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HiOnion.pyw
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HiOnion.pyw
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# -*- coding: UTF-8 -*-
from tkinter import Tk,Canvas,PhotoImage
import time
import random
with open('settings.txt','r') as fset:
settings=fset.readlines()
resolution=settings[2].strip().split('x')
with open('maps.txt') as fmap:
allmap=fmap.read()
rawmap=allmap.split('[')
del(allmap)
levelmap=[]
levelname=[]
for n in range(1,len(rawmap)):
levelmap.append(rawmap[n].split('\n'))
levelname.append(levelmap[n-1][0])
tplist=[]
locklist=[]
for n in range(0,len(rawmap)-2):
tplist.append(levelmap[n][-3].split('/'))
locklist.append(levelmap[n][-2].split('/'))
for n in range(0,len(rawmap)-2):
tplist[n]=tplist[n][1].split(';')
locklist[n]=locklist[n][1].split(';')
del(rawmap)
root = Tk()
root.resizable(False,False)
root.title('Hi,Onion!')
root.geometry('%sx%s'%(resolution[0],resolution[1]))
root.iconbitmap('./assets/logo.ico')
cv = Canvas(root,bg='midnightblue',width=int(resolution[0]),height=int(resolution[1]))
cv.pack()
with open('./assets/usrdat/000.ini','r') as flevelr:
cursavedlevel=int(flevelr.readline())
trophynumber=int(flevelr.readline())
trophy=PhotoImage(file='./assets/trophy.gif')
trophyget=PhotoImage(file='./assets/trophyget.gif')
add=PhotoImage(file='./assets/add.gif')
add1=PhotoImage(file='./assets/add1.gif')
add10=PhotoImage(file='./assets/add10.gif')
minus=PhotoImage(file='./assets/minus.gif')
minus1=PhotoImage(file='./assets/minus1.gif')
minus10=PhotoImage(file='./assets/minus10.gif')
if cursavedlevel<=0:
curlevel=0
else:
curlevel=cursavedlevel
air=PhotoImage(file='./assets/air.gif')
wall=[]
for walln in range(1,17):
wall.append(PhotoImage(file='./assets/wall%d.gif'%walln))
lava=[]
for lavan in range(1,17):
lava.append(PhotoImage(file='./assets/lava%d.gif'%lavan))
player=PhotoImage(file='./assets/player.gif')
exit=PhotoImage(file='./assets/exit.gif')
wormhole=[]
for wormholen in range(1,9):
wormhole.append(PhotoImage(file='./assets/wormhole%d.gif'%wormholen))
key=PhotoImage(file='./assets/key.gif')
lock=PhotoImage(file='./assets/lock.gif')
glass=PhotoImage(file='./assets/glass.gif')
slider=PhotoImage(file='./assets/slider.gif')
brokenglass=PhotoImage(file='./assets/brokenglass.gif')
replay=PhotoImage(file='./assets/replay.gif')
images={'0':air,'1':wall[3],'2':lava[0],'3':player,'4':exit,'5':wormhole[2],'6':key,'7':lock,'8':glass,'9':slider,'b':brokenglass}
colors=['red','magenta','ivory','royalblue','darkgreen','springgreen','lightyellow','purple','maroon','darkgray','coral','cyan','lightskyblue','hotpink','forestgreen','gold']
while True:
cv['bg']='midnightblue'
with open('./assets/usrdat/000.ini','r') as flevelr:
cursavedlevel=int(flevelr.readline())
trophynumber=int(flevelr.readline())
if cursavedlevel<=0:
curlevel=0
else:
curlevel=cursavedlevel
def moveup(event):
global movevec
movevec=[0,-1]
def movedown(event):
global movevec
movevec=[0,1]
def moveleft(event):
global movevec
movevec=[-1,0]
def moveright(event):
global movevec
movevec=[1,0]
def click(event):
global startlevel,movevec,velocity,curlevel,cursavedlevel
if int(resolution[0])-320<event.x<int(resolution[0])-272 and 0<event.y<48:
startlevel=True
movevec=None
velocity=None
elif trophynumber==1:
if int(resolution[0])-305<event.x<int(resolution[0])-275 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
cursavedlevel=-3
curlevel=0
elif int(resolution[0])-265<event.x<int(resolution[0])-215 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
if cursavedlevel<=7:
curlevel=0
cursavedlevel=-3
elif cursavedlevel<=10:
curlevel=0
cursavedlevel-=10
else:
cursavedlevel-=10
curlevel-=10
elif int(resolution[0])-205<event.x<int(resolution[0])-165 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
if -3<cursavedlevel<=0:
cursavedlevel-=1
elif cursavedlevel>0:
cursavedlevel-=1
curlevel-=1
elif int(resolution[0])-155<event.x<int(resolution[0])-115 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
if cursavedlevel<0:
cursavedlevel+=1
else:
cursavedlevel+=1
curlevel+=1
elif int(resolution[0])-105<event.x<int(resolution[0])-55 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
if cursavedlevel<0:
cursavedlevel+=10
curlevel=cursavedlevel
elif cursavedlevel+10>len(levelmap)-2:
cursavedlevel=len(levelmap)-2
curlevel=len(levelmap)-2
else:
cursavedlevel+=10
curlevel+=10
elif int(resolution[0])-45<event.x<int(resolution[0])-15 and 94<event.y<126:
startlevel=True
movevec=None
velocity=None
cursavedlevel=len(levelmap)-2
curlevel=len(levelmap)-2
cv.bind_all('<KeyPress-w>',moveup)
cv.bind_all('<KeyPress-s>',movedown)
cv.bind_all('<KeyPress-a>',moveleft)
cv.bind_all('<KeyPress-d>',moveright)
cv.bind_all('<KeyPress-W>',moveup)
cv.bind_all('<KeyPress-S>',movedown)
cv.bind_all('<KeyPress-A>',moveleft)
cv.bind_all('<KeyPress-D>',moveright)
cv.bind_all('<KeyPress-Up>',moveup)
cv.bind_all('<KeyPress-Down>',movedown)
cv.bind_all('<KeyPress-Left>',moveleft)
cv.bind_all('<KeyPress-Right>',moveright)
cv.bind_all('<Button-1>',click)
while curlevel<=len(levelmap)-2:
flickerperiod=5*(len(levelmap)-curlevel)
keyamount=0
unlock=0
global startlevel
startlevel=False
curmap=[]
curtplist=[]
curlocklist=[]
for a in range(1,len(levelmap[curlevel])):
curmap.append(levelmap[curlevel][a])
for a in range(0,len(tplist[curlevel])):
curtplist.append(tplist[curlevel][a])
for a in range(0,len(locklist[curlevel])):
curlocklist.append(locklist[curlevel][a])
for x in range(0,len(curtplist)):
curtplist[x]=curtplist[x].split(',')
for x in range(0,len(curlocklist)):
curlocklist[x]=curlocklist[x].split(',')
if cursavedlevel<=0:
if cursavedlevel==-2:
curmap[3]=curmap[3][:14]+'5'+curmap[3][15:]
curmap[2]=curmap[2][:6]+'5'+curmap[2][7:]
if cursavedlevel==-1:
curmap[3]=curmap[3][:14]+'5'+curmap[3][15:]
curmap[2]=curmap[2][:6]+'5'+curmap[2][7:]
curmap[8]=curmap[8][:21]+'2'+curmap[8][22:]
curmap[0]=curmap[0][:16]+'7'+curmap[0][17:]
curmap[4]=curmap[4][:6]+'6'+curmap[4][7:]
if cursavedlevel==0:
curmap[6]=curmap[6][:21]+'8'+curmap[6][22:]
curmap[4]=curmap[4][:15]+'9'+curmap[4][16:18]+'0'+curmap[4][19:]
mapwidth=len(curmap[1])
mapheight=len(curmap)-4
x1st=(int(resolution[0])-320-32*mapwidth)//2+17
y1st=(int(resolution[1])-32*mapheight)//2
count=0
count2=0
velocity=None
reachexit=False
global movevec
movevec=None
lavastate=0
while startlevel==False:
if count==0:
cv.delete('all')
lavastate+=1
lavastate%=16
cv.create_rectangle(int(resolution[0])-320,0,int(resolution[0]),int(resolution[1]),fill='tan')
cv.create_text(int(resolution[0])-160,30,text='Level:%d'%curlevel,fill='black',font=('times',40))
cv.create_text(int(resolution[0])-160,80,text='\"'+levelname[curlevel][:-1]+'\"',fill='dimgray',font=('courier',16))
cv.create_image(int(resolution[0])-295,25,image=replay)
if trophynumber==1:
cv.create_image(int(resolution[0])-17,17,image=trophy)
cv.create_image(int(resolution[0])-290,110,image=minus)
cv.create_image(int(resolution[0])-240,110,image=minus10)
cv.create_image(int(resolution[0])-185,110,image=minus1)
cv.create_image(int(resolution[0])-135,110,image=add1)
cv.create_image(int(resolution[0])-80,110,image=add10)
cv.create_image(int(resolution[0])-30,110,image=add)
cv.create_image(int(resolution[0])-260,150,image=wall[random.randrange(0,16)])
cv.create_text(int(resolution[0])-140,150,text='wall ',font=('couried',30))
cv.create_image(int(resolution[0])-260,200,image=lava[lavastate])
cv.create_text(int(resolution[0])-140,200,text='lava ',font=('couried',30))
cv.create_image(int(resolution[0])-260,250,image=player)
cv.create_text(int(resolution[0])-140,250,text='player ',font=('couried',30))
cv.create_image(int(resolution[0])-260,300,image=exit)
cv.create_text(int(resolution[0])-140,300,text='exit ',font=('couried',30))
cv.create_image(int(resolution[0])-260,350,image=wormhole[random.randrange(0,8)])
cv.create_text(int(resolution[0])-140,350,text='wormhole',font=('couried',30))
cv.create_image(int(resolution[0])-260,400,image=key)
cv.create_text(int(resolution[0])-140,400,text='key ',font=('couried',30))
cv.create_text(int(resolution[0])-100,400,text='(%d)'%(keyamount),fill='blueviolet',font=('courier',25))
cv.create_image(int(resolution[0])-260,450,image=lock)
cv.create_text(int(resolution[0])-140,450,text='lock ',font=('couried',30))
cv.create_image(int(resolution[0])-260,500,image=glass)
cv.create_text(int(resolution[0])-140,500,text='glass ',font=('couried',30))
cv.create_image(int(resolution[0])-260,550,image=slider)
cv.create_text(int(resolution[0])-140,550,text='slider ',font=('couried',30))
for y in range(0,mapheight+1):
for x in range(mapwidth):
curblock=curmap[y][x]
curx,cury=x1st+32*x,y1st+32*y
if curblock=='0':
cv.create_image(curx,cury,image=air)
elif curblock=='1':
cv.create_image(curx,cury,image=wall[random.randrange(0,16)])
elif curblock=='2':
cv.create_image(curx,cury,image=lava[lavastate])
elif curblock=='3':
playerposition=[x,y]
cv.create_image(curx,cury,image=player)
elif curblock=='4':
cv.create_image(curx,cury,image=exit)
elif curblock=='5':
cv.create_image(curx,cury,image=wormhole[random.randrange(0,8)])
elif curblock=='6':
cv.create_image(curx,cury,image=key)
elif curblock=='7':
cv.create_image(curx,cury,image=lock)
elif curblock=='8':
cv.create_image(curx,cury,image=glass)
elif curblock=='9':
cv.create_image(curx,cury,image=slider)
elif curblock=='b':
cv.create_image(curx,cury,image=brokenglass)
count+=1
count%=flickerperiod
if count2==1:
if movevec:
if velocity==None:
velocity=movevec
if velocity:
nextpoint=[playerposition[0]+velocity[0],playerposition[1]+velocity[1]]
nextblock=curmap[nextpoint[1]][nextpoint[0]]
if nextblock=='0':
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=player)
cv.create_image(x1st+32*playerposition[0],y1st+32*playerposition[1],image=air)
curmap[playerposition[1]]=curmap[playerposition[1]].replace('3','0')
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'3'+curmap[nextpoint[1]][nextpoint[0]+1:]
playerposition=[nextpoint[0],nextpoint[1]]
elif nextblock=='1':
movevec=None
velocity=None
elif nextblock=='2':
cv.create_rectangle(0,int(resolution[1])//2-70,int(resolution[0])-320,int(resolution[1])//2+70,fill='gray')
cv.create_text(int(resolution[0])//2-160,int(resolution[1])//2-30,text='You failed to',fill='darkred',font=('Courier',50))
cv.create_text(int(resolution[0])//2-160,int(resolution[1])//2+30,text='swim in lava!',fill='darkred',font=('Courier',50))
root.update()
time.sleep(2)
movevec=None
velocity=None
break
elif nextblock=='3':
break
elif nextblock=='4':
if cursavedlevel<0:
cursavedlevel+=1
else:
cursavedlevel+=1
curlevel+=1
with open('./assets/usrdat/000.ini','w') as flevelw:
flevelw.write(str(cursavedlevel)+'\n'+str(trophynumber))
reachexit=True
startlevel=True
break
elif nextblock=='5':
for x in range(0,len(curtplist)-1):
if nextpoint[0]==int(curtplist[x][0]) and nextpoint[1]==int(curtplist[x][1]):
nextpoint=[int(curtplist[x][2])+velocity[0],int(curtplist[x][3])+velocity[1]]
elif nextpoint[0]==int(curtplist[x][2]) and nextpoint[1]==int(curtplist[x][3]):
nextpoint=[int(curtplist[x][0])+velocity[0],int(curtplist[x][1])+velocity[1]]
cv.create_image(x1st+32*playerposition[0],y1st+32*playerposition[1],image=air)
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=player)
curmap[playerposition[1]]=curmap[playerposition[1]].replace('3','0')
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'3'+curmap[nextpoint[1]][nextpoint[0]+1:]
playerposition=[nextpoint[0],nextpoint[1]]
elif nextblock=='6':
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=player)
cv.create_image(x1st+32*playerposition[0],y1st+32*playerposition[1],image=air)
curmap[playerposition[1]]=curmap[playerposition[1]].replace('3','0')
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'3'+curmap[nextpoint[1]][nextpoint[0]+1:]
playerposition=[nextpoint[0],nextpoint[1]]
keyamount+=1
elif nextblock=='7':
movevec=None
velocity=None
if keyamount>0:
keyamount-=1
for x in range(0,15):
for n in range(0,len(curlocklist[unlock])//3):
cv.create_image(x1st+32*int(curlocklist[unlock][3*n+0]),y1st+32*int(curlocklist[unlock][3*n+1]),image=images[curlocklist[unlock][3*n+2]])
root.update()
time.sleep(0.05)
for n in range(0,len(curlocklist[unlock])//3):
cv.create_image(x1st+32*int(curlocklist[unlock][3*n+0]),y1st+32*int(curlocklist[unlock][3*n+1]),image=images[curmap[int(curlocklist[unlock][3*n+1])][int(curlocklist[unlock][3*n+0])]])
root.update()
time.sleep(0.05)
for n in range(0,len(curlocklist[unlock])//3):
curmap[int(curlocklist[unlock][3*n+1])]=curmap[int(curlocklist[unlock][3*n+1])][:int(curlocklist[unlock][3*n])]+curlocklist[unlock][3*n+2]+curmap[int(curlocklist[unlock][3*n+1])][int(curlocklist[unlock][3*n])+1:]
for n in range(0,len(curlocklist[unlock])//3):
cv.create_image(x1st+32*int(curlocklist[unlock][3*n+0]),y1st+32*int(curlocklist[unlock][3*n+1]),image=images[curmap[int(curlocklist[unlock][3*n+1])][int(curlocklist[unlock][3*n+0])]])
root.update()
unlock+=1
else:
cv.create_rectangle(0,int(resolution[1])//2-70,int(resolution[0])-320,int(resolution[1])//2+70,tags='nokey',fill='chartreuse')
cv.create_text(int(resolution[0])//2-160,int(resolution[1])//2-30,tags='nokey',text='You have no key',fill='royalblue',font=('Courier',50))
cv.create_text(int(resolution[0])//2-160,int(resolution[1])//2+30,tags='nokey',text=' to unlock it.',fill='royalblue',font=('Courier',50))
root.update()
time.sleep(1.5)
cv.delete('nokey')
elif nextblock=='8':
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'b'+curmap[nextpoint[1]][nextpoint[0]+1:]
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=brokenglass)
movevec=None
velocity=None
elif nextblock=='9':
nextpoint2=[playerposition[0]+2*velocity[0],playerposition[1]+2*velocity[1]]
nextblock2=curmap[nextpoint2[1]][nextpoint2[0]]
if nextblock2=='0'or nextblock2=='b':
cv.create_image(x1st+32*playerposition[0],y1st+32*playerposition[1],image=air)
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=player)
cv.create_image(x1st+32*nextpoint2[0],y1st+32*nextpoint2[1],image=slider)
curmap[playerposition[1]]=curmap[playerposition[1]].replace('3','0')
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'3'+curmap[nextpoint[1]][nextpoint[0]+1:]
curmap[nextpoint2[1]]=curmap[nextpoint2[1]][:nextpoint2[0]]+'9'+curmap[nextpoint2[1]][nextpoint2[0]+1:]
playerposition=[nextpoint[0],nextpoint[1]]
movevec=None
velocity=None
elif nextblock=='b':
cv.create_image(x1st+32*nextpoint[0],y1st+32*nextpoint[1],image=player)
cv.create_image(x1st+32*playerposition[0],y1st+32*playerposition[1],image=air)
curmap[playerposition[1]]=curmap[playerposition[1]].replace('3','0')
curmap[nextpoint[1]]=curmap[nextpoint[1]][:nextpoint[0]]+'3'+curmap[nextpoint[1]][nextpoint[0]+1:]
playerposition=[nextpoint[0],nextpoint[1]]
count2+=1
count2%=3
time.sleep(0.01)
root.update()
if curlevel<=len(levelmap)-2 and startlevel==True and reachexit==True:
cv.create_rectangle(0,int(resolution[1])//2-70,int(resolution[0])-320,int(resolution[1])//2+70,fill='floralwhite')
cv.create_text(int(resolution[0])//2-160,int(resolution[1])//2,text='NEXT LEVEL',fill='royalblue',font=('Courier',50))
root.update()
time.sleep(2)
with open('./assets/usrdat/000.ini','w') as flevelw2:
flevelw2.write('-3\n'+'1')
cv.delete('all')
cv.create_rectangle(0,int(resolution[1])//2-32,int(resolution[0]),int(resolution[1])//2+32,tags='end',fill='red')
cv.create_image(int(resolution[0])//2,int(resolution[1])//2,tags='end',image=trophyget)
root.update()
time.sleep(3)
cv.delete('end')
cv['bg']='black'
cv.create_image(int(resolution[0])-81,33,image=trophyget)
cv.create_image(25,25,image=replay)
cv.create_rectangle(0,int(resolution[1])//2-60,int(resolution[0]),int(resolution[1])//2+60,fill='gold')
lights=[]
lights.append([random.randrange(0,int(resolution[0])),0,random.randrange(0,15)])
for x in range(0,int(resolution[1])//10+8):
lights.append([random.randrange(0,int(resolution[0])),int(resolution[1])+80-10*x,random.randrange(0,15)])
lights.append([random.randrange(0,int(resolution[0])),int(resolution[1])+80-10*x,random.randrange(0,15)])
cv.create_line(lights[-1][0],lights[-1][1]-80,lights[-1][0],lights[-1][1],tags='light',fill=colors[lights[-1][2]])
cv.create_line(lights[-1][0],lights[-1][1]-80,lights[-1][0],lights[-1][1],tags='light',fill=colors[lights[-1][2]])
restartgame=False
def reboot(event):
if 0<event.x<50 and 0<event.y<50:
global restartgame
restartgame=True
cv.bind_all('<Button-1>',reboot)
while restartgame==False:
cv.delete('light')
cv.create_text(int(resolution[0])//2,int(resolution[1])//2,text='VICTORY!',fill=colors[random.randrange(0,14)],font=('Courier',100))
for n in range(0,len(lights)):
cv.create_line(lights[n][0],lights[n][1]-80,lights[n][0],lights[n][1],tags='light',fill=colors[lights[n][2]])
lights[n][1]=lights[n][1]+10
lights.append([random.randrange(0,int(resolution[0])),0,random.randrange(0,15)])
cv.create_line(lights[-1][0],lights[-1][1]-80,lights[-1][0],lights[-1][1],tags='light',fill=colors[lights[-1][2]])
lights.pop(0)
lights.append([random.randrange(0,int(resolution[0])),0,random.randrange(0,15)])
cv.create_line(lights[-1][0],lights[-1][1]-80,lights[-1][0],lights[-1][1],tags='light',fill=colors[lights[-1][2]])
lights.pop(0)
root.update()
time.sleep(0.1)
root.mainloop()