int64_t append_empty_cluster() {
assert(this->K == (int64_t) this->comms.size());
const int64_t new_cluster_id = this->K;
this->comms.push_back( Community() );
assert(this->comms.at(new_cluster_id).get_num_edges() == 0);
++ this->K;
assert(this->K == (int64_t)this->comms.size());
return new_cluster_id;
}
Community spp_community_autostart(int num_agents, double speed, double box_size, Behavior* behavior) {
double* pos = spp_community_alloc_space( num_agents) ;
double* vel = spp_community_alloc_space( num_agents) ;
Agent** neis = spp_community_alloc_neighbors( num_agents) ;
Agent* ags = spp_community_build_agents(num_agents, pos, vel, neis, behavior) ;
Community com = Community(num_agents, box_size , ags, pos, vel) ;
/* Starting positions and velocities */
com.randomize_positions() ;
com.randomize_directions(speed) ;
return com ;
}
void CCharacterInfo::InitSpecificCharacter (shared_str new_id)
{
R_ASSERT(new_id.size());
m_SpecificCharacterId = new_id;
m_SpecificCharacter.Load(m_SpecificCharacterId);
if(Rank().value() == NO_RANK)
SetRank(m_SpecificCharacter.Rank());
if(Reputation().value() == NO_REPUTATION)
SetReputation(m_SpecificCharacter.Reputation());
if(Community().index() == NO_COMMUNITY_INDEX)
SetCommunity(m_SpecificCharacter.Community());
if(!m_StartDialog || !m_StartDialog.size() )
m_StartDialog = m_SpecificCharacter.data()->m_StartDialog;
}
