/// <Summary>
/// Generate meshes.
/// </Summary>
void DrawMTraversedPos(VertexHelper vh, int mapAttrId, PositionSet pos)
{
if (mapAttrId != MapAttributeDefine.WALL)
{
// Left bottom
UIVertex leftBottom = UIVertex.simpleVert;
leftBottom.position = pos.bottomLeft;
leftBottom.uv0 = leftBottomUv;
// Left Top
UIVertex leftTop = UIVertex.simpleVert;
leftTop.position = pos.topLeft;
leftTop.uv0 = leftTopUv;
// Right Top
UIVertex rightTop = UIVertex.simpleVert;
rightTop.position = pos.topRight;
rightTop.uv0 = rightTopUv;
// Right bottom
UIVertex rightBottom = UIVertex.simpleVert;
rightBottom.position = pos.bottomRight;
rightBottom.uv0 = rightBottomUv;
vh.AddUIVertexQuad(new UIVertex[] {
leftBottom, rightBottom, rightTop, leftTop
});
}
}
/// <Summary>
/// Generates meshes of traversed position.
/// If "isAutoMapping" is false, all hallways in the map are shown on the map.
/// </Summary>
void DrawMap(VertexHelper vh)
{
if (mapRt == null)
{
mapRt = gameObject.GetComponent <RectTransform>();
}
Vector3 centerPos = mapRt.transform.localPosition;
float cellWidth = mapRt.sizeDelta.x / (1 + showLengthHorizontal * 2);
float cellHeight = mapRt.sizeDelta.y / (1 + showLengthVertical * 2);
float widthOffset = cellWidth / 2;
float heightOffset = cellHeight / 2;
if (parentRt == null)
{
parentRt = GameObject.FindGameObjectWithTag("Map").GetComponent <RectTransform>();
}
Vector2 parentPos = parentRt.transform.localPosition;
float parentWidth = parentRt.sizeDelta.x;
float parentHeight = parentRt.sizeDelta.y;
Rect r = mapRt.rect;
r.x += parentPos.x + centerPos.x;
r.y += parentPos.y + centerPos.y;
SetClipRect(r, true);
int signX = centerPos.x < 0 ? -1 : 1;
int signY = centerPos.y < 0 ? -1 : 1;
Vector2 unitSize = new Vector2(cellWidth, cellHeight);
float basePosX = parentWidth / 2 - signX * centerPos.x - widthOffset - posLerp.x * unitSize.x;
float basePosY = parentHeight / 2 - signY * centerPos.y - heightOffset - posLerp.y * unitSize.y;
Vector2 basePos = new Vector2(basePosX, basePosY);
for (int yAxis = 0; yAxis < floorMapData.floorSizeVertical; yAxis++)
{
for (int xAxis = 0; xAxis < floorMapData.floorSizeHorizontal; xAxis++)
{
int index = xAxis + yAxis * floorMapData.floorSizeHorizontal;
Vector3 basePosInLoop = new Vector3(basePos.x + unitSize.x * xAxis, basePos.y + unitSize.y * yAxis);
int mapAttrId = MapAttributeDefine.WALL;
Vector2Int pos = new Vector2Int(xAxis, yAxis);
if (isAutoMapping)
{
if (!TraverseManager.GetPositionTraverseData(dungeonData.dungeonId, floorMapData.floorId, pos))
{
continue;
}
}
mapAttrId = floorMapData.mapInfo[index].mapAttr;
PositionSet posSet = GetPositionSet(basePosInLoop, unitSize);
DrawMTraversedPos(vh, mapAttrId, posSet);
}
}
}
/// <Summary>
/// Returns Ariadne.PositionSet data to define the position of the drawing mesh.
/// </Summary>
PositionSet GetPositionSet(Vector3 basePosInLoop, Vector2 unitSize)
{
PositionSet posSet = new PositionSet();
posSet.bottomLeft = new Vector3(basePosInLoop.x, basePosInLoop.y, 0f);
posSet.topLeft = new Vector3(basePosInLoop.x, basePosInLoop.y + unitSize.y, 0f);
posSet.topRight = new Vector3(basePosInLoop.x + unitSize.x, basePosInLoop.y + unitSize.y, 0f);
posSet.bottomRight = new Vector3(basePosInLoop.x + unitSize.x, basePosInLoop.y, 0f);
return(posSet);
}