public Shape()
{
myorientation = Shape_Orientation.ZERO;
myshape = (Shape_choice)Random.Range(1, 8);
//myshape = (Shape_choice) 2;
shape_parts = Create_choice(myshape);
mycolor = Shape_coloring(myshape);
}
public void Shape_rotate_anticlockwise()
{
if (myshape == Shape_choice.O)
{
return;
}
else
{
myorientation--;
if (myorientation < Shape_Orientation.ZERO)
{
myorientation = Shape_Orientation.ZERO;
}
if (myshape == Shape_choice.I)
{
if (myorientation == Shape_Orientation.NINTY)
{
for (int part_of_shape = 0; part_of_shape < 4; part_of_shape++)
{
shape_parts[part_of_shape].position += Vector2.right;
}
}
if (myorientation == Shape_Orientation.ONEEIGHTY)
{
for (int part_of_shape = 0; part_of_shape < 4; part_of_shape++)
{
shape_parts[part_of_shape].position += Vector2.left;
}
}
}
Vector2 pivot = shape_parts[0].position;
for (int part_of_shape = 1; part_of_shape < shape_parts.Count; part_of_shape++)
{
Vector2 direction_of_block = pivot - shape_parts[part_of_shape].position;
Vector2 rotated;
rotated.x = -direction_of_block.y;
rotated.y = direction_of_block.x;
shape_parts[part_of_shape].position = rotated + pivot;
}
}
}
public Shape(Shape_choice specific_shape)
{
myorientation = Shape_Orientation.ZERO;
shape_parts = Create_choice(specific_shape);
mycolor = Shape_coloring(specific_shape);
}
