std::unique_ptr<WirelessProtocol> WirelessProtocol::chooseBaseStationProtocol(const Version& fwVersion)
{
if(fwVersion >= NodeFeatures::MIN_BASE_FW_PROTOCOL_1_3)
{
return v1_3();
}
else if(fwVersion >= NodeFeatures::MIN_BASE_FW_PROTOCOL_1_1)
{
return v1_1();
}
else
{
return v1_0();
}
}
bool edge_intersection (const Molecule &mol, int edge1_idx, int edge2_idx, Vec2f &p)
{
const Edge &edge1 = mol.getEdge(edge1_idx);
const Edge &edge2 = mol.getEdge(edge2_idx);
if (edge1.beg == edge2.beg || edge1.beg == edge2.end || edge1.end == edge2.beg || edge1.end == edge2.end)
return false;
Vec2f v1_1(mol.getAtomPos(edge1.beg).x, mol.getAtomPos(edge1.beg).y);
Vec2f v1_2(mol.getAtomPos(edge1.end).x, mol.getAtomPos(edge1.end).y);
Vec2f v2_1(mol.getAtomPos(edge2.beg).x, mol.getAtomPos(edge2.beg).y);
Vec2f v2_2(mol.getAtomPos(edge2.end).x, mol.getAtomPos(edge2.end).y);
return Vec2f::intersection(v1_1, v1_2, v2_1, v2_2, p);
}
std::unique_ptr<WirelessProtocol> WirelessProtocol::chooseNodeProtocol(const Version& fwVersion)
{
if(fwVersion >= NodeFeatures::MIN_NODE_FW_PROTOCOL_1_5)
{
return v1_5();
}
else if(fwVersion >= NodeFeatures::MIN_NODE_FW_PORTOCOL_1_4)
{
return v1_4();
}
else if(fwVersion >= NodeFeatures::MIN_NODE_FW_PROTOCOL_1_2)
{
return v1_2();
}
else if(fwVersion >= NodeFeatures::MIN_NODE_FW_PROTOCOL_1_1)
{
return v1_1();
}
else
{
return v1_0();
}
}
