Add alt (Windows) code to 2006/toledo3

2006/toledo3/README.md

@@ -24,17 +24,26 @@ tested with Windows.  See [alternate code](#alternate-code) below.
 ```
 
 
-### Alternate code:
+## Alternate code:
 
 The author provided two additional versions, [toledo3-sbar.c](toledo3-sbar.c)
 and [toledo3-txt.c](toledo3-txt.c). Respectively these create a status bar and
-make the game text only. These are built by default.
+make the game text only.
+
+
+### Alternate build:
+
+With the exception of the Windows version, these are built by default. To build
+the Windows version, [toledo3.alt.c](toledo3.alt.c), you will have to figure out
+how to compile Windows code.
+
+
+### Alternate use:
 
 Use `toledo3-sbar` and `toledo3-txt` as you would `toledo3` above.
 
-The author also provided a version that was [tested for some compilers in
-Windows](layer.c). As we have no Windows system to test with you will have to
-figure out how to compile it but it did work at one time in some set ups.
+As for the Windows version, `toledo3.alt`, we presume you can open it like any
+other application.
 
 
 ## Judges' remarks:

2006/toledo3/toledo3.alt.c

@@ -0,0 +1,66 @@
+#include "layer.c"
+char *l="dbcefcbddabcddcba~WAB+  +BAW~              +-84HLSU?A6J57IKJT576,",
+*F="          ,>>,>  xl~w/?  ,>>>,s  m\177>>\177\177  mm2>>>  >uk>>> ",*f;y,u;
+#define v for (i=0,b=0;b>511?b=0,i+=64:0,i<512;b+=64) A=i/64*10+b/64+21,XCopy\
+Plane(d, r[I[A]+7+14*(i+b>>6&1)+28*(A==z)],w,C,0,0,64,64,b,i,1); XFlush(d);
+#define _(a) *f++=a&*F?-(z%14<7):"U\252U\0DDDD"[z/14*2|u&1],
+#define G(p) p##Pixel(d,DefaultScreen(d))
+#define R(a) |(a==O|p==a)*
+#define P return y=~y,
+#define a X(0,0,0,
+#define H while(
+#define D ;if(
+
+long
+I[304],b,i,z;main(x,W)                   char**W; { Display *d =
+ XOpenDisplay(""); Window               w = XCreateSimpleWindow
+  (d, DefaultRootWindow(d),            64,64,512,512,2,G(Black)
+   ,G(Black)); XGCValues g;           XButtonEvent e; long A,r
+    [56],Z,* m = I , C ,Y;           XSelectInput(d,w,32772);
+     XMapWindow( d, w); g.          foreground = G(White);
+      C=XCreateGC(d,w,4,&g);       F+=48; H f=I,i=0,z<56){
+       H u=0,i++<8){ H _(0)_(     64)_(16)_(8)_(4)_(2)_(1
+       )_(0)++u<8); F++; } F-=   z%7-6?z%14<6?16:0:8; r[
+        z++]=XCreateBitmapFromData(d,w,I,64,64); } srand(
+       time(z=u=0)); H I[z]=-(   z>98|z<21|(z+1)%10<2),
+      ++z<120); H ++m<9+I) 80     [m]=-2,90[m]=~(20[m]=7&*
+     l++),30[m]=1; D 1<x) Z=       *W[1]-45; D 2<x){ a u,1
+   ,Z); a u,0,1); z=0; } H          1){ XNextEvent(d,&e); D
+  e.type==12){ v } D e.              type==4){ b=e.y/64*10+e
+.x/64+21; D(b[I]^y)<-1)               { z=b; v} else{ i=(b<29
+|b>90)&((z[I]^y)==-2)?-                6^y:z[I]; Y=y; a u,0,1);
+z=0; v D 1<x&&Y-y){ a u                ,1,Z); a u,0,1); } z=0;
+        v } } } }
+
+
+                             X(w,c,h,e,S,s)
+
+
+{ int p,O=          *l,t,d,o,C          ,*g,E,n,*m          =I,N=-1e8,
+          A,L,r,x =           10,q; y=~y          ; H--O>20)
+{ o=I[p=O]          D q=o^y,q>          0){ q+=(q<          2)*y,C=q
+         ["51#/+++"],       A=q["95+3/33"];       do { m=0,
+r=I[p+=C[l          ]-64] D !w          |p==w&&q>1          |C+2<A|!r)
+          { d=abs(O-          p) D g=q<2          &e>>6==p+(
+y?x:-x)?I+          (e>>6):0,           !r&(q>1|d%          x<1||g)|(r
+          ^y)<-1){ n          =o,t=q<2&(          89<p|30>p)
+?n+=y|1,6^          y:o+(y|1)           D (r^y)<-6          ) P 1e7-811
+          *h; H n-t)          { O[I]=0,p          [I]=n,m?*g
+=*m,*m=0:g          ?*g=0:0;            E=e&63 R(           91)16 R(28)
+          4 R(21)2 R          (98)32; L=          (q>1?6-q?l
+[p/x-1]-l[          O/x-1]-q+2          :(E|=y?8:1          ,!!m)*9:(E
+          |=20-d?0:           64*p,n-o?(          l[15+n]-' '
+)*9:d/8+!!          g*99))+(l[          r+15]-' ')          *9+l[p%x]-
+          h-l[O%x];           L-=s>h||s==         h&L>49&1<s
+?X(s>h?0:p          ,L,h+1,E,N          ,s):0 D !(          z-O|i-n|h|
+          p-b|S|L<-           1e6))return         u=E; O[I]=
+o,p[I]=r,m          ?*m=*g,*g=          0:g?*g=-2^          y:0 D S|h&&
+          (L>N||!h&N          ==L&&rand(          )&4)){ N=L
+D !h&&s) i          =n,z=O,b=p          D h&&c-L<S          ) P L; } q
+          >5&d<2&C+6          <A&&(g=I+p          ,r=I[p+=p-
+O],m=p<O?g          -3:g+2,!(e          &(p<O?3:5)          <<3*-y|*g|
+          r|m[p<O?1:          -1])&&L>-           1e6&&1e6>a
+63,1,0))?d          ++:(n+=y|1          );} } } C           +=q<2&C+3>
+          A&((y?O<80          :39<O)||r)          ; } H!r&q>
+2&q<6||(p=          O,++C<A))           ; } } P N+          1e8?N:0; }
+

thanks-for-fixes.md

@@ -3198,6 +3198,10 @@ lets it work in both linux and macOS. The problem was that it relied on 32-bits
 so some `int`s were changed to `long`s. The display problem might or might not
 have been a problem in linux with the old `int`s but this is no longer known.
 
+Cody also added the code that _should_ work for Windows,
+[toledo3.alt.c](2006/toledo3/toledo3.alt.c), based on the author's remarks.
+We're not able to test this.
+
 
 # <a name="2011"></a>2011