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.
34 lines
1.2 KiB
Plaintext
34 lines
1.2 KiB
Plaintext
[D2sD3s]:Dld [ input m n, output m n m n ]ld
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[2*1=d]:cld [ aux routine for :d recursion ]ld
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[1=D1s>1Ds_+=c]:dld [ input m n, as long as n <= m double it, output m n ]ld
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[D2s1s_+1s]:-ld [ input m n, output m-n n ]ld
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[1=D1s>1Ds_+#T=-2/D=1]:1ld [ aux routine for :@ ]ld
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[1D=d2/1=1ddd1 ]:!ld
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["0"Td]:0ld
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[DD=!1_+=0]:@ld [ input m, m assumed nonnegative,
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append binary representation of m to top of s stack ]ld
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["-"T_]:+ld
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[D0 1s>=+1=@]:2ld [ input m, append - to top of s stack if m is negative,
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then append binary representation of abs(m) to
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top of s stack ]ld
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[d1A:A2=A]:A 27182 a1>=A
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[d2A:A1=A]:A 3145 a2>=A
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D # " in binary is "T 1=2 `ld
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1=Dd # " in binary is "T 1=2 `ld
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1=D 1s# " + "T 1s#T " is "T + #Td `ld
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1=D 1s# " - "T 1s#T " is "T _+ #Td `ld
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1=D 1s# " * "T 1s#T " is "T * #Td `ld
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1=D 1s# " / "T 1s#T " is "T / #Td `ld
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1=D 1s# " % "T 1s#T " is "T 1=D/*_+ #Td `ld
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1=D d "~ " #T " is "T D& #T$ld " (" 1=2 ")"T `ld
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1=D 1s# " & "T 1s#T " is "T &D& #T$ld " (" 1=2 ")"T `ld
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1=D 1s# " | "T 1s#T " is "T D&1sD&& #T$ld " (" 1=2 ")"T `ld
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1=D 1s# " ^ "T 1s#T " is "T 1=D&2sD&1sD&&&D& #T$ld " (" 1=2 ")"T `ld
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