Move 1988-2004 entries into subdirs
We we move 1988-2004 entries from all of a year's winning entries in a single directory to each winner being in their own sub-directory under the given year directory.
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Landon Curt Noll committed
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@@ -0,0 +1,63 @@
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#include <stdio.h>
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#include <sys/time.h>
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#include <X11/Xlib.h>
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#include <X11/keysym.h>
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#define Z(a)main(a,T)
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Window L;
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#define J (K,
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GC N;
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#define I ; for(
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int g,h,i,j,k,l,m,n,p,q,r,v,w,x,y,z,
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#define W(a)(y/v*!w+((S+1)>>a&255)*(D+y/(z|w-2))/D)<<a|
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o,b,f,u,s,c,a,t,e,d, C
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#define U (struct timeval*)H
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[1<<18],A=100,B=4,D=200,E=53300,F=65793,H[4];
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#define V(a)#a": %1d'%02d\"%02d "
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Display*K; Pixmap M; char P[99]; int main
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#define Y(a,b)(a<b?a:b)
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(int S,char**T){
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#define X(a)\
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XDrawLine J M,N,D+l a m,o,D+l a n,o),
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XEvent O I p=E/5; --S&~1?
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XSetForeground J N,W(0)W(8)W(16)0),X(-)X(+)gettimeofday(U,0):S?z=97
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== ** ++ T,w=A==z[*T],B-=w[z+*T]%3,S:++S;
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XCopyArea J M,L,N,0,0,e,D,0,0),
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XSync J 0),
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XFlush (K),select(0,0,0,0,U+1)){ I 3[H]=F; p==++r?K=
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XOpenDisplay (0),N=
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XCreateGC J L=
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XCreateSimpleWindow J RootWindow(K,0),0,0,e=D*2,D,0,0,0),0,0),
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XSelectInput J L,KeyPressMask|KeyReleaseMask),
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XMapWindow J L),M=
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XCreatePixmap J L,e,d=D,DefaultDepth(K,0)),u=h=q=E:r<p?a=r/D%6,r[C
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+p]=(l+=!a|a%2?g:a-3)/4,r[C]=2*r<=p?(n+=(i-=(i+34&&r
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/149%B)-(i-34&&r/353%3)))/55:C[p-r],v=4-3*z:
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XPending (K)?C[F+
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XLookupKeysym (&O.xkey,0&
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XNextEvent J&O))]^=O.type==KeyPress||O.type==KeyRelease,p:0;
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/* Some more code */
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)I k=C[F+XK_Right]-C[F+XK_Left],j=k?j+v*k*(j*k<8):j*.9,u+=(s=Y(C[F+XK_space]*
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3+s-!!s,a))/9,c=u>p?q=Y(h,q),u%=p,Z(c=0):c,t+=j*(s+A)/e-s/i*(C[u+4]-C[u]),s=t
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*t>p?t*=.97,s*.8:g>a&&b*b<D*9?i:s,i=k=l=0,o=n=e; i-5; Z((k/17?o++==y?m=n=D,f
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-=A,o=30+9*i++:0,n-=2,m+=3,l=f/.7,y*F+A-i*k:k|!o?f=l=C[u]/-2-t,k+=17*w,o=k+++
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20,n=k+k-k*k/9,F*p:o--<a?y=135,A*F|D:0)))I x=g=m=f=0,a=i=u+D,d+=9; o<f?n=2*e,
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Z(z?r+k*F*8:E-k*A*A),n=9+x/D,Z(!k+z?r=D*F+9:A<<17),n-=x/9/D,Z(i%p>6?h=r*(3+z)
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/5:r),n=x/13/e,Z(k?h:r),o++:(f=x/D+70+C[i+p]-C[u+p],o=x?o:f,k=2*i/41%2,l=C[--
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i]-C[u]-t,x+=D-(y=i-u),g=(d-i)%410?g:(a=o,b=l+B*x/e,x)/A,i>u); )I k=i=0,x=g,
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l=b; ++i==41+!f&&k?f=k=i=l=0,x=190,a=163:i==42?i=9,k=r:!k|i-41; n=(Y(Y(Y(75,A
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-i)/3,95-2*i),r-k+2*i)-k/r)*x/D,m=i<9?x*14/D:k?(i-31)/5*(i%12)?0:n-1:0,o=a-i*
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x/D,y=D-o,h=Z(k*r+k*f/F))I B=g?B:1-h%3,i=60,y=n=m,XDrawString J M,N,30,x,P,
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sprintf(P,V(Time)V(High)"Speed: %03dmph",h/A/i,h/A%i,h%A,q/A/i,q/A%i,q%A,s,Z(
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A<<17))),x=h; ++f<2*z*e; l=(x*=3)%e,o=x*x%a,Z(-1)); } return A**H+1[H]/p-c; }
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@@ -0,0 +1,142 @@
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Best X11 Game:
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Daniel Vik
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926 Genter Street
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La Jolla, Ca 92037
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USA
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http://www.vik.cc/
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Judges' Comments:
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To build:
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# you may have to edit the Makefile to set X11_LIBDIR correctly
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make vik1
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Try:
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# requires an X11 server
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./vik1
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./vik1 a
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./vik1 d2
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./vik1 ad3
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Danial Vik has presented a tour de force feature rich X11-based
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racing game that fit within the contest size limits. Take a
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glace at the feature list he provided below. Amazing!
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Happy touring on the road and in the code!
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Selected Author's Comments:
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Features
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========
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This program is a complete car race game with a lot of nice features:
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* Drive on a road in a 3-d landscape with hills and curves
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* Mountains in the horizon
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* A sun in the sky when driving during the day.
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* Dark sky and reduced visibility when driving at night.
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* Snow when driving in the winter.
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* Slippery road when driving in the winter.
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* When driving off the road, the car slows down to a halt
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* Three different race tracks that takes about one minute to
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complete.
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* Speed meter.
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* Computer driven opponent cars.
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* Collision detection when driving into other cars.
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* Lap time measurement.
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* The best lap time is stored as reference.
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Build and Run
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=============
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Compile the source code and link x libraries if necessary.
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The program takes three options which have to be typed in a specific
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order as described below.
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Usage: vik1 ['a']['d'][#]
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a - Advanced racing in a winter landscape
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d - Racing in at night in the dark
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# - Race track selection 1-3 are valid numbers
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Here are a few examples:
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Command line: Description:
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$ ./vik1 Run track 1 at daytime in the summer
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$ ./vik1 a Run track 1 at daytime in the winter
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$ ./vik1 d Run track 1 at night in the summer
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$ ./vik1 3 Run track 3 at daytime in the summer
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$ ./vik1 d3 Run track 3 at night in the summer
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$ ./vik1 ad2 Run track 2 at night in the winter
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Note that the order in which the argument characters are entered is
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important. It is for example not possible to type ./vik1 da. (Well it is
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possible, but the result will not be as expected.)
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The space key accelerates the car. Releasing the space key slowly
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reduces the speed. The left and right arrow keys are used to steer the
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car.
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Obfuscation
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===========
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The main obfuscation is the fact that the program is extremely compact.
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There are a few things I didn't want to do, e.g. define #define to a
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single letter to save some space, or to remove casts to save some space.
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The program uses a lot of variables. In fact, all letters a-z are used
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and most letters A-Z.
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The constants are chosen very carefully and thy have multiple purposes,
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e.g. a constant can be both the length of the track and a color.
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Most of the code is kept inside five for loops without body. Each for
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loop does many things. One for loop draws all cars by restarting a
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couple of times. Another draws the road, mountains, and the sun.
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Main is called recursively. The return value and output depends on the
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arguments. main can return the current time, draw lines and of course be
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the entrypoint of the application.
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The program frequently uses the ? operator mainly to save space but it
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makes the program more obscure.
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Compiler warnings
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=================
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There are no compiler warnings when compiling with -ansi but there are
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quite many warnings from lclint. Mainly because the program is very
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optimized for code size.
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Limitations
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===========
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The program only compiles and runs on X based systems.
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The program requires a display with 24 bit color depth. It also assumes
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that the byte order of the colors are as on my Linux PC. That is, The
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colors are represented by a 32 bit value where the bytes (from high to
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low) are { 0, RED, GREEN, BLUE }.
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