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This is a modified version of the Numworks script for the TI-Planet and
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Planete Casio back to school 2019 contest.
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This modified version works with Python 3 under GNU Linux and MS Windows.
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The original code can be found at:
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https://workshop.numworks.com/python/andreanx/atlemu
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This script can be used in interactive mode from the Python shell:
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from atlemu import *
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do(-1, 4, 4)
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It also can be used in script mode:
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python3 atlemu.py
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from math import log10,sqrt
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from tkinter import *
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master = Tk()
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master.resizable(0, 0)
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canvas = Canvas(master, width=320, height=240)
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canvas.pack()
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def color(r, g, b):
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return '#%02x%02x%02x' % (r, g, b)
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def fill_rect(x, y, w, h, color):
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y += 18
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canvas.create_rectangle(x, y, x + w, y + h, fill=color, outline='')
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def draw_string(text, x, y, fg=color(0,0,0), bg=None):
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y += 18
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t = canvas.create_text(x, y, anchor=NW, text=text, fill=fg)
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if bg is not None:
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r = canvas.create_rectangle(canvas.bbox(t), fill=bg, outline='')
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canvas.tag_lower(r, t)
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def clear():
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canvas.delete('all')
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canvas.create_rectangle(0, 18, 320, 240, fill=color(255, 255, 255), outline='')
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canvas.create_rectangle(0, 0, 320, 18, fill=color(255, 183, 52), outline='')
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def init():
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global atmu,n,j,s,ma,mb,mc,w,fp,fm
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atmu,n,j,s,w,fp,fm=[],9,0,0,5,0,0
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ma,mb,mc=[[0]*n for k in range(n)],[[0]*n for k in range(n)],[[0]*n for k in range(n)]
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def dr():
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global s,j,w
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sw=320
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d,h=min(sw//n,221//n),(color(0,0,0),color(255,255,255))
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b=sw-1-n*d
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clear()
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for i in range(0,n*d+1,d):
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fill_rect(b,i,n*d,1,h[0])
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fill_rect(b+i,0,1,n*d,h[0])
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for y in range(0,n):
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for x in range(0,n):
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t=255-(255*abs(ma[y][x])//w)
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fill_rect(b+x*d+1,y*d+1,d-1,d-1,ma[y][x]<0 and color(t,t,255) or ma[y][x]>0 and color(255,t,t) or h[1])
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draw_string(" ATLEMU ",1,1,color(255,255,0),color(127,127,127))
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draw_string("Muen\ndo(-1,c,l)",0,19,color(0,0,255),h[1])
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draw_string("Atlante\ndo(1,c,l)",0,53,color(255,0,0),h[1])
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draw_string("Passer\ndo(0)",0,87,color(255,0,255),h[1])
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draw_string("Recommencer\ninit()",0,121,color(0,0,0),h[1])
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draw_string("An: "+str(j)+"\nScore:\n"+str(s)[:10],0,n*d-49)
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def do(*ar):
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global j,gp,gm,fp,fm,s
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j,k,v,(sc,sl)=j+1,ar[0],(len(ar)%2) or ar[len(ar)-1],(len(ar)>=3) and (ar[1],ar[2]) or (0,0)
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k,gp,gm=k and k//abs(k),fp,fm
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for y in range(n):mb[y]=mc[y].copy()
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for y in range(n):
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for x in range(n):
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o,ma[y][x]=ma[y][x],ma[y][x]+w*(ma[y][x]==0 and x==sc and y==sl)*((k>0)-(k<0))+(ma[y][x]<=0 and (x-sc or y-sl or k==0) and mb[y][x]//10==3)*((ma[y][x]==0)*w-ma[y][x]*(not(not(ma[y][x]))))-(ma[y][x]>=0 and (x-sc or y-sl or k==0) and mb[y][x]-10*(mb[y][x]//10)==3)*((ma[y][x]==0)*w+ma[y][x]*(not(not(ma[y][x]))))
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if o and ma[y][x]==o:
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ls=(-1,w>abs(ma[y][x]))
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ma[y][x]=ma[y][x]+(ma[y][x]>0)*ls[mb[y][x]//10==3 or mb[y][x]//10==4]-(ma[y][x]<0)*ls[mb[y][x]-10*(mb[y][x]//10)==3 or mb[y][x]-10*(mb[y][x]//10)==2]
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if ma[y][x]-o:
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fp,fm=fp+(ma[y][x]>0 and not(o))-(o>0 and not(ma[y][x])),fm+(ma[y][x]<0 and not(o))-(o<0 and not(ma[y][x]))
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if not(o) and ma[y][x] or o and not(ma[y][x]):
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for dl in range(-1,2):
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for dc in range(-1,2):
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if dl or dc:mc[y+dl+(dl<0 and y==0)*n-(dl>0 and y==n-1)*n][x+dc+(dc<0 and x==0)*n-(dc>0 and x==n-1)*n]+=(ma[y][x]<0)-(o<0 and 0==ma[y][x])+10*((ma[y][x]>0)-(o>0 and 0==ma[y][x]))
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if max(fp,gp)*max(fm,gm):s=s/(1+abs(k)*log10(sqrt(j)))+fp*fm*min(fp,gp)*min(fm,gm)/max(fp,gp)/max(fm,gm)
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atmu.append((sc*k+k,sl*k+k))
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if v:
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dr()
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print("Bon score ? Envoie la liste\n'atmu' a info@tiplanet.org")
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return s
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def st(l,v=True):
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init()
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for p in l:s=do((p[0]>0)-(p[0]<0),abs(p[0])-1,abs(p[1])-1,v)
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dr()
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return s
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init()
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dr()
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if __name__== "__main__":
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master.mainloop()
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