public void setup(int seed, MeshBuilder.Graph graph, short[] peaks_index, Float spacing)
{
var g2 = new DualMesh.Graph()
{
numBoundaryRegions = graph.numBoundaryRegions,
numSolidSides = graph.numSolidSides,
_halfedges = graph._halfedges,
_r_vertex = graph._r_vertex.ToArray(),
_triangles = graph._triangles,
};
mapJobs = new _MapJobs(g2, peaks_index, spacing);
painting = new MapPaint(mapJobs.elevation);
var cfg = mapJobs.config;
cfg.seed = seed;
cfg.spacing = spacing;
cfg.island = 0.5f;
cfg.mountain_jagged = 0;
cfg.noisy_coastlines = 0.01f;
cfg.hill_height = 0.02f;
cfg.ocean_depth = 1.5f;
cfg.wind_angle_deg = 0;
cfg.raininess = 0.9f;
cfg.rain_shadow = 0.5f;
cfg.evaporation = 0.5f;
cfg.lg_min_flow = 2.7f;
cfg.lg_river_width = -2.7f;
cfg.flow = 0.2f;
setConfig(cfg);
}
public _MapJobs(DualMesh.Graph graph, short[] peaks_index, Float spacing)
{
mesh = new DualMesh(graph);
riverTex = RiverTexture.createDefault();
peaks_t = createPeaks(peaks_index, mesh.numBoundaryRegions);
config = new Config()
{
seed = -1,
island = -1,
mountain_jagged = -1,
wind_angle_deg = -1,
};
elevation = new NativeArray <Float>(CANVAS_SIZE * CANVAS_SIZE, Allocator.Persistent);
preNoise = new PreNoise();
t_elevation = new NativeArray <Float>(mesh.numTriangles, Allocator.Persistent);
t_mountain_distance = new NativeArray <Float>(mesh.numTriangles, Allocator.Persistent);
r_elevation = new NativeArray <Float>(mesh.numRegions, Allocator.Persistent);
r_wind_sort = new NativeArray <Float>(mesh.numRegions, Allocator.Persistent);
wind_order_r = new NativeArray <int>(mesh.numRegions, Allocator.Persistent);
r_rainfall = new NativeArray <Float>(mesh.numRegions, Allocator.Persistent);
r_humidity = new NativeArray <Float>(mesh.numRegions, Allocator.Persistent);
t_moisture = new NativeArray <Float>(mesh.numTriangles, Allocator.Persistent);
order_t = new NativeArray <int>(mesh.numTriangles + 1, Allocator.Persistent);
t_downslope_s = new NativeArray <int>(mesh.numTriangles, Allocator.Persistent);
t_flow = new NativeArray <Float>(mesh.numTriangles, Allocator.Persistent);
s_flow = new NativeArray <Float>(mesh.numSides, Allocator.Persistent);
rivers_v3 = new NativeArray <Vector3>(mesh.numSides, Allocator.Persistent);
rivers_uv = new NativeArray <Vector2>(mesh.numSides, Allocator.Persistent);
land_v3 = new NativeArray <Vector3>(mesh.numRegions + mesh.numTriangles, Allocator.Persistent);
land_uv = new NativeArray <Vector2>(mesh.numRegions + mesh.numTriangles, Allocator.Persistent);
land_i = new NativeArray <int>(mesh.numSolidSides * 3, Allocator.Persistent);
}
