public static void RunMeterScaleMapScenario()
{
var wta = new WaterTableArgs();
var waters = new FieldFromBitmap(new Bitmap(wta.inputPath + "rivers.png"));
var heights = new FieldFromBitmap(new Bitmap(wta.inputPath + "base_heights.png"));
var msmArgs = new MeterScaleMap.Args(waters, heights, heights, null);
msmArgs.seed = System.DateTime.UtcNow.Ticks;
msmArgs.metersPerPixel = 1600;
msmArgs.riverCapacityToMetersWideFunc = c => (float)Math.Sqrt(msmArgs.metersPerPixel * SplineTree.CAPACITY_DIVISOR * c);
var msm = new MeterScaleMap(msmArgs);
msm.OutputHighLevelMaps(new Bitmap(waters.Width, waters.Height), "C:\\Users\\Justin Murray\\Desktop\\terrain\\");
msm.OutputMapGrid(100, "C:\\Users\\Justin Murray\\Desktop\\terrain\\", "submap");
}
public static void RunMeterScaleMapScenarioUR()
{
var wta = new WaterTableArgs();
var waters = new FieldFromBitmap(new Bitmap(wta.inputPath + "rivers_ur_alt.png"));
var heights = new FieldFromBitmap(new Bitmap(wta.inputPath + "base_heights_ur_alt.png"));
var roughness = new FieldFromBitmap(new Bitmap(wta.inputPath + "base_heights_ur_alt.png"));
var msmArgs = new MeterScaleMap.Args(waters, heights, roughness, null);
msmArgs.seed = System.DateTime.UtcNow.Ticks;
msmArgs.metersPerPixel = 1600 / 5;
msmArgs.riverCapacityToMetersWideFunc = c => (float)Math.Pow(msmArgs.metersPerPixel * SplineTree.CAPACITY_DIVISOR * c, 0.5f) / 4f;
msmArgs.baseHeightMaxInMeters = 800f;
msmArgs.mountainHeightMaxInMeters = 3000f;
msmArgs.valleyStrength = 0.98f; // TODO: Enable a function to control valley width, strength, and glaciation.
var msm = new MeterScaleMap(msmArgs);
msm.OutputHighLevelMaps(new Bitmap(waters.Width, waters.Height), "C:\\Users\\Justin Murray\\Desktop\\terrain\\");
msm.OutputMapGrid(100, "C:\\Users\\Justin Murray\\Desktop\\terrain\\", "submap", 256);
}
