private void SetPosition(Transform figure)
{
// Take the coordinates of the left, right and top walls and put the figure regarding them
Debug.Assert(figure);
FigurePolygon polygon = figure.GetComponent <FigurePolygon>();
Debug.Assert(polygon);
float leftWallCenterX = borders.Left.position.x;
float rightWallCenterX = borders.Right.position.x;
float leftWallX = leftWallCenterX - borders.Left.localScale.x / 2;
float leftWallWidth = borders.Left.localScale.x;
float rightWallX = rightWallCenterX - borders.Right.localScale.x / 2;
float areaX = leftWallX + leftWallWidth;
float areaWidth = rightWallX - areaX;
Debug.Assert(areaWidth > 0);
Vector2 polygonSize = polygon.CalculateSize();
float figureX = areaX + (areaWidth - polygonSize.x) / 2;
float topWallCenterY = borders.Top.position.y;
float topWallY = topWallCenterY - borders.Top.localScale.y / 2;
float figureY = topWallY - polygonSize.y;
figure.position = new Vector3(figureX, figureY, 0);
}
private void SetPosition(GameObject figure)
{
// Take the coordinates of the next figure's area and put the figure to the center
Debug.Assert(figure);
FigurePolygon polygon = figure.GetComponent <FigurePolygon>();
Debug.Assert(polygon);
Vector2 polygonSize = polygon.CalculateSize();
float polygonCenterX = nextFigureArea.Top.position.x;
float polygonCenterY = nextFigureArea.Left.position.y;
float figureX = polygonCenterX - polygonSize.x / 2;
float figureY = polygonCenterY - polygonSize.y / 2;
Transform figureT = figure.GetComponent <Transform>();
figureT.position = new Vector3(figureX, figureY, 0);
}
public Transform Push(FigureData figureData)
{
GameObject figure = new GameObject("Next figure");
figure.AddComponent <FigurePolygon>();
figure.AddComponent <FigureDataComponent>();
figure.AddComponent <MeshFilter>();
figure.AddComponent <MeshRenderer>();
figure.AddComponent <FigureRotatorY>();
FigurePolygon polygon = figure.GetComponent <FigurePolygon>();
polygon.SetPoints(figureData.Points, nextFigureArea.Left.transform.localScale.z);
FigureDataComponent figureDataStorage = figure.GetComponent <FigureDataComponent>();
figureDataStorage.Data = figureData;
Mesh mesh = polygon.GetMesh();
MeshFilter meshFilter = figure.GetComponent <MeshFilter>();
meshFilter.mesh = mesh;
MeshRenderer renderer = figure.GetComponent <MeshRenderer>();
renderer.material.color = figureData.Color;
SetPosition(figure);
FigureRotatorY rotator = figure.GetComponent <FigureRotatorY>();
Vector2 size = polygon.CalculateSize();
Vector3 center = new Vector3(size.x / 2, size.y / 2, 0);
rotator.SetCenter(figure.transform.position + center);
return(figure.transform);
}