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ffa_ch2_logicals.kv 20 with W_Pred; use W_Pred;
ffa_ch2_logicals.kv 21 with FZ_Arith; use FZ_Arith;
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ffa_ch2_logicals.kv 24 package body FZ_Cmp is
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ffa_ch2_logicals.kv 31 function FZ_EqP(X : in FZ; Y : in FZ) return WBool is
ffa_ch2_logicals.kv 32 A : WBool := 1;
ffa_ch2_logicals.kv 33 begin
ffa_ch2_logicals.kv 34 for i in X'Range loop
ffa_ch2_logicals.kv 35 A := A and W_EqP(X(i), Y(i));
ffa_ch2_logicals.kv 36 end loop;
ffa_ch2_logicals.kv 37 return A;
ffa_ch2_logicals.kv 38 end FZ_EqP;
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ffa_ch2_logicals.kv 42 function FZ_LessThanP(X : in FZ; Y : in FZ) return WBool is
ffa_ch2_logicals.kv 43 Scratch : FZ(X'Range);
ffa_ch2_logicals.kv 44 Borrow : WBool := 0;
ffa_ch2_logicals.kv 45 begin
ffa_ch2_logicals.kv 46 FZ_Sub(X, Y, Scratch, Borrow);
ffa_ch2_logicals.kv 47 return Borrow;
ffa_ch2_logicals.kv 48 end FZ_LessThanP;
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ffa_ch2_logicals.kv 52 function FZ_GreaterThanP(X : in FZ; Y: in FZ) return WBool is
ffa_ch2_logicals.kv 53 Scratch : FZ(X'Range);
ffa_ch2_logicals.kv 54 Borrow : WBool := 0;
ffa_ch2_logicals.kv 55 begin
ffa_ch2_logicals.kv 56 FZ_Sub(Y, X, Scratch, Borrow);
ffa_ch2_logicals.kv 57 return Borrow;
ffa_ch2_logicals.kv 58 end FZ_GreaterThanP;
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ffa_ch2_logicals.kv 60 end FZ_Cmp;