void mx_LevelGenerator::SetupRoomSector( const Room* room, mx_LevelSector* sector )
{
sector->planes_count= 6;
for( unsigned int i= 0; i < 6; i++ )
{
for( unsigned int j= 0;j < 3; j++ )
sector->planes[i].normal[j]= float(c_cube_normals[i][j]);
unsigned int c= i >> 1;
sector->planes[i].dist= sector->planes[i].normal[c] * float((i&1) ? room->coord_min[c] : room->coord_max[c]);
}
for( unsigned int i= 0; i < 3; i++ )
{
sector->bb_min[i]= float(room->coord_min[i]);
sector->bb_max[i]= float(room->coord_max[i]);
}
float relative_light_intancity= mxDistance( sector->bb_min, sector->bb_max );
sector->light_count= rand_.RandI( 1, 4 );
for( unsigned int l= 0; l < sector->light_count; l++ )
for( unsigned int i= 0; i < 3; i++ )
{
sector->lights[l].pos[i]= rand_.RandF( sector->bb_min[i] + 1.0f, sector->bb_max[i] - 1.0f );
sector->lights[l].light_rgb[i]= relative_light_intancity * rand_.RandF( 0.1f, 0.4f );
}
sector->ammo_box_count= 1;
for( unsigned int i= 0; i < 3; i++ )
sector->ammo_boxes[0].pos[i]= rand_.RandF( sector->bb_min[i] + 1.0f, sector->bb_max[i] - 1.0f );
sector->ammo_boxes[0].type= BulletType( rand_.Rand() % LastBullet );
// Central sector is first
sector->is_central_sector= room == rooms_;
if( sector->is_central_sector )
{
// Setup lights in corners of sector
sector->light_count= 8;
const float* mm[2]= { sector->bb_min, sector->bb_max };
static const float c_shift[2]= { 1.2f, -1.2f };
for( unsigned int l= 0; l < 8; l++ )
{
static const float c_light_intensity= 2.0f;
for( unsigned int j= 0; j < 3; j++ )
{
unsigned int k= ( l >> j ) & 1;
sector->lights[l].pos[j]= mm[k][j] + c_shift[k];
sector->lights[l].light_rgb[j]= mx_GameConstants::icosahedron_color[j] * c_light_intensity;
}
}
}
/*
// CTextStyle::BulletIndent( )
//
// Returns the amount of space to indent after the bullet character.
// Takes into account point size, bullet type and bullet level
*/
CFixed CTextStyle::BulletIndent( ) const
{
// find the amount of space appropriate for the point size of the font
int nSpace = 0;
// only do this if the bullet level is within our fixed range
if( BulletLevel() >= 0 && BulletLevel() < BULLET_LEVEL_MAX )
{
if( BulletType()!= BULLET_none )
{
int nSize = FixedInteger( Size() );
if( nSize < 14 )
nSpace = 450; // 1/4 inch
else if( nSize < 24 )
nSpace = 900; // half inch
else if( nSize < 39 )
nSpace = 1350; // 3/4 inch
else if( nSize < 54 )
nSpace = 1800; // one inch
else if( nSize < 69 )
nSpace = 2250; // 1 1/4 inch
else if( nSize < 89 )
nSpace = 2700; // 1 and 1/2 inch
else if( nSize < 109 )
nSpace = 3150; // 1 and 3/4 inch
else
nSpace = 3600; // 2 inches
int nExtra = 0;
// a multilevel list may need additional space.
// this tweek may need to be expanded if we add more list styles.
if( BulletType() == BULLET_multilevel )
{
// in a multilevel mixed list levels 0 and 4 are roman numerals
if( BulletStyle() == BULLET_roman_mix )
{
for( int i = 1; i < BulletLevel(); i++ )
{
if( BulletLevel() == 0 || BulletLevel == 4)
nExtra += nSpace >> 1;
}
}
// as the level increses, need more space for the number (1.1.1 ...)
else if( BulletStyle() == BULLET_arabic )
{
PMGDatabase *pDataBase = Database();
ASSERT( pDataBase );
if( pDataBase )
{
FontServer* pFontServer = pDataBase->get_font_server();
CHARACTER str[3] = { '1','.', 0 };
CTextStyle style = *this;
PCOORD width = pFontServer->GetAdvanceWidth(&style, 5);
// need to accumulate the extra space for each level
for( int i = 1; i <= BulletLevel(); i++ )
{
nExtra += width * i;
}
}
else
{
// need to accumulate the extra space for each level
for( int i = 1; i < BulletLevel(); i++ )
{
nExtra += MulDiv( nSize, PAGE_RESOLUTION, 72 ) * i;
}
}
}
}
TRACE( "bullet level %d\nspace = %d, extra = %d", BulletLevel(), nSpace, nExtra );
// multiply the space need by the bullet level + 1 to get the total indent
nSpace *= BulletLevel() + 1;
TRACE( "space * bulletlevel = %d\n", nSpace );
nSpace += nExtra;
}
//------------------------------------------------ GET TYPE ------------------------------------------------
BulletType BulletImpl::getType() const
{
return BulletType(self->type);
}
