public void testSimpleCoverings()
{
Console.WriteLine("TestSimpleCoverings");
var kMaxLevel = S2CellId.MaxLevel;
var coverer = new S2RegionCoverer();
coverer.MaxCells = int.MaxValue;
for (var i = 0; i < 1000; ++i)
{
var level = random(kMaxLevel + 1);
coverer.MinLevel = level;
coverer.MaxLevel = level;
var maxArea = Math.Min(4 * S2.Pi, 1000 * S2Cell.AverageArea(level));
var cap = getRandomCap(0.1 * S2Cell.AverageArea(kMaxLevel), maxArea);
var covering = new List <S2CellId>();
S2RegionCoverer.GetSimpleCovering(cap, cap.Axis, level, covering);
checkCovering(coverer, cap, covering, false);
}
}
public void Test_S2RegionCoverer_SimpleCoverings()
{
Assert.True(false); //TODO
const int kMaxLevel = S2.kMaxCellLevel;
var options = new S2RegionCoverer.Options
{
MaxCells = Int32.MaxValue
};
for (int i = 0; i < 1000; ++i)
{
int level = S2Testing.Random.Uniform(kMaxLevel + 1);
options.MinLevel = (level);
options.MaxLevel = (level);
double max_area = Math.Min(S2.M_4_PI, 1000 * S2Cell.AverageArea(level));
S2Cap cap = S2Testing.GetRandomCap(0.1 * S2Cell.AverageArea(kMaxLevel), max_area);
var covering = new List <S2CellId>();
S2RegionCoverer.GetSimpleCovering(cap, cap.Center, level, covering);
CheckCovering(options, cap, covering, false);
}
}
