Jip J. Dekker
fad1b07018
git-subtree-dir: software/minizinc git-subtree-split: 4f10c82056ffcb1041d7ffef29d77a7eef92cf76
148 lines
4.2 KiB
MiniZinc
148 lines
4.2 KiB
MiniZinc
/***
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@groupdef globals Global constraints
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These constraints represent high-level modelling abstractions, for which
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many solvers implement special, efficient inference algorithms.
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*/
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/***
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@groupdef globals.alldifferent All-Different and related constraints
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@groupdef globals.lexicographic Lexicographic constraints
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@groupdef globals.sort Sorting constraints
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@groupdef globals.channeling Channeling constraints
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@groupdef globals.counting Counting constraints
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These constraints count and restrict how many times certain values occur
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in an array of variables. MiniZinc will automatically generate the basic counting
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constraints below from expressions such as \[count(i in x)(i=c) <= d\], so you
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can write models in this much more readable style instead of using these
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predicates. However, if your model
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contains multiple counting constraints over the same array, constraints
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like \[distribute\] or \[global_cardinality\] below may be useful.
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@groupdef globals.packing Packing constraints
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@groupdef globals.scheduling Scheduling constraints
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@groupdef globals.graph Graph constraints
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@groupdef globals.extensional Extensional constraints (table, regular etc.)
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@groupdef globals.learning Machine learning constraints
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@groupdef globals.deprecated Deprecated constraints
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*/
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include "all_different.mzn";
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include "alldifferent_except_0.mzn";
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include "all_disjoint.mzn";
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include "all_equal.mzn";
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include "alternative.mzn";
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include "among.mzn";
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include "among_fn.mzn";
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include "arg_sort.mzn";
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include "arg_min.mzn";
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include "arg_max.mzn";
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include "at_least.mzn";
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include "at_most.mzn";
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include "at_most1.mzn";
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include "bin_packing.mzn";
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include "bin_packing_capa.mzn";
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include "bin_packing_load.mzn";
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include "bin_packing_load_fn.mzn";
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include "bounded_path.mzn";
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include "circuit.mzn";
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include "connected.mzn";
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include "cost_mdd.mzn";
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include "cost_regular.mzn";
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include "count.mzn";
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include "count_fn.mzn";
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include "cumulative.mzn";
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include "cumulative_opt.mzn";
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include "dag.mzn";
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include "decreasing.mzn";
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include "diffn.mzn";
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include "diffn_nonstrict.mzn";
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include "diffn_k.mzn";
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include "diffn_nonstrict_k.mzn";
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include "disjoint.mzn";
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include "disjunctive.mzn";
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include "disjunctive_strict.mzn";
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include "disjunctive_opt.mzn";
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include "disjunctive_strict_opt.mzn";
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include "distribute.mzn";
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include "distribute_fn.mzn";
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include "element.mzn";
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include "exactly.mzn";
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include "geost.mzn";
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include "global_cardinality.mzn";
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include "global_cardinality_fn.mzn";
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include "global_cardinality_closed.mzn";
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include "global_cardinality_closed_fn.mzn";
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include "global_cardinality_low_up.mzn";
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include "global_cardinality_low_up_closed.mzn";
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include "increasing.mzn";
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include "int_set_channel.mzn";
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include "inverse.mzn";
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include "inverse_fn.mzn";
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include "inverse_in_range.mzn";
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include "inverse_set.mzn";
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include "knapsack.mzn";
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include "lex_greatereq.mzn";
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include "lex_greater.mzn";
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include "lex_lesseq.mzn";
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include "lex_less.mzn";
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include "lex_chain_lesseq.mzn";
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include "lex_chain_greatereq.mzn";
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include "lex_chain_lesseq_orbitope.mzn";
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include "lex_chain_greatereq_orbitope.mzn";
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include "lex_chain_less.mzn";
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include "lex_chain_greater.mzn";
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include "lex2.mzn";
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include "lex2_strict.mzn";
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include "link_set_to_booleans.mzn";
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include "maximum.mzn";
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include "mdd.mzn";
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include "mdd_nondet.mzn";
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include "member.mzn";
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include "minimum.mzn";
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include "network_flow.mzn";
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include "neural_net.mzn";
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include "nvalue.mzn";
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include "nvalue_fn.mzn";
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include "partition_set.mzn";
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include "piecewise_linear.mzn";
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include "range.mzn";
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include "range_fn.mzn";
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include "reachable.mzn";
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include "regular.mzn";
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include "regular_nfa.mzn";
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include "regular_set.mzn";
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include "regular_regexp.mzn";
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include "roots.mzn";
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include "roots_fn.mzn";
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include "seq_precede_chain.mzn";
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include "sliding_sum.mzn";
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include "sort.mzn";
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include "sort_fn.mzn";
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include "span.mzn";
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include "steiner.mzn";
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include "strictly_decreasing.mzn";
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include "strictly_increasing.mzn";
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include "strict_lex2.mzn";
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include "subcircuit.mzn";
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include "subgraph.mzn";
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include "sum_pred.mzn";
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include "sum_set.mzn";
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include "symmetric_all_different.mzn";
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include "table.mzn";
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include "tree.mzn";
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include "value_precede.mzn";
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include "value_precede_chain.mzn";
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include "weighted_spanning_tree.mzn";
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