Cody Boone Ferguson
6f8e5fb229
The first version allows one to reconfigure the controls and the size of the game field (which previously was done by changing the Makefile and updating the code respectively but now is possible at compilation time) and the second version uses the author's supplied layer.c file that should work for Windows. The keysym.h file is actually keysymdef.h from X11 so that users can see the macro names of the keys. The README.md file has been format/typo checked. This should complete the review of 2011/toledo.
96 lines
3.8 KiB
C
96 lines
3.8 KiB
C
#include <X11/Xlib.h>
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#include <X11/keysym.h>
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#define I XDrawLine(W,X,Y,
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#define l rand()%
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#define R while(
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#define n *h++
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#define x _ c].
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#define S if(
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#define _ _[
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#ifndef A
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#define A XK_Up:XK_w
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#endif
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#ifndef B
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#define B XK_Left:XK_a
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#endif
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#ifndef C
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#define C XK_Right:XK_d
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#endif
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#ifndef D
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#define D XK_Down:XK_s
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#endif
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#ifndef E
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#define E XK_BackSpace:XK_Tab
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#endif
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#ifndef Q
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#define Q XFillRectangle(W,X,Y,
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#endif
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#ifndef M
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#define M 512
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#elif M < 250
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#undef M
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#define M 512
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#endif
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#ifndef N
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#define N 288
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#elif N < 100
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#undef N
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#define N 288
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#endif
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*h ;
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; i;
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e; d; u; p; L[1
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<<28]; float w=11.46; m; a ;
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P; k[9304]; *j=k; c; f; q; r; t; v ;
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* z; K(H,i) { t=u*+cos(H/w)-i*sin(H/w); p=i*
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cos(H/w)+u*sin(H/w); u=t; } Display*W; GC Y; Pixmap
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X; s(o,t,g,w,v) { h=v+k; q=2*n; R u=n, r=12+n, K(t,n), K(o,+
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p+w,u+=g), d=1>p?1:p, u=u*N/d+M/2, d=N/2+r*N/d, u=u>
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-M*2 ?u<M*2?u:2*M:-2*M, 1&q?i>0|p>0?I f,e,u,d):0: (i=p
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,e=d,f=u ), --q); } struct{ int c,o,m,f,u,s,i ,e,r; }
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_ 21 ] ; Window O; b(y) { XGCValues g ; g .
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foreground=y; g. line_width = 2 ; XChangeGC(W,Y,20
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,&g); } G(o) { z=x f + k; h=(x f= 381+193*c)+k; i=2*(n
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=*z++); R--i&1?d=l 9-4,e =l 9 -4*(8>o):0,n=*z+++d,0<(n
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=*z+++e)?h[-1]=0:0,n=*z+++d, i); } g(o) { u=0; K(x s,o<<9
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); x u-=u; x r-=p; } F(m,c ) { f=5120*c; c=12; R +c--&&m
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==+c |abs(x u-_ m].u)>f |x i <1|x c>2 |abs(x r-_ m].r)>f)
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; return c+1; } T(o) { c=11; S!P){ a=++a%72; S!a){ P=1; R
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c--){ x c=x m=0; x i=c>2?2:1 ; R x u=l 978-499<<8, x s= l
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71, x r=l 979-501<<8, F(c,2) ); x f=c>2?l +2*+73:147; x o
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=2>c?249<<16-c*8:64987<<8*(c >2); } } } S P){ c=11; R 4&x
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i? ++x m-64&&x m-71? o=1,64> x m?(d=F(c,1))?x m=64,d<4?j[
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x e]++,++_ --d].c:0:g(7):G(x m -65) :_ x i=0,x e].e-- :0,
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20>++c); c=3; R c--) { S 1&x i) { o++; S x c>2) x m>15? x
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i=0:G(x m++); else { S x m ) S x m-->6) g(4); S c<2) { x
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s=(72+x s+L[c?B]-L[c?C])%72; S d=4*L[c?A]-L[c?D]*4) { g(d
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); S F(c,2)) g(-d); } S L[c? E]&!x m&x e<3) { d=10; R _++
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d].i) ; g(-4); _ d]=_ c]; _ d].e=c; x e++; x m=7; c=d; x
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f = 122 ; x i=4; g(19); x o= 4092<<12; c=x e; } } } } } P
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-=o<2; } v=2; R v--){ m=(108 - _ v].s)%72; b(3^_ v].c?0:
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128); Q c=0,0,M,N); S!P) s(+ 36,54-a,0,-120,-+-+-+-+147,b
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((1<<16)-1)); S P) { b(255); I 0,N/2,M,N/2); t=-.889*m; h
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=k+340; R u=(t+=q=n)*M/32,d= n*N/48,q?I f,e,u,d):0,f=u,e=
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+d,k+378>h); R x i&&c-v?s(m, x s,x u-_ v].u>>8,x r-_ v].r
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>>8,x f,b(x o)):0,20>c++); c =0; R e=16+32*c,Q v^c?16:8,e
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,(c^v?68:76)+c[b(x o),j] , 16), b(0,d=20*x c), Q
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80-d,4+e,d,8),2>c++) ; } b(255); I M,0,M,
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N); XCopyArea(W, X,O,Y,0,0,M,N,v*
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M,0); } }
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char*o="{ } { } { { } ; { } ; { ; { ; { ; { } ; { } ; { ; { ; } ; { ; { } } ; { ; } { } ; { ; { } ; { ; } { } { { } ; { } ; { ; { ; } { } { } } { } { } { } } { } } { } { } { } } { } { } { ; ; ; ; } { ; } { { } ; } } ; { ; } { ; } { { } ; { } ; { ; { ; } } { ; } { { } } } { ; } { ; { } ; } } } { } { } ; } } } } } { } ; } ; } ; { } { } ; { } ; } ; } } { } { } } { } { } } } } { { } } } } } { { } } { ; { { } ; { ; { { ; { ; { { } ; { ; { { ; ; } ; ; } ; ; } } { { } { { } { { { { } } } } } { { { { } { } { { } { { } { { { { } } ";
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main(){
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XEvent e; W=
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XOpenDisplay(k);
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XSelectInput(W,O=
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XCreateSimpleWindow(W,DefaultRootWindow(W),64,64,M*2,N,2,P,r),3);
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XMapWindow(W,O); srand(time(0)); Y=
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XCreateGC(W,X=
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XCreatePixmap(W,O,M,N,DefaultDepth(W,r)),P,r); R*o){ S*o^59)d=64&*o?'{'^*o++:3,
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32^*o?d+=*o^9?2:1:0,*j+=P?d*9-43:d,j+=P,P=!P; else R*j=j[-3],j++,*++o^9); o++;
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} R 7){ T(0);
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XFlush(W); usleep(33367); R
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XPending(W)) L[
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XLookupKeysym(&e,
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XNextEvent(W,&e)&0)]^=1==e.type/2; } }
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