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9cacd33f47
This first step deals with the consequences of such removal.
The removal itself will happen in stage 2. That step will
add "is" to the prolog module in the library.
compiler/add_pred.m:
Prepare for "is" being in the prolog module.
compiler/options.m:
Add a way to test whether the change to add_pred.m is in the
installed compiler.
tests/accumulator/base.m:
tests/accumulator/call_in_base.m:
tests/accumulator/chain.m:
tests/accumulator/commutative.m:
tests/accumulator/construct_test.m:
tests/accumulator/dcg.m:
tests/accumulator/deconstruct_test.m:
tests/accumulator/disj.m:
tests/accumulator/func.m:
tests/accumulator/heuristic.m:
tests/accumulator/highorder.m:
tests/accumulator/identity.m:
tests/accumulator/inter.m:
tests/accumulator/nonrec.m:
tests/accumulator/out_to_in.m:
tests/accumulator/qsort.m:
tests/accumulator/simple.m:
tests/accumulator/split.m:
tests/accumulator/swap.m:
tests/benchmarks/cqueens.m:
tests/benchmarks/crypt.m:
tests/benchmarks/deriv.m:
tests/benchmarks/deriv2.m:
tests/benchmarks/nrev.m:
tests/benchmarks/poly.m:
tests/benchmarks/primes.m:
tests/benchmarks/qsort.m:
tests/benchmarks/query.m:
tests/benchmarks/tak.m:
tests/debugger/interactive.m:
tests/declarative_debugger/Mercury.options:
tests/declarative_debugger/io_read_bug.m:
tests/declarative_debugger/queens.exp:
tests/declarative_debugger/queens.m:
tests/dppd/imperative_solve_impl.m:
tests/dppd/map_impl.m:
tests/dppd/max_length_impl.m:
tests/dppd/sum.m:
tests/dppd/upto_sum_impl.m:
tests/par_conj/dep_par_21.m:
tests/tabling/seq.m:
tests/term/dds3_14.m:
tests/term/mmatrix.m:
tests/term/money.m:
tests/term/occur.m:
tests/term/pl4_5_2.m:
tests/term/queens.m:
tests/typeclasses/inference_test.m:
tests/typeclasses/inference_test_2.m:
tests/valid/lazy_list.m:
tests/warnings/duplicate_const.m:
Replace calls to "is" with unifications. In many places,
bring programming style up to date.
49 lines
1.2 KiB
Mathematica
49 lines
1.2 KiB
Mathematica
%---------------------------------------------------------------------------%
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% vim: ts=4 sw=4 et ft=mercury
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%------------------------------------------------------------------------------
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%
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% Benchmark Program - matrix*matrix multiplication
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%
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% Copyright by Manuel Hermenegildo
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% Date: January 17 1986
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%
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%------------------------------------------------------------------------------
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:- module mmatrix.
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:- interface.
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:- type list(T)
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---> []
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; [T | list(T)].
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:- pred mmultiply(list(list(int)), list(list(int)), list(list(int))).
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:- mode mmultiply(in, in, out) is semidet.
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:- implementation.
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:- import_module int.
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:- import_module prolog.
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mmultiply([], _, []).
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mmultiply([V0 | Rest], V1, [Result | Others]) :-
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mmultiply(Rest, V1, Others),
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multiply(V1, V0, Result).
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:- pred multiply(list(list(int)), list(int), list(int)).
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:- mode multiply(in, in, out).
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multiply([], _, []).
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multiply([V0 | Rest], V1, [Result | Others]) :-
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multiply(Rest, V1, Others),
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vmul(V0, V1, Result).
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:- pred vmul(list(int), list(int), int).
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:- mode vmul(in, in, out).
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vmul([], [], 0).
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vmul([H1 | T1], [H2 | T2], Result) :-
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vmul(T1, T2, Newresult),
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Product = H1 * H2,
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Result = Product + Newresult.
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