int main(int argc, char **argv) {
float Score;
float BestScore = HugeScore;
int p, i;
SetupParams(argc, argv);
clock_t Clock0;
KK K1; // main KK class, for all data
K1.penaltyMix = PenaltyMix;
Clock0 = clock(); // start timer
K1.LoadData(); // load .fet file
// Seed random number generator
srand(RandomSeed);
// open distance dump file if required
if (DistDump) Distfp = fopen("DISTDUMP", "w");
// start with provided file, if required
if (*StartCluFile) {
Output("Starting from cluster file %s\n", StartCluFile);
BestScore = K1.CEM(StartCluFile, 1, 1);
Output("%d->%d Clusters: Score %f\n\n", K1.nStartingClusters, K1.nClustersAlive, BestScore);
for(p=0; p<K1.nPoints; p++) K1.BestClass[p] = K1.Class[p];
SaveOutput(K1.BestClass);
}
// loop through numbers of clusters ...
for(K1.nStartingClusters=MinClusters; K1.nStartingClusters<=MaxClusters; K1.nStartingClusters++) for(i=0; i<nStarts; i++) {
// do CEM iteration
Output("Starting from %d clusters...\n", K1.nStartingClusters);
Score = K1.Cluster();
Output("%d->%d Clusters: Score %f, best is %f\n", K1.nStartingClusters, K1.nClustersAlive, Score, BestScore);
if (Score < BestScore) {
Output("THE BEST YET!\n");
// New best classification found
BestScore = Score;
for(p=0; p<K1.nPoints; p++) K1.BestClass[p] = K1.Class[p];
SaveOutput(K1.BestClass);
}
Output("\n");
}
SaveOutput(K1.BestClass);
Output("That took %f seconds.\n", (clock()-Clock0)/(float) CLOCKS_PER_SEC);
if (DistDump) fclose(Distfp);
return 0;
}
cgUIButton::cgUIButton(void)
{
SetupParams();
m_strName = "cgUIButton";
}
cgUIButton::cgUIButton( const string & strName )
{
SetupParams();
m_strName = strName;
}
void mexFunction( int nlhs, mxArray *plhs[],
int nrhs, const mxArray *prhs[] )
{
float Score;
float BestScore = HugeScore;
int p, i;
SetupParams(nrhs,prhs);
clock_t Clock0;
KK K1; // main KK class, for all data
K1.penaltyMix = PenaltyMix;
Clock0 = clock(); // start timer
K1.LoadData(prhs[0]); // load .fet file
mwSize dim1[2] = {1,K1.nPoints};
plhs[0] = mxCreateNumericArray(2, dim1, mxDOUBLE_CLASS, mxREAL);
double *OutputArray = mxGetPr(plhs[0]);
// Seed random number generator
srand(RandomSeed);
// open distance dump file if required
//if (DistDump) Distfp = fopen("DISTDUMP", "w");
// start with provided file, if required
if (!mxIsEmpty(prhs[1])) {
Output("Starting from existing clusters \n");
BestScore = K1.CEM(prhs[1], 1, 1);
Output("%d->%d Clusters: Score %f\n\n", K1.nStartingClusters, K1.nClustersAlive, BestScore);
for(p=0; p<K1.nPoints; p++) K1.BestClass[p] = K1.Class[p];
SaveOutput(K1.BestClass, OutputArray);
}
// loop through numbers of clusters ...
for(K1.nStartingClusters=MinClusters; K1.nStartingClusters<=MaxClusters; K1.nStartingClusters++) for(i=0; i<nStarts; i++) {
// do CEM iteration
Output("Starting from %d clusters...\n", K1.nStartingClusters);
Score = K1.Cluster();
Output("%d->%d Clusters: Score %f, best is %f\n", K1.nStartingClusters, K1.nClustersAlive, Score, BestScore);
if (Score < BestScore) {
Output("THE BEST YET!\n");
// New best classification found
BestScore = Score;
for(p=0; p<K1.nPoints; p++) K1.BestClass[p] = K1.Class[p];
SaveOutput(K1.BestClass, OutputArray);
}
Output("\n");
}
SaveOutput(K1.BestClass, OutputArray);
Output("That took %f seconds.\n", (clock()-Clock0)/(float) CLOCKS_PER_SEC);
//if (DistDump) fclose(Distfp);
}
bool CBettingGuy::MoveToNewNode( bool force )
{
CGoalManager* pGoalManager = Game::GetGoalManager();
Dbg_Assert( pGoalManager );
uint32 minigameId = pGoalManager->GetRandomBettingMinigame();
if ( minigameId == 0 || minigameId == m_currentMinigame )
return false;
uint32 node_checksum;
Script::CStruct* p_minigame_params = pGoalManager->GetGoal( minigameId )->GetParams();
Dbg_Assert( p_minigame_params );
p_minigame_params->GetChecksum( "betting_guy_node", &node_checksum, Script::ASSERT );
if ( force )
{
// move him!
// printf("moving betting guy\n");
// record his suspend state and turn off suspension
Reset();
m_currentMinigame = minigameId;
SetupParams();
uint32 betting_guy_id;
mp_params->GetChecksum( "betting_guy_id", &betting_guy_id, Script::ASSERT );
// Obj::CMovingObject* p_bet_guy = (Obj::CMovingObject*)(Obj::CMovingObject::m_hash_table.GetItem( betting_guy_id ));
Obj::CMovingObject* p_bet_guy = (Obj::CMovingObject*)(Obj::CCompositeObjectManager::Instance()->GetObjectByID( betting_guy_id ));
Dbg_Assert( p_bet_guy );
// Mick: removed this, as suspension handled differently under new components system
// bool suspend_state = p_bet_guy->m_never_suspend;
// p_bet_guy->m_never_suspend = true;
Script::CStruct* p_temp_params = new Script::CStruct();
p_temp_params->AddChecksum( "goal_id", GetGoalId() );
p_temp_params->AddChecksum( "new_node", node_checksum );
Script::RunScript( "betting_guy_move_to_node", p_temp_params );
delete p_temp_params;
// make sure he's updated and restore his suspension state
p_bet_guy->Update();
// p_bet_guy->m_never_suspend = suspend_state;
mp_params->AddChecksum( "current_minigame", minigameId );
m_currentNode = node_checksum;
return true;
}
// printf("got a minigameId of %x\n", minigameId);
// get the local skater's position
Mdl::Skate * skate_mod = Mdl::Skate::Instance();
Obj::CSkater* pSkater = skate_mod->GetLocalSkater();
Dbg_Assert( pSkater );
Mth::Vector skater_pos = pSkater->GetPos();
// see if the skater is too close to the betting guy
Mth::Vector current_pos;
if ( m_currentNode )
{
int current_node = SkateScript::FindNamedNode( m_currentNode );
SkateScript::GetPosition( current_node, ¤t_pos );
float d = ( skater_pos - current_pos ).LengthSqr();
// printf("square distance from the skater to the betting guy: %f\n", d);
if ( d < vMINSQUAREDIST )
{
// printf("the skater is too close to the betting guy\n");
return false;
}
}
// try out the destination node
// get the node's position
int node = SkateScript::FindNamedNode( node_checksum );
Mth::Vector node_pos;
SkateScript::GetPosition(node, &node_pos);
// get the square of the distance between them
float distSqr = ( skater_pos - node_pos ).LengthSqr();
// make sure it isn't too close
// printf("sqaure distance from skater to next node: %f\n", distSqr);
if ( distSqr < vMINSQUAREDIST )
{
// printf("the skater is too close to the betting guy's destination node\n");
return false;
}
else
{
// move him!
// printf("moving betting guy\n");
Reset();
m_currentMinigame = minigameId;
SetupParams();
Script::CStruct* p_temp_params = new Script::CStruct();
p_temp_params->AddChecksum( "goal_id", GetGoalId() );
p_temp_params->AddChecksum( "new_node", node_checksum );
Script::RunScript( "betting_guy_move_to_node", p_temp_params );
delete p_temp_params;
mp_params->AddChecksum( "current_minigame", minigameId );
m_currentNode = node_checksum;
return true;
}
return false;
}
