// Constructor, intended for root node
Node::Node(ConstraintPtr constraints)
: constraints(constraints->clone(true)), // Deep copy
nodeId(getNextNodeId())
{
objLowerBound = -INF;
objUpperBound = INF;
solLowerBound = std::vector<double>(constraints->getNumVariables(), 0.0);
solUpperBound = std::vector<double>(constraints->getNumVariables(), 0.0);
depth = 0;
parentBranchingVariable = -1; // -1 for root node
auto bvars = findBranchingVariables(this->constraints);
// Initialize branching/pseudo costs
double cost = 1.0;
for (auto var : bvars)
{
if (var->getType() == VariableType::CONTINUOUS)
{
// Continuous
pCostsContinuous.emplace(getVariableIndex(var), cost);
}
else
{
// Integer
pCostsInteger.emplace(getVariableIndex(var), 1.0);
}
}
assert(bvars.size() == pCostsInteger.size() + pCostsContinuous.size());
}
int getVariable()
{
if ( !getVariableIndex ) return 0;
Ivar = getVariableIndex(Token);
if (Ivar >= 0) return 8;
return 0;
}
void test_getVariableIndex_given_4096_should_return_13()
{
int numberofbits;
//initialize dictionary
Dictionary *dict = initDictionary(10);
dict->currentIndex = 4095;
numberofbits = getVariableIndex(dict);
TEST_ASSERT_EQUAL(13 , numberofbits);
}
