elif layer==0: # 即使不是空地，图层底层也要渲染空地
self.fieldimg.drawG(i,j,camera,win)
if layer==1 and self.mp[i][j].get("render!"): # 对爆炸的特殊处理
self.mp[i][j]["render!"].drawG(i,j,camera,win)
if layer==2 and self.mp[i][j].get("burnCenter") and self.mp[i][j].get("render!") : # 对爆炸的特殊处理
self.mp[i][j]["render!"].drawG(i,j,camera,win)
for k in self.mp[i][j]["entity"]:
k.draw(layer,fpscnt,camera,win)
#for i in self.entities:
# i.draw(layer,fpscnt,camera,win)
#self.me.draw(layer,fpscnt,camera,win)
#^这么画图层会出问题
def burnTurn(self, gx:int, gy:int, img:myImage, center:bool=False): # 将该地块转为受炸弹影响
# self.mp[gx][gy]["render!"]=self.mp[gx][gy]["render"]
# self.mp[gx][gy]["render"]=img
self.mp[gx][gy]["burning"]=c.BurnCount
self.mp[gx][gy]["render!"]=img
if center:
self.mp[gx][gy]["burnCenter"]=True
def burnUnturn(self, gx:int, gy:int): # 将该地块解除受炸弹影响
# if self.mp[gx][gy].get("render!"):
# self.mp[gx][gy]["render"]=self.mp[gx][gy]["render!"]
# self.mp[gx][gy].pop("render!")
self.mp[gx][gy].pop("render!")
self.mp[gx][gy].pop("burnCenter",None)
def clock(self):
for i in self.entities:
i.clock(self.moveUpdate,mapper=self)
# 删除死掉的实体
t=copy.copy(self.entities)
for i in t:
if i.id==-1:
self.mp[i.gx+i.dx][i.gy+i.dy]["entity_locked"].discard(i)
self.mp[i.gx][i.gy]["entity"].remove(i)
self.entities.remove(i)
# print(len(self.entities))#
for i in self.entities:
if "monster"in str(type(i)):
i.ai(self)
# 碰撞伤害
for i in self.entities:
self.me.overlap(i)
# 爆炸的倒计时,数到0消除爆炸效果
for j in range(self.R):
for i in range(self.C):
if self.mp[i][j]["burning"]>0:
for k in self.mp[i][j]["entity"]:
k.hpMinus()
self.mp[i][j]["burning"]-=1
if self.mp[i][j]["burning"]==0:
self.burnUnturn(i,j)
class BossScene(Mapper): # ABANDONED
status:int # boss 招式
count:int # boss 当前招式剩余时间
content:list # 当前招式暂存的内容
def __init__(self, c:int, r:int, style=1):
super().__init__(c,r,style)
self.status=0
def decide(self):
self.status=random.randrange(0,3)
self.count=c.BossDefaultCount
def preAction1(self):
tcnt=0;self.content=[]
while tcnt<10:
x=random.randrange(0,self.C)
y=random.randrange(0,self.R)
flag=True
for i in range(x,x+4):
for j in range(y,y+4):
if self.invaild_coord(i,j) or self.mp[x][y]["type"] in ["wall","obstacle"]:
flag=False
if flag:
self.content.append((x,y));tcnt+=1
def doAction1(self):
pass
def clock(self):
self.count-=1
if self.count==0 : self.decide()
match self.status:
case 0:
if self.count==c.BossDefaultCount:
self.preAction1()
if self.count==c.BossDefaultCount//2:
self.doAction1()
super().clock()