}
Connector c1 = (Connector) connectors.get(0);
Connector c2 = (Connector) connectors.get(1);
ConnectionData data = new ConnectionData();
Direction[] directions = computeDirections(c1, c2);
Point s1 = c1.pointOnBorder(directions[0]);
Point s11 = s1.move(directions[0], 10); // TODO paremetrize it
Point s2 = c2.pointOnBorder(directions[1]);
Point s21 = s2.move(directions[1], 10); // TODO paremetrize it
int horizontal = s21.left - s11.left;
int vertical = s21.top - s11.top;
Point n1 = null;
Point n2 = null;
// if h - zgodny h - zgodny
// else if v - zgodny v - zgodny
// else if h - zgodny v - zgodny
// else if v - zgodny h - zgodny
// else if h - zgodny h - mozliwy
// else if h - mozliwy h - zgodny
// else if v - zgodny v - mozliwy
// else if v - mozliwy v - zgodny
// else if h - mozliwy h - mozliwy
// else if v - mozliwy v - mozliwy
// else if h - mozliwy v - mozliwy
// else if v - mozliwy h - mozliwy
// else ?
if( equalDirection(directions[0], 0, horizontal, true) && equalDirection(directions[1], 1, horizontal, true) ){
n1 = s11.move(directions[0], Math.abs(horizontal/2) );
n2 = new Point(n1.left, s21.top);
} else if( equalDirection(directions[0], 0, vertical, false) && equalDirection(directions[1], 1, vertical, false) ){
n1 = s11.move(directions[0], Math.abs(vertical/2) );
n2 = new Point(s21.left, n1.top);
} else if( equalDirection(directions[0], 0, horizontal, true) && equalDirection(directions[1], 1, vertical, false) ){
n1 = s11.move(directions[0], Math.abs(horizontal));
n2 = s21.move(directions[1], Math.abs(vertical));
} else if( equalDirection(directions[0], 0, vertical, false) && equalDirection(directions[1], 1, horizontal, true) ){
n1 = s11.move(directions[0], Math.abs(vertical));
n2 = s21.move(directions[1], Math.abs(horizontal));
} else if( equalDirection(directions[0], 0, horizontal, true) && canMove(directions[1], 1, horizontal, true) ){
n1 = s11.move(directions[0], Math.abs(horizontal/2) );
n2 = new Point(n1.left, s21.top);
} else if( canMove(directions[0], 0, horizontal, true) && equalDirection(directions[1], 1, horizontal, true) ){
n2 = s21.move(directions[1], Math.abs(horizontal/2) );
n1 = new Point(n2.left, s11.top);
} else if( equalDirection(directions[0], 0, vertical, false) && canMove(directions[1], 1, vertical, false) ){
n1 = s11.move(directions[0], Math.abs(vertical/2) );
n2 = new Point(s21.left, n1.top);
} else if( canMove(directions[0], 0, vertical, false) && equalDirection(directions[1], 1, vertical, false) ){
n2 = s21.move(directions[1], Math.abs(vertical/2) );
n1 = new Point(s11.left, n2.top);
} else if( canMove(directions[0], 0, horizontal, true) && canMove(directions[1], 1, horizontal, true) ){
n1 = s11.move(Direction.RIGHT, horizontal/2 );
n2 = new Point(n1.left, s21.top);
} else if( canMove(directions[0], 0, vertical, false) && canMove(directions[1], 1, vertical, false) ){
n1 = s11.move(Direction.DOWN, vertical/2 );
n2 = new Point(s21.left, n1.top);
} else if( canMove(directions[0], 0, horizontal, true) && canMove(directions[1], 1, vertical, false) ){
n1 = s11.move(Direction.RIGHT, horizontal);
} else if( canMove(directions[0], 0, vertical, false) && canMove(directions[1], 1, horizontal, true) ){
n1 = s11.move(Direction.DOWN, vertical );
}
// } else {
// We are silent, nobody notice that inconsistence ;)
// GWT.log("??", null);
// }
data.getPoints().add(s1);
data.getPoints().add(s11);
if(n1!=null){
data.getPoints().add(n1);
}
if(n2!=null){
data.getPoints().add(n2);
}
data.getPoints().add(s21);
data.getPoints().add(s2);
return data;
}