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dekker.one
1{
2 "id": "org.chuffed.chuffed",
3 "name": "Chuffed",
4 "description": "Chuffed FlatZinc executable",
5 "version": "${chuffed_VERSION_MAJOR}.${chuffed_VERSION_MINOR}.${chuffed_VERSION_PATCH}",
6 "mznlib": "../chuffed",
7 "executable": "${REL_INSTALL_BINARY}",
8 "tags": ["cp","lcg","int"],
9 "stdFlags": ["-a","-f","-n","-r","-s","-v","--cp-profiler"],
10 "extraFlags": [
11 ["--prop-fifo", "Use FIFO queues for propagation", "bool", "false"],
12 ["--vsids", "Use activity-based search on the Boolean variables", "bool", "false"],
13 ["--toggle-vsids", "Alternate search between user-specified and activity-based one", "bool", "false"],
14 ["--restart", "Restart sequence type", "opt:chuffed:none:constant:linear:luby:geometric", "chuffed"],
15 ["--restart-base", "Base for geometric restart sequence", "float", "1.5"],
16 ["--restart-scale", "Scale factor for restart sequence", "int", "1000000000"],
17 ["--switch-to-vsids-after", "Search starts with the user-specified one and switches to the activity-based one after a specified number of conflicts", "int", "1000000000"],
18 ["--branch-random", "Use random variable selection for tie breaking instead of input order", "bool", "false"],
19 ["--sat-polarity", "Selection of the polarity of Boolean variables (0 = default, 1 = same, 2 = anti, 3 = random)", "int", "0"],
20 ["--lazy", "Allow clause generation for domain update", "bool:on:off", "true"],
21 ["--finesse", "Try to generated stronger clauses", "bool:on:off", "true"],
22 ["--learn", "Compute nogoods when a conflict is encountered", "bool:on:off", "true"],
23 ["--eager-limit", "The maximal domain size of eager integer variables", "int", "1000"],
24 ["--sat-var-limit", "The maximal number of Boolean variables", "int", "2000000"],
25 ["--n-of-learnts", "The maximal number of learnt clauses", "int", "100000"],
26 ["--learnts-mlimit", "The maximal memory limit for learnt clauses in Bytes", "int", "500000000"],
27 ["--sort-learnt-level", "Sort literals in a learnt clause based on their decision level", "bool", "false"],
28 ["--one-watch", "Watch only one literal in a learn clause", "bool:on:off", "true"],
29 ["--bin-clause-opt", "Optimise learnt clauses of length 2", "bool:on:off", "true"],
30 ["--introduced-heuristic", "Decide if variable is introduced based on its name", "bool", "false"],
31 ["--use-var-is-introduced", "Decide if variable is introduced based on var_is_introduced annotation", "bool", "false"],
32 ["--exclude-introduced", "Exclude introduced variables from learnt clauses", "bool", "false"],
33 ["--decide-introduced", "Allow search decisions on introduced variables and their derived internal variables", "bool:on:off", "true"],
34 ["--fd-simplify", "Remove FD propagators that are satisfied globally", "bool:on:off", "true"],
35 ["--sat-simplify", "Remove of clauses that are satisfied globally", "bool:on:off", "true"],
36 ["--cumu-global", "Use the global cumulative propagator if possible", "bool:on:off", "true"],
37 ["--disj-edge-find", "Use the edge-finding propagator for disjunctive constraints", "bool:on:off", "true"],
38 ["--disj-set-bp", "Use the set bounds propagator for disjunctive constraints", "bool:on:off", "true"],
39 ["--mdd", "Use the MDD propagator if possible", "bool", "false"],
40 ["--mip", "Use the MIP propagator if possible", "bool", "false"],
41 ["--mip-branch", "Use MIP branching as the branching strategy", "bool", "false"],
42 ["--sym-static", "Use static symmetry breaking constraints", "bool", "false"],
43 ["--ldsb", "Use lightweight dynamic symmetry breaking constraints '1UIP crippled'", "bool", "false"],
44 ["--ldsbta", "Use lightweight dynamic symmetry breaking constraints '1UIP'", "bool", "false"],
45 ["--ldsbad", "Use lightweight dynamic symmetry breaking constraints 'all decision clause'", "bool", "false"],
46 ],
47 "supportsMzn": false,
48 "supportsFzn": true,
49 "needsSolns2Out": true,
50 "needsMznExecutable": false,
51 "needsStdlibDir": false,
52 "isGUIApplication": false
53}