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123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216/* -*- mode: C++; c-basic-offset: 2; indent-tabs-mode: nil -*- *//* * Main authors: * Guido Tack <tack@gecode.org> * Christian Schulte <schulte@gecode.org> * Gabor Szokoli <szokoli@gecode.org> * * Copyright: * Guido Tack, 2004 * Christian Schulte, 2004 * Gabor Szokoli, 2004 * * This file is part of Gecode, the generic constraint * development environment: * http://www.gecode.org * * Permission is hereby granted, free of charge, to any person obtaining * a copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to * the following conditions: * * The above copyright notice and this permission notice shall be * included in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE * LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION * OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. * */
#include <gecode/set.hh>
namespace Gecode {
SetVarArray::SetVarArray(Space& home, int n) : VarArray<SetVar>(home,n) { for (int i = size(); i--; ) x[i] = SetVar(home); }
SetVarArray::SetVarArray(Space& home,int n, int lbMin,int lbMax,int ubMin,int ubMax, unsigned int minCard, unsigned int maxCard) : VarArray<SetVar>(home,n) { Set::Limits::check(lbMin,"SetVarArray::SetVarArray"); Set::Limits::check(lbMax,"SetVarArray::SetVarArray"); Set::Limits::check(ubMin,"SetVarArray::SetVarArray"); Set::Limits::check(ubMax,"SetVarArray::SetVarArray"); Set::Limits::check(maxCard,"SetVarArray::SetVarArray"); unsigned int glbSize = (lbMin <= lbMax ? static_cast<unsigned int>(lbMax-lbMin+1) : 0U); unsigned int lubSize = (ubMin <= ubMax ? static_cast<unsigned int>(ubMax-ubMin+1) : 0U); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || lbMin < ubMin || lbMax > ubMax) throw Set::VariableEmptyDomain("SetVarArray::SetVarArray"); for (int i = size(); i--; ) x[i] = SetVar(home,lbMin,lbMax,ubMin,ubMax,minCard,maxCard); }
SetVarArray::SetVarArray(Space& home,int n, const IntSet& glb,int ubMin,int ubMax, unsigned int minCard,unsigned int maxCard) : VarArray<SetVar>(home,n) { Set::Limits::check(glb,"SetVarArray::SetVarArray"); Set::Limits::check(ubMin,"SetVarArray::SetVarArray"); Set::Limits::check(ubMax,"SetVarArray::SetVarArray"); Set::Limits::check(maxCard,"SetVarArray::SetVarArray"); IntSetRanges glbr(glb); unsigned int glbSize = Iter::Ranges::size(glbr); unsigned int lubSize = (ubMin <= ubMax ? static_cast<unsigned int>(ubMax-ubMin+1) : 0U); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || glb.min() < ubMin || glb.max() > ubMax) throw Set::VariableEmptyDomain("SetVarArray::SetVarArray"); for (int i = size(); i--; ) x[i] = SetVar(home,glb,ubMin,ubMax,minCard,maxCard); }
SetVarArray::SetVarArray(Space& home,int n, int lbMin,int lbMax,const IntSet& lub, unsigned int minCard,unsigned int maxCard) : VarArray<SetVar>(home,n) { Set::Limits::check(lbMin,"SetVarArray::SetVarArray"); Set::Limits::check(lbMax,"SetVarArray::SetVarArray"); Set::Limits::check(lub,"SetVarArray::SetVarArray"); Set::Limits::check(maxCard,"SetVarArray::SetVarArray"); Iter::Ranges::Singleton glbr(lbMin,lbMax); IntSetRanges lubr(lub); IntSetRanges lubr_s(lub); unsigned int glbSize = (lbMin <= lbMax ? static_cast<unsigned int>(lbMax-lbMin+1) : 0U); unsigned int lubSize = Iter::Ranges::size(lubr_s); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || !Iter::Ranges::subset(glbr,lubr)) throw Set::VariableEmptyDomain("SetVarArray::SetVarArray"); for (int i = size(); i--; ) x[i] = SetVar(home,lbMin,lbMax,lub,minCard,maxCard); }
SetVarArray::SetVarArray(Space& home,int n, const IntSet& glb, const IntSet& lub, unsigned int minCard, unsigned int maxCard) : VarArray<SetVar>(home,n) { Set::Limits::check(glb,"SetVarArray::SetVarArray"); Set::Limits::check(lub,"SetVarArray::SetVarArray"); Set::Limits::check(maxCard,"SetVarArray::SetVarArray"); IntSetRanges glbr(glb); IntSetRanges glbr_s(glb); unsigned int glbSize = Iter::Ranges::size(glbr_s); IntSetRanges lubr(lub); IntSetRanges lubr_s(lub); unsigned int lubSize = Iter::Ranges::size(lubr_s); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || !Iter::Ranges::subset(glbr,lubr)) throw Set::VariableEmptyDomain("SetVar"); for (int i = size(); i--; ) x[i] = SetVar(home,glb,lub,minCard,maxCard); }
SetVarArgs::SetVarArgs(Space& home,int n, int lbMin,int lbMax,int ubMin,int ubMax, unsigned int minCard, unsigned int maxCard) : VarArgArray<SetVar>(n) { Set::Limits::check(lbMin,"SetVarArgs::SetVarArgs"); Set::Limits::check(lbMax,"SetVarArgs::SetVarArgs"); Set::Limits::check(ubMin,"SetVarArgs::SetVarArgs"); Set::Limits::check(ubMax,"SetVarArgs::SetVarArgs"); Set::Limits::check(maxCard,"SetVarArgs::SetVarArgs"); unsigned int glbSize = (lbMin <= lbMax ? static_cast<unsigned int>(lbMax-lbMin+1) : 0U); unsigned int lubSize = (ubMin <= ubMax ? static_cast<unsigned int>(ubMax-ubMin+1) : 0U); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || lbMin < ubMin || lbMax > ubMax) throw Set::VariableEmptyDomain("SetVarArgs::SetVarArgs"); for (int i = size(); i--; ) a[i] = SetVar(home,lbMin,lbMax,ubMin,ubMax,minCard,maxCard); }
SetVarArgs::SetVarArgs(Space& home,int n, const IntSet& glb,int ubMin,int ubMax, unsigned int minCard,unsigned int maxCard) : VarArgArray<SetVar>(n) { Set::Limits::check(glb,"SetVarArgs::SetVarArgs"); Set::Limits::check(ubMin,"SetVarArgs::SetVarArgs"); Set::Limits::check(ubMax,"SetVarArgs::SetVarArgs"); Set::Limits::check(maxCard,"SetVarArgs::SetVarArgs"); IntSetRanges glbr(glb); unsigned int glbSize = Iter::Ranges::size(glbr); unsigned int lubSize = (ubMin <= ubMax ? static_cast<unsigned int>(ubMax-ubMin+1) : 0U); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || glb.min() < ubMin || glb.max() > ubMax) throw Set::VariableEmptyDomain("SetVarArgs::SetVarArgs"); for (int i = size(); i--; ) a[i] = SetVar(home,glb,ubMin,ubMax,minCard,maxCard); }
SetVarArgs::SetVarArgs(Space& home,int n, int lbMin,int lbMax,const IntSet& lub, unsigned int minCard,unsigned int maxCard) : VarArgArray<SetVar>(n) { Set::Limits::check(lbMin,"SetVarArgs::SetVarArgs"); Set::Limits::check(lbMax,"SetVarArgs::SetVarArgs"); Set::Limits::check(lub,"SetVarArgs::SetVarArgs"); Set::Limits::check(maxCard,"SetVarArgs::SetVarArgs"); Iter::Ranges::Singleton glbr(lbMin,lbMax); IntSetRanges lubr(lub); IntSetRanges lubr_s(lub); unsigned int glbSize = (lbMin <= lbMax ? static_cast<unsigned int>(lbMax-lbMin+1) : 0U); unsigned int lubSize = Iter::Ranges::size(lubr_s); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || !Iter::Ranges::subset(glbr,lubr)) throw Set::VariableEmptyDomain("SetVarArgs::SetVarArgs"); for (int i = size(); i--; ) a[i] = SetVar(home,lbMin,lbMax,lub,minCard,maxCard); }
SetVarArgs::SetVarArgs(Space& home,int n, const IntSet& glb, const IntSet& lub, unsigned int minCard, unsigned int maxCard) : VarArgArray<SetVar>(n) { Set::Limits::check(glb,"SetVarArgs::SetVarArgs"); Set::Limits::check(lub,"SetVarArgs::SetVarArgs"); Set::Limits::check(maxCard,"SetVarArgs::SetVarArgs"); IntSetRanges glbr(glb); IntSetRanges glbr_s(glb); unsigned int glbSize = Iter::Ranges::size(glbr_s); IntSetRanges lubr(lub); IntSetRanges lubr_s(lub); unsigned int lubSize = Iter::Ranges::size(lubr_s); if (minCard > maxCard || minCard > lubSize || maxCard < glbSize || !Iter::Ranges::subset(glbr,lubr)) throw Set::VariableEmptyDomain("SetVar"); for (int i = size(); i--; ) a[i] = SetVar(home,glb,lub,minCard,maxCard); }
}
// STATISTICS: set-other