void
unary(Home home, const TaskTypeArgs& t,
const IntVarArgs& flex, const IntArgs& fix, IntConLevel icl) {
using namespace Gecode::Int;
using namespace Gecode::Int::Unary;
if ((flex.size() != fix.size()) || (flex.size() != t.size()))
throw Int::ArgumentSizeMismatch("Int::unary");
for (int i=fix.size(); i--; ) {
if (t[i] == TT_FIXP)
Int::Limits::nonnegative(fix[i],"Int::unary");
else
Int::Limits::check(fix[i],"Int::unary");
Int::Limits::check(static_cast<double>(flex[i].max()) + fix[i],
"Int::unary");
}
if (home.failed()) return;
bool fixp = true;
for (int i=t.size(); i--;)
if (t[i] != TT_FIXP) {
fixp = false; break;
}
if (fixp) {
unary(home, flex, fix, icl);
} else {
TaskArray<ManFixPSETask> tasks(home,flex.size());
for (int i=flex.size(); i--;)
tasks[i].init(t[i],flex[i],fix[i]);
GECODE_ES_FAIL(ManProp<ManFixPSETask>::post(home,tasks));
}
}
void
cumulative(Home home, Cap c, const TaskTypeArgs& t,
const IntVarArgs& s, const IntArgs& p, const IntArgs& u,
const BoolVarArgs& m, IntConLevel icl) {
using namespace Gecode::Int;
using namespace Gecode::Int::Cumulative;
if ((s.size() != p.size()) || (s.size() != u.size()) ||
(s.size() != t.size()) || (s.size() != m.size()))
throw Int::ArgumentSizeMismatch("Int::cumulative");
long long int w = 0;
for (int i=p.size(); i--; ) {
Limits::nonnegative(p[i],"Int::cumulative");
Limits::nonnegative(u[i],"Int::cumulative");
Limits::check(static_cast<long long int>(s[i].max()) + p[i],
"Int::cumulative");
mul_check(p[i],u[i]);
w += s[i].width();
}
mul_check(c.max(),w,s.size());
if (home.failed()) return;
bool allMandatory = true;
for (int i=m.size(); i--;) {
if (!m[i].one()) {
allMandatory = false;
break;
}
}
if (allMandatory) {
cumulative(home,c,t,s,p,u,icl);
} else {
bool fixp = true;
for (int i=t.size(); i--;)
if (t[i] != TT_FIXP) {
fixp = false; break;
}
int nonOptionals = 0;
for (unsigned int i=u.size(); i--;)
if (u[i]>0) nonOptionals++;
if (fixp) {
TaskArray<OptFixPTask> tasks(home,nonOptionals);
int cur = 0;
for (int i=0; i<s.size(); i++)
if (u[i]>0)
tasks[cur++].init(s[i],p[i],u[i],m[i]);
GECODE_ES_FAIL((OptProp<OptFixPTask,Cap>::post(home,c,tasks)));
} else {
TaskArray<OptFixPSETask> tasks(home,nonOptionals);
int cur = 0;
for (int i=s.size(); i--;)
if (u[i]>0)
tasks[cur++].init(t[i],s[i],p[i],u[i],m[i]);
GECODE_ES_FAIL((OptProp<OptFixPSETask,Cap>::post(home,c,tasks)));
}
}
}
void
unary(Home home, const TaskTypeArgs& t,
const IntVarArgs& flex, const IntArgs& fix, const BoolVarArgs& m,
IntPropLevel ipl) {
using namespace Gecode::Int;
using namespace Gecode::Int::Unary;
if ((flex.size() != fix.size()) || (flex.size() != t.size()) ||
(flex.size() != m.size()))
throw Int::ArgumentSizeMismatch("Int::unary");
bool fixp = true;
for (int i=fix.size(); i--; ) {
if (t[i] == TT_FIXP) {
Int::Limits::nonnegative(fix[i],"Int::unary");
} else {
fixp = false;
Int::Limits::check(fix[i],"Int::unary");
}
Int::Limits::check(static_cast<long long int>(flex[i].max()) + fix[i],
"Int::unary");
}
GECODE_POST;
bool allMandatory = true;
for (int i=m.size(); i--;) {
if (!m[i].one()) {
allMandatory = false;
break;
}
}
if (allMandatory) {
unary(home,t,flex,fix,ipl);
} else {
if (fixp) {
TaskArray<OptFixPTask> tasks(home,flex.size());
for (int i=flex.size(); i--; )
tasks[i].init(flex[i],fix[i],m[i]);
GECODE_ES_FAIL(optpost(home,tasks,ipl));
} else {
TaskArray<OptFixPSETask> tasks(home,flex.size());
for (int i=flex.size(); i--;)
tasks[i].init(t[i],flex[i],fix[i],m[i]);
GECODE_ES_FAIL(optpost(home,tasks,ipl));
}
}
}
void
cumulative(Home home, Cap c, const TaskTypeArgs& t,
const IntVarArgs& s, const IntArgs& p, const IntArgs& u,
IntConLevel icl) {
using namespace Gecode::Int;
using namespace Gecode::Int::Cumulative;
if ((s.size() != p.size()) || (s.size() != u.size()) ||
(s.size() != t.size()))
throw Int::ArgumentSizeMismatch("Int::cumulative");
long long int w = 0;
for (int i=p.size(); i--; ) {
Limits::nonnegative(p[i],"Int::cumulative");
Limits::nonnegative(u[i],"Int::cumulative");
Limits::check(static_cast<long long int>(s[i].max()) + p[i],
"Int::cumulative");
mul_check(p[i],u[i]);
w += s[i].width();
}
mul_check(c.max(),w,s.size());
if (home.failed()) return;
int minU = INT_MAX; int minU2 = INT_MAX; int maxU = INT_MIN;
for (int i=u.size(); i--;) {
if (u[i] < minU) {
minU2 = minU;
minU = u[i];
} else if (u[i] < minU2)
minU2 = u[i];
if (u[i] > maxU)
maxU = u[i];
}
bool disjunctive =
(minU > c.max()/2) || (minU2 > c.max()/2 && minU+minU2>c.max());
if (disjunctive) {
GECODE_ME_FAIL(c.gq(home,maxU));
unary(home,t,s,p,icl);
} else {
bool fixp = true;
for (int i=t.size(); i--;)
if (t[i] != TT_FIXP) {
fixp = false; break;
}
int nonOptionals = 0;
for (unsigned int i=u.size(); i--;)
if (u[i]>0) nonOptionals++;
if (fixp) {
TaskArray<ManFixPTask> tasks(home,nonOptionals);
int cur = 0;
for (int i=0; i<s.size(); i++)
if (u[i] > 0)
tasks[cur++].init(s[i],p[i],u[i]);
GECODE_ES_FAIL((ManProp<ManFixPTask,Cap>::post(home,c,tasks)));
} else {
TaskArray<ManFixPSETask> tasks(home,nonOptionals);
int cur = 0;
for (int i=s.size(); i--;)
if (u[i] > 0)
tasks[cur++].init(t[i],s[i],p[i],u[i]);
GECODE_ES_FAIL((ManProp<ManFixPSETask,Cap>::post(home,c,tasks)));
}
}
}