Wall_Entity Light_Manager::Add_Wall(sf::Vector2f pt1,sf::Vector2f pt2)
{
for(int i=0;i<(int)m_wall.size();i++)
if((pt1.y-pt2.y)/(pt1.x-pt2.y)==(m_wall[i].pt1.y-m_wall[i].pt2.y)/(m_wall[i].pt1.x-m_wall[i].pt2.y))
if(pt1==m_wall[i].pt1 || pt2==m_wall[i].pt1 || pt1==m_wall[i].pt2 || pt2==m_wall[i].pt2)
{
sf::Vector2f min=pt1,max=pt2;
if(pt2.x<min.x)
min.x=pt2.x;
if(pt1.x>max.x)
max.x=pt2.x;
if(m_wall[i].pt1.x<min.x)
min.x=m_wall[i].pt1.x;
if(m_wall[i].pt2.x<min.x)
min.x=m_wall[i].pt2.x;
if(m_wall[i].pt1.x>max.x)
max.x=m_wall[i].pt1.x;
if(m_wall[i].pt2.x>max.x)
max.x=m_wall[i].pt2.x;
if(pt2.y<min.y)
min.y=pt2.y;
if(pt1.y>max.y)
max.y=pt2.y;
if(m_wall[i].pt1.y<min.y)
min.y=m_wall[i].pt1.y;
if(m_wall[i].pt2.y<min.y)
min.y=m_wall[i].pt2.y;
if(m_wall[i].pt1.y>max.y)
max.y=m_wall[i].pt1.y;
if(m_wall[i].pt2.y>max.y)
max.y=m_wall[i].pt2.y;
m_wall[i].pt1=min;
m_wall[i].pt2=max;
return Wall_Entity(i);
}
m_wall.push_back(Wall (pt1,pt2));
return Wall_Entity(m_wall.size()-1);
}
Wall_Entity Light_Manager::Add_Wall(sf::Vector2f pt1,sf::Vector2f pt2,int hauteur)
{
/* if(pt2.x<pt1.x)
{
sf::Vector2f buffer=pt1;
pt1=pt2,pt2=buffer;
}
for(int i=0;i<(int)m_wall.size();i++)
// if(hauteur==m_wall[i].hauteur)
if((pt1.x+2>=(int)m_wall[i].pt1.x && pt1.x-2<=(int)m_wall[i].pt1.x && pt1.y+2>=(int)m_wall[i].pt1.y && pt1.y-2<=(int)m_wall[i].pt1.y)
||(pt1.x+2>=(int)m_wall[i].pt2.x && pt1.x-2<=(int)m_wall[i].pt2.x && pt1.y+2>=(int)m_wall[i].pt2.y && pt1.y-2<=(int)m_wall[i].pt2.y)
||(pt2.x+2>=(int)m_wall[i].pt1.x && pt2.x-2<=(int)m_wall[i].pt1.x && pt2.y+2>=(int)m_wall[i].pt1.y && pt2.y-2<=(int)m_wall[i].pt1.y)
||(pt2.x+2>=(int)m_wall[i].pt2.x && pt2.x-2<=(int)m_wall[i].pt2.x && pt2.y+2>=(int)m_wall[i].pt2.y && pt2.y-2<=(int)m_wall[i].pt2.y))
{
if(((pt1.y-pt2.y)/(pt1.x-pt2.y))==((m_wall[i].pt1.y-m_wall[i].pt2.y)/(m_wall[i].pt1.x-m_wall[i].pt2.y)))
{
sf::Vector2f min=pt1,max=pt2;
if(pt2.x<min.x)
min=pt2;
if(m_wall[i].pt1.x<min.x)
min=m_wall[i].pt1;
if(m_wall[i].pt2.x<min.x)
min=m_wall[i].pt2;
if(pt1.x>max.x)
max=pt1;
if(m_wall[i].pt1.x>max.x)
max=m_wall[i].pt1;
if(m_wall[i].pt2.x>max.x)
max=m_wall[i].pt2;
m_wall[i].pt1=min;
m_wall[i].pt2=max;
return Wall_Entity(i);
}
}*/
m_wall.push_back(Wall (pt1,pt2,hauteur));
return Wall_Entity(m_wall.size()-1);
}
Wall_Entity Light_Manager::Add_Wall(sf::Vector2f pt1,sf::Vector2f pt2)
{
for (int i=0;i<(int)m_wall.size();i++)
if ((pt1.y-pt2.y)/(pt1.x-pt2.y)==(m_wall[i].pt1.y-m_wall[i].pt2.y)/(m_wall[i].pt1.x-m_wall[i].pt2.y))
if (pt1==m_wall[i].pt1 || pt2==m_wall[i].pt1 || pt1==m_wall[i].pt2 || pt2==m_wall[i].pt2)
{
sf::Vector2f min=pt1,max=pt2;
if (pt2.x<min.x)
min.x=pt2.x;
if (pt1.x>max.x)
max.x=pt2.x;
if (m_wall[i].pt1.x<min.x)
min.x=m_wall[i].pt1.x;
if (m_wall[i].pt2.x<min.x)
min.x=m_wall[i].pt2.x;
if (m_wall[i].pt1.x>max.x)
max.x=m_wall[i].pt1.x;
if (m_wall[i].pt2.x>max.x)
max.x=m_wall[i].pt2.x;
if (pt2.y<min.y)
min.y=pt2.y;
if (pt1.y>max.y)
max.y=pt2.y;
if (m_wall[i].pt1.y<min.y)
min.y=m_wall[i].pt1.y;
if (m_wall[i].pt2.y<min.y)
min.y=m_wall[i].pt2.y;
if (m_wall[i].pt1.y>max.y)
max.y=m_wall[i].pt1.y;
if (m_wall[i].pt2.y>max.y)
max.y=m_wall[i].pt2.y;
m_wall[i].pt1=min;
m_wall[i].pt2=max;
return Wall_Entity(i);
}
sf::Vector2f min=pt1,max=pt2;
if (pt2.x<min.x)
min.x=pt2.x;
if (pt1.x>max.x)
max.x=pt2.x;
if (pt2.y<min.y)
min.y=pt2.y;
if (pt1.y>max.y)
max.y=pt2.y;
pt1=min;
pt2=max;
m_wall.push_back(Wall (pt1,pt2));
if(pt1.y + m_origin_sector.y * SECTOR_SIZE >= m_sectors.size() * SECTOR_SIZE)
m_sectors.resize(pt1.y/SECTOR_SIZE + m_origin_sector.y + 1, std::vector< std::vector<int> > ());
while(pt1.y + m_origin_sector.y * SECTOR_SIZE < 0)
{
m_sectors.insert(m_sectors.begin(), std::vector< std::vector<int> > ());
m_origin_sector.y++;
}
if(pt1.x + m_origin_sector.x * SECTOR_SIZE >= m_sectors[pt1.y/SECTOR_SIZE + m_origin_sector.y].size() * SECTOR_SIZE)
m_sectors[pt1.y/SECTOR_SIZE + m_origin_sector.y].resize(pt1.x/SECTOR_SIZE + m_origin_sector.x + 1, std::vector<int> ());
while(pt1.x + m_origin_sector.x * SECTOR_SIZE < 0)
{
for(unsigned i = 0 ; i < m_sectors.size() ; ++i)
m_sectors[i].insert(m_sectors[i].begin(), std::vector<int> ());
m_origin_sector.x++;
}
m_sectors[pt1.y/SECTOR_SIZE + m_origin_sector.y][pt1.x/SECTOR_SIZE + m_origin_sector.x].push_back(m_wall.size()-1);
return Wall_Entity(m_wall.size()-1);
}
Wall_Entity Light_Manager::Add_Wall(sf::Vector2f pt1,sf::Vector2f pt2,int hauteur)
{
m_wall.push_back(Wall (pt1,pt2,hauteur));
if(pt1.y + m_origin_sector.y * SECTOR_SIZE >= m_sectors.size() * SECTOR_SIZE)
m_sectors.resize(pt1.y/SECTOR_SIZE + m_origin_sector.y + 1, std::vector< std::vector<int> > ());
while(pt1.y + m_origin_sector.y * SECTOR_SIZE < 0)
{
m_sectors.insert(m_sectors.begin(), std::vector< std::vector<int> > ());
m_origin_sector.y++;
}
if(pt1.x + m_origin_sector.x * SECTOR_SIZE >= m_sectors[pt1.y/SECTOR_SIZE + m_origin_sector.y].size() * SECTOR_SIZE)
m_sectors[pt1.y/SECTOR_SIZE + m_origin_sector.y].resize(pt1.x/SECTOR_SIZE + m_origin_sector.x + 1, std::vector<int> ());
while(pt1.x + m_origin_sector.x * SECTOR_SIZE < 0)
{
for(unsigned i = 0 ; i < m_sectors.size() ; ++i)
m_sectors[i].insert(m_sectors[i].begin(), std::vector<int> ());
m_origin_sector.x++;
}
int x = pt1.x/SECTOR_SIZE + m_origin_sector.x;
int y = pt1.y/SECTOR_SIZE + m_origin_sector.y;
m_sectors[y][x].push_back(m_wall.size()-1);
for(int w = 0 ; w < (int)m_sectors[y][x].size() ; ++w)
{
if(fabs(m_wall[m_sectors[y][x][w]].pt1.x - m_wall.back().pt1.x) < 5
&& fabs(m_wall[m_sectors[y][x][w]].pt1.y - m_wall.back().pt1.y) < 5)
{
int m = m_wall.back().hauteur1 + m_wall[m_sectors[y][x][w]].hauteur1;
m_wall.back().hauteur1 = m/2;
m_wall[m_sectors[y][x][w]].hauteur1 = m/2;
m_wall[m_sectors[y][x][w]].pt1 = m_wall.back().pt1;
}
if(fabs(m_wall[m_sectors[y][x][w]].pt1.x - m_wall.back().pt2.x) < 5
&& fabs(m_wall[m_sectors[y][x][w]].pt1.y - m_wall.back().pt2.y) < 5)
{
int m = m_wall.back().hauteur2 + m_wall[m_sectors[y][x][w]].hauteur1;
m_wall.back().hauteur2 = m/2;
m_wall[m_sectors[y][x][w]].hauteur1 = m/2;
m_wall[m_sectors[y][x][w]].pt1 = m_wall.back().pt2;
}
if(fabs(m_wall[m_sectors[y][x][w]].pt2.x - m_wall.back().pt1.x) < 5
&& fabs(m_wall[m_sectors[y][x][w]].pt2.y - m_wall.back().pt1.y) < 5)
{
int m = m_wall.back().hauteur1 + m_wall[m_sectors[y][x][w]].hauteur2;
m_wall.back().hauteur1 = m/2;
m_wall[m_sectors[y][x][w]].hauteur2 = m/2;
m_wall[m_sectors[y][x][w]].pt2 = m_wall.back().pt1;
}
if(fabs(m_wall[m_sectors[y][x][w]].pt2.x - m_wall.back().pt2.x) < 5
&& fabs(m_wall[m_sectors[y][x][w]].pt2.y - m_wall.back().pt2.y) < 5)
{
int m = m_wall.back().hauteur2 + m_wall[m_sectors[y][x][w]].hauteur2;
m_wall.back().hauteur2 = m/2;
m_wall[m_sectors[y][x][w]].hauteur2 = m/2;
m_wall[m_sectors[y][x][w]].pt2 = m_wall.back().pt2;
}
}
return Wall_Entity(m_wall.size()-1);
}
