/*
read level & print its map
*/
void PrintLevel( BCINT episode, BCINT mission)
{
ReadLevelData( episode, mission);
/* define map center */
MapCenterX = (MapMinX + MapMaxX) / 2;
MapCenterY = (MapMinY + MapMaxY) / 2;
/* initialize, scale & draw the page */
InitPage( episode, mission, ( UserLvlNm != NULL ? UserLvlNm : LevelName ));
InitScale( MapMaxX - MapMinX, MapMaxY - MapMinY,
( UserLvlNm != NULL ? UserLvlNm : LevelName ));
if (FlagAutoZoom && (FlagName || FlagLegend))
{
BCINT n;
for (n = 0; n < NumVertexes; n++)
/* rough & fine check for covering name or legend areas */
if (Vertexes[ n].y > MapCenterY)
if (CheckScale( Vertexes[ n].x, Vertexes[ n].y))
break; /* for */
if (n < NumVertexes)
AdjustScale( MapMaxX - MapMinX, MapMaxY - MapMinY);
}
PrintMap();
TermPage();
/* clean up & free space */
ForgetLevelData();
}
void LogisticRegression::TrainModel()
{
cout << "Train ...." << endl;
//load data
string line;
ifstream fin(this->str_train_data_file_.c_str());
if(!fin)
{
cerr << "Can not read train data file !" << endl;
exit(0);
}
while(getline(fin, line))
{
vector<double> vd_data = split2double(line, "\t");
int label = (int)vd_data.back();
vd_data.pop_back();
this->vec_train_label_.push_back(label);
this->vec_train_data_.push_back(vd_data);
}
fin.close();
//data scale
InitScale(this->vec_train_data_);
ScaleData(this->vec_train_data_);
//train
size_t i_round = 0;
while(i_round < this->i_max_round)
{
cout << "Rount [" << i_round << "]....." << endl;
vector<double> douVec_gradient(this->vec_train_data_[0].size(), 0);
double dou_bias_gradient = 0;
double dou_cost = 0;
for(int i = 0; i < this->vec_train_data_.size(); i++)
{
double dou_h = Sigmoid(this->vec_train_data_[i]);
//calculate cost for each data
dou_cost += (this->vec_train_label_[i]*log(dou_h) + (1-this->vec_train_label_[i])*log(1-dou_h));
//calculate gradient for each data
for(int j = 0; j < douVec_gradient.size(); j++)
{
douVec_gradient[j] += (this->vec_train_label_[i] - dou_h)*this->vec_train_data_[i][j];
}
dou_bias_gradient += (this->vec_train_label_[i] - dou_h);
}
//L2 regularization
double dou_regularization = 0;
for(int i = 0; i < this->douVec_weights_.size(); i++)
{
dou_regularization += pow(this->douVec_weights_[i], 2);
}
//final cost
dou_cost = -1.0 * dou_cost / this->douVec_weights_.size() + this->dou_lambda_*dou_regularization/(2*this->douVec_weights_.size());
cout << "Cost J = " << dou_cost << endl;
//update
string str_new_weights("new weights is [ ");
string str_gradient("gradient is [");
for(int k = 0; k < douVec_gradient.size(); k++)
{
this->douVec_weights_[k] += this->dou_step_*(douVec_gradient[k]+this->dou_lambda_*this->douVec_weights_[k])/this->vec_train_data_.size();
str_new_weights = str_new_weights + double2string(this->douVec_weights_[k]) + " ";
str_gradient = str_gradient + double2string(douVec_gradient[k]) + " ";
}
this->dou_bias_ += this->dou_step_*dou_bias_gradient/this->vec_train_data_.size();
str_new_weights = str_new_weights + double2string(this->dou_bias_) + "]";
str_gradient = str_gradient + double2string(dou_bias_gradient) + "]";
cout << str_new_weights << endl;
cout << str_gradient << endl;
i_round += 1;
}
//save model
cout << "save model ..." << endl;
ofstream fout("./logreg_model.txt");
cout << this->douVec_weights_.size() << endl;
for(int i = 0; i < this->douVec_weights_.size(); i++)
{
fout << this->douVec_weights_[i] << " ";
}
fout << this->dou_bias_ << endl;
fout.close();
}
int WeaponSysFire(List *list, GameInstance *instance)
{
short int i;
Vector2D weapvel;
Vector2D weappos;
float proj_vel;
int proj_type;
float proj_lifetime;
float degrees = CONVERT; //in degrees
float degrees_adjust = 0.0f;
int proj_num;
// Add check player weapon type statement
/////////////////////////////////////////
switch (instance->WeaponType_)
{
case PLAYER_BASIC:
proj_vel = SHIP_BUL_VELOCITY;
proj_type = Player_Bullet;
proj_lifetime = BUL_LIFETIME;
degrees *= 0.0;
proj_num = 1;
break;
case PLAYER_SECOND:
proj_vel = SHIP_BUL_VELOCITY;
proj_type = Enemy_Bullet;
proj_lifetime = BUL_LIFETIME;
degrees *= 20.0f;
degrees_adjust = -20.0f;
proj_num = 3;
break;
case ENEMY_BASIC:
proj_vel = ENEMY_BUL_VELOCITY;
proj_type = Enemy_Bullet;
proj_lifetime = BUL_LIFETIME; //Temporary value, replace with whatever is best
degrees *= 0.0;
proj_num = 1;
break;
default:
return 0;
}
if (instance->reload_ != NO_RELOAD)
{
if (instance->reload_counter > instance->reload_)
{
for (i = 0; i < proj_num; ++i)
{
Vector2DSet(&weapvel, proj_vel * sinf(degrees), proj_vel * cosf(degrees));
Vector2DSet(&weappos, instance->position_.x, instance->position_.y);
Create_Instance(list, proj_type);
InitScale(1.0f, 2.0f);
InitPosition(&weappos);
InitVelocity(&weapvel);
InitRotation(-degrees);
InitLifetime(proj_lifetime);
//FMOD_System_PlaySound(sys, sounds[0], 0, FALSE, &channel[0]);
instance->reload_counter = 0;
degrees += degrees_adjust * CONVERT;
}
}
instance->reload_counter++;
}
return 1;
}