protected override void OnInitialized()
{
var topNode = new NestPathRoadNode(this, Vector2.up * radius, "wild_top");
var rightNode = new NestPathRoadNode(this, Vector2.right * radius, "wild_right");
var bottomNode = new NestPathRoadNode(this, Vector2.down * radius, "wild_bottom");
var leftNode = new NestPathRoadNode(this, Vector2.left * radius, "wild_left");
var centerNode = new NestPathRoadNode(this, Vector2.zero, "");
_nodes = new[] {
topNode, rightNode, bottomNode, leftNode, centerNode
};
_edges = new[] {
new NestPathLocalEdge(_nodes[0], _nodes[4]),
new NestPathLocalEdge(_nodes[1], _nodes[4]),
new NestPathLocalEdge(_nodes[2], _nodes[4]),
new NestPathLocalEdge(_nodes[3], _nodes[4]),
};
}
protected override void OnInitialized()
{
var topNode = new NestPathRoadNode(this, Vector2.up * radius, "wild_top");
var rightNode = new NestPathRoadNode(this, Vector2.right * radius, "wild_right");
var bottomNode = new NestPathRoadNode(this, Vector2.down * radius, "wild_bottom");
var leftNode = new NestPathRoadNode(this, Vector2.left * radius, "wild_left");
var centerNode = new NestPathRoadNode(this, Vector2.zero, "");
switch (SelfData.Direction)
{
case EnumRoadDirection.Top:
_nodes = new[] {
leftNode, topNode, rightNode, centerNode
};
break;
case EnumRoadDirection.Right:
_nodes = new[] {
topNode, rightNode, bottomNode, centerNode
};
break;
case EnumRoadDirection.Bottom:
_nodes = new[] {
rightNode, bottomNode, leftNode, centerNode
};
break;
case EnumRoadDirection.Left:
_nodes = new[] {
bottomNode, leftNode, topNode, centerNode
};
break;
}
;
_edges = new[] {
new NestPathLocalEdge(_nodes[0], _nodes[3]),
new NestPathLocalEdge(_nodes[1], _nodes[3]),
new NestPathLocalEdge(_nodes[2], _nodes[3])
};
}
