void Walker::setPathWay(PathWay &pathWay)
{
_pathWay = pathWay;
_pathWay.begin();
onMidTile();
}
void Walker::setPathWay( const PathWay &pathWay)
{
_d->pathWay = pathWay;
_d->pathWay.begin();
onMidTile();
}
void Walker::walk()
{
if (D_NONE == _action._direction )
{
// nothing to do
return;
}
Tile& tile = Scenario::instance().getCity().getTilemap().at( getIJ() );
switch (_action._direction)
{
case D_NORTH:
case D_SOUTH:
_remainMoveJ += _d->getSpeed();
break;
case D_EAST:
case D_WEST:
_remainMoveI += _d->getSpeed();
break;
case D_NORTH_EAST:
case D_SOUTH_WEST:
case D_SOUTH_EAST:
case D_NORTH_WEST:
_remainMoveI += _d->getSpeed() * 0.7f;
_remainMoveJ += _d->getSpeed() * 0.7f ;
break;
default:
THROW("Invalid move direction: " << _action._direction);
break;
}
bool newTile = false;
bool midTile = false;
int amountI = int(_remainMoveI);
int amountJ = int(_remainMoveJ);
_remainMoveI -= amountI;
_remainMoveJ -= amountJ;
// std::cout << "walker step, amount :" << amount << std::endl;
while (amountI+amountJ > 0)
{
switch (_action._direction)
{
case D_NORTH:
inc(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
break;
case D_NORTH_EAST:
inc(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
inc(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
case D_EAST:
inc(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
case D_SOUTH_EAST:
dec(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
inc(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
case D_SOUTH:
dec(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
break;
case D_SOUTH_WEST:
dec(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
dec(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
case D_WEST:
dec(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
case D_NORTH_WEST:
inc(_sj, _d->pos.rj(), amountJ, _d->midTile.getJ(), newTile, midTile);
dec(_si, _d->pos.ri(), amountI, _d->midTile.getI(), newTile, midTile);
break;
default:
THROW("Invalid move direction: " << _action._direction);
break;
}
if (newTile)
{
// walker is now on a new tile!
onNewTile();
}
if (midTile)
{
// walker is now on the middle of the tile!
onMidTile();
}
// if (midTile) std::cout << "walker mid tile" << std::endl;
// if (newTile) std::cout << "walker new tile" << std::endl;
// if (amount != 0) std::cout << "walker remaining step :" << amount << std::endl;
}
_ii = _d->pos.getI()*15+_si;
_jj = _d->pos.getJ()*15+_sj;
}
void Walker::walk()
{
if (D_NONE == _d->action.direction )
{
// nothing to do
return;
}
Tile& tile = _d->city->getTilemap().at( getIJ() );
switch (_d->action.direction)
{
case D_NORTH:
case D_SOUTH:
_d->remainMove += PointF( 0, _d->getSpeed() );
break;
case D_EAST:
case D_WEST:
_d->remainMove += PointF( _d->getSpeed(), 0 );
break;
case D_NORTH_EAST:
case D_SOUTH_WEST:
case D_SOUTH_EAST:
case D_NORTH_WEST:
_d->remainMove += PointF( _d->getSpeed() * 0.7f, _d->getSpeed() * 0.7f );
break;
default:
StringHelper::debug( 0xff, "Invalid move direction: %d", _d->action.direction );
_d->action.direction = D_NONE;
break;
}
bool newTile = false;
bool midTile = false;
int amountI = int(_d->remainMove.getX());
int amountJ = int(_d->remainMove.getY());
_d->remainMove -= Point( amountI, amountJ ).toPointF();
// std::cout << "walker step, amount :" << amount << std::endl;
int tmpX = _d->tileOffset.getX();
int tmpY = _d->tileOffset.getY();
int tmpJ = _d->pos.getJ();
int tmpI = _d->pos.getI();
while (amountI+amountJ > 0)
{
switch (_d->action.direction)
{
case D_NORTH:
inc(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
break;
case D_NORTH_EAST:
inc(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
inc(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
case D_EAST:
inc(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
case D_SOUTH_EAST:
dec(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
inc(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
case D_SOUTH:
dec(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
break;
case D_SOUTH_WEST:
dec(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
dec(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
case D_WEST:
dec(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
case D_NORTH_WEST:
inc(tmpY, tmpJ, amountJ, _d->midTilePos.getY(), newTile, midTile);
dec(tmpX, tmpI, amountI, _d->midTilePos.getX(), newTile, midTile);
break;
default:
StringHelper::debug( 0xff, "Invalid move direction: %d", _d->action.direction);
_d->action.direction = D_NONE;
break;
}
_d->tileOffset = Point( tmpX, tmpY );
_d->pos = TilePos( tmpI, tmpJ );
if (newTile)
{
// walker is now on a new tile!
onNewTile();
}
if (midTile)
{
// walker is now on the middle of the tile!
onMidTile();
}
// if (midTile) std::cout << "walker mid tile" << std::endl;
// if (newTile) std::cout << "walker new tile" << std::endl;
// if (amount != 0) std::cout << "walker remaining step :" << amount << std::endl;
}
Point overlayOffset = tile.getOverlay().isValid()
? tile.getOverlay()->getOffset( _d->tileOffset )
: Point( 0, 0 );
_d->posOnMap = Point( _d->pos.getI(), _d->pos.getJ() )*15 + _d->tileOffset + overlayOffset;
}
void Walker::walk()
{
if (_action._direction == D_NONE)
{
// nothing to do
return;
}
_animIndex = (_animIndex+1) % 12;
int amount = _speed; // amount of movement
bool newTile = false;
bool midTile = false;
// std::cout << "walker step, amount :" << amount << std::endl;
while (amount > 0)
{
switch (_action._direction)
{
case D_NORTH:
inc(_sj, _j, amount, _midTileJ, newTile, midTile);
break;
case D_NORTH_EAST:
inc(_sj, _j, amount, _midTileJ, newTile, midTile);
inc(_si, _i, amount, _midTileI, newTile, midTile);
break;
case D_EAST:
inc(_si, _i, amount, _midTileI, newTile, midTile);
break;
case D_SOUTH_EAST:
dec(_sj, _j, amount, _midTileJ, newTile, midTile);
inc(_si, _i, amount, _midTileI, newTile, midTile);
break;
case D_SOUTH:
dec(_sj, _j, amount, _midTileJ, newTile, midTile);
break;
case D_SOUTH_WEST:
dec(_sj, _j, amount, _midTileJ, newTile, midTile);
dec(_si, _i, amount, _midTileI, newTile, midTile);
break;
case D_WEST:
dec(_si, _i, amount, _midTileI, newTile, midTile);
break;
case D_NORTH_WEST:
inc(_sj, _j, amount, _midTileJ, newTile, midTile);
dec(_si, _i, amount, _midTileI, newTile, midTile);
break;
default:
THROW("Invalid move direction: " << _action._direction);
break;
}
if (newTile)
{
// walker is now on a new tile!
onNewTile();
}
if (midTile)
{
// walker is now on the middle of the tile!
onMidTile();
}
// if (midTile) std::cout << "walker mid tile" << std::endl;
// if (newTile) std::cout << "walker new tile" << std::endl;
// if (amount != 0) std::cout << "walker remaining step :" << amount << std::endl;
}
_ii = _i*15+_si;
_jj = _j*15+_sj;
}
