Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen gezeigt.

--- treffen:codegolfing:004_gc [2022/07/01 18:54]
marc_weber [Lösungen]
+++ treffen:codegolfing:004_gc [2022/07/07 13:24]
max
@@ Zeile 19: / Zeile 19: @@
 ===== Lösungen =====
 Perl, nopx, 191B, {{ :treffen:004_gc_solution_nopx.pdf |Beschreibung}}
+Eine lesbare Lösung mit diesem Ansatz gibt es ganz unten auf dieser Seite. ;)
 <code Perl>
 $m=$ARGV[0]-1;sub p{($h,$s)=@_;$_=$"x($m**2+$m+2-$s-$h)."#"x$h.$"x$s;print;chop;print~~reverse.$/}for(0..$m){$w=$m*$_;p(1,$w+$_)for(0..$m);$b=($w+1)*($_!=$m);p($m+2+$w-$b,$b)}p($m)for(0..$m)
@@ Zeile 65: / Zeile 66: @@
 </code>
+Python, nopx, 224B (nachgereicht)
+<code Python>
+import sys
+n=int(sys.argv[1])
+m=n-1
+w=m*m+m+2
+r=range(n)
+def p(h,s=0):
+    l=" "*(w-h-s)+"#"*h+" "*s
+    print(l[:-1]+l[::-1])
+for e in r:
+    for l in r:
+        p(1,m*e+l)
+    p(w)if e==m else p(m+1,m*e+1)
+for _ in r:p(m)
+</code>
 Python, v0tti, 226B
@@ Zeile 103: / Zeile 120: @@
 <code Java>
 public class X{public static void main(String[]b){int n=Integer.valueOf(b[0]);int s=n*(n-1)+1;int r=s*2;char a[]=new char[r+1];for(int k=0;k<n;k++){for(int j=0;j<n;j++){for(int i=0;i<r+1;i++)a[i]=' ';int t=k*n+j-k;a[s-t]='#';a[s+t]='#';p(s,a);l();}if(k==n-1){for(int i=0;i<r+1;i++)a[i]='#';p(s,a);}else{int x=0;for(int i=0;i<r+1;i++){while(x<n){a[s-n-(k*n-k)+x]='#';a[s+n+(k*n-k)-x]='#';x++;}}p(s,a);l();}}for(int i=0;i<r+1;i++)a[i]=' ';int x=0;while(x<n){l();for(int i=s-(n-2);i<=s+(n-2);i++)a[i]='#';p(s,a);x++;}}static void p(int s,char a[]){for(int i=0;i<(s*2)+1;i++){System.out.print(a[i]);}}static void l(){System.out.println();}}
+</code>
+Python in schön, nopx
+<code Python>
+#!/usr/bin/python
+import sys
+# Read command line argument:
+n = int(sys.argv[1])
+# We often use n-1, so lets use a variable for that:
+m = n-1
+# Calculate length of left part
+l_left = m**2 + m + 2
+# Helper function to plot a row
+def plotline(num_hashes,num_spaces :int =0):
+    line = " "*(l_left - num_hashes - num_spaces) + "#"*num_hashes + " "*num_spaces
+    # Remove last column, mirror, concatenate together and plot:
+    print(line[:-1] + line[::-1])
+# Print tree part
+for etagenumber in range(n):
+    # You may set w = m * etagenumber as we often use that in the following.
+    for linenumber in range(n):
+        # Plot lines with on #
+        plotline(1, m*etagenumber + linenumber)
+    # Plot line with multiple #
+    if etagenumber == m:
+        # Something special for the last etage:
+        plotline( l_left )
+    else:
+        # For all other etages:
+        plotline( m+1, m*etagenumber + 1)
+# Print trunk
+for _ in range(n): plotline( m )
 </code>