void PreprocessSphericalDem(InputMap source, string tempFolder, string destinationFolder)
{
if (DestinationTileSize % DestinationMinTileSize != 0)
{
throw new InvalidParameterException("DestinationTileSize must be a multiple of DestinationMinTileSize!");
}
var startTime = Time.realtimeSinceStartup;
var destinationSize = DestinationTileSize << DestinationMaxLevel;
IHeightFunction2D function1 = new SphericalHeightFunction(source, ProjectionHelper.Projection1, destinationSize);
IHeightFunction2D function2 = new SphericalHeightFunction(source, ProjectionHelper.Projection2, destinationSize);
IHeightFunction2D function3 = new SphericalHeightFunction(source, ProjectionHelper.Projection3, destinationSize);
IHeightFunction2D function4 = new SphericalHeightFunction(source, ProjectionHelper.Projection4, destinationSize);
IHeightFunction2D function5 = new SphericalHeightFunction(source, ProjectionHelper.Projection5, destinationSize);
IHeightFunction2D function6 = new SphericalHeightFunction(source, ProjectionHelper.Projection6, destinationSize);
HeightMipmap mipmap1 = new HeightMipmap(function1, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap mipmap2 = new HeightMipmap(function2, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap mipmap3 = new HeightMipmap(function3, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap mipmap4 = new HeightMipmap(function4, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap mipmap5 = new HeightMipmap(function5, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap mipmap6 = new HeightMipmap(function6, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
HeightMipmap.SetCube(mipmap1, mipmap2, mipmap3, mipmap4, mipmap5, mipmap6);
mipmap1.Compute(); mipmap1.Generate(0, 0, 0, destinationFolder + "/" + FileName + "1" + ".dat");
mipmap2.Compute(); mipmap2.Generate(0, 0, 0, destinationFolder + "/" + FileName + "2" + ".dat");
mipmap3.Compute(); mipmap3.Generate(0, 0, 0, destinationFolder + "/" + FileName + "3" + ".dat");
mipmap4.Compute(); mipmap4.Generate(0, 0, 0, destinationFolder + "/" + FileName + "4" + ".dat");
mipmap5.Compute(); mipmap5.Generate(0, 0, 0, destinationFolder + "/" + FileName + "5" + ".dat");
mipmap6.Compute(); mipmap6.Generate(0, 0, 0, destinationFolder + "/" + FileName + "6" + ".dat");
Logger.Log(string.Format("PreProcessTerrain.PreprocessDem: Computation time: {0} s", (Time.realtimeSinceStartup - startTime)));
}
/// <summary>
/// Preprocess a map into files that can be used with a <see cref="ResidualProducer"/>.
/// </summary>
/// <param name="source">The map to be preprocessed.</param>
/// <param name="tempFolder">Where temporary files must be saved.</param>
/// <param name="destinationFolder">Where the precomputed file must be saved.</param>
void PreprocessDem(InputMap source, string tempFolder, string destinationFolder)
{
if (DestinationTileSize % DestinationMinTileSize != 0)
{
throw new InvalidParameterException("DestinationTileSize must be a multiple of DestinationMinTileSize!");
}
var startTime = Time.realtimeSinceStartup;
var destinationSize = DestinationTileSize << DestinationMaxLevel;
IHeightFunction2D function = new PlaneHeightFunction(source, destinationSize);
HeightMipmap mipmap = new HeightMipmap(function, DestinationMinTileSize, destinationSize, DestinationTileSize, tempFolder);
mipmap.Compute();
mipmap.Generate(0, 0, 0, destinationFolder + "/" + FileName + ".proland");
Debug.Log(string.Format("PreProcessTerrain.PreprocessDem: Computation time: {0} s", (Time.realtimeSinceStartup - startTime)));
}