void Awake()
{
Application.targetFrameRate = -1;
m_solid_simulation = new SolidSimulation(new Vector3Int(m_grid_width_in_voxels, m_grid_height_in_voxels, m_grid_depth_in_voxels), m_voxel_size_in_meters, m_solid_voxel_chunk_dimenions);
var solid_layers = m_solid_simulation.GetLayers();
var water_plane_layer = (int)(m_water_height / m_voxel_size_in_meters.y) + 1;
m_liquid_simulation = new LiquidSimulation(new Vector3Int(m_grid_width_in_voxels, m_grid_height_in_voxels, m_grid_depth_in_voxels), m_voxel_size_in_meters, m_liquid_voxel_chunk_dimenions, solid_layers, m_solid_iso_level, m_min_density_to_allow_flow, water_plane_layer, m_liquid_tuning);
var liquid_layers = m_liquid_simulation.GetLayers();
m_liquid_simulation.SetSimulationEnabled(m_liquid_sim_enabled_on_startup);
m_solid_brush = SolidLayeredBrush.LoadBrush("SolidMaterials");
m_liquid_brush = new LiquidLayeredBrush(Resources.Load <Material>("LiquidMaterials/Liquid"));
m_solid_mesher = CreateSolidMesher(solid_layers, m_solid_brush);
m_liquid_mesher = CreateLiquidMesher(m_liquid_simulation.GetLayers(), m_liquid_brush);
CreateGroundPlane(m_solid_brush);
m_water = GameObject.Instantiate(m_water);
m_water.transform.position = new Vector3(0, m_water_height, 0);
SetRoomId("quicksave_12345");
ProcessCommandLineFile();
GenerateWorld(solid_layers, liquid_layers);
Instance = this;
}
public WorldGenerator(SolidSimulation solid_simulation, Mesher solid_mesher, Mesher liquid_mesher)
{
m_solid_mesher = solid_mesher;
m_liquid_mesher = liquid_mesher;
m_dimensions_in_cells = solid_simulation.GetDimensionsInCells();
m_solid_mesher.SetCollisionGenerationEnabled(false);
m_solid_mesher.UpdateDensitySamples();
m_liquid_mesher.UpdateDensitySamples();
m_layer_idx = 0;
}
void ShowCellFoldout(string cell_name, DensityCell cell, ref bool is_expanded, SolidSimulation solid_simulation, LiquidSimulation liquid_simulation)
{
if (is_expanded = EditorGUILayout.Foldout(is_expanded, cell_name))
{
EditorGUI.indentLevel += 2;
EditorGUILayout.LabelField($"x={cell.m_x}, z={cell.m_z}, l={cell.m_layer_idx}");
ShowCellLine("C", cell, solid_simulation, liquid_simulation);
ShowCellLine("L", cell.Dx(-1), solid_simulation, liquid_simulation);
ShowCellLine("R", cell.Dx(+1), solid_simulation, liquid_simulation);
ShowCellLine("N", cell.Dz(-1), solid_simulation, liquid_simulation);
ShowCellLine("F", cell.Dz(+1), solid_simulation, liquid_simulation);
ShowCellLine("B", cell.Dl(-1), solid_simulation, liquid_simulation);
ShowCellLine("A", cell.Dl(+1), solid_simulation, liquid_simulation);
EditorGUI.indentLevel -= 2;
}
}
void ShowCellLine(string cell_name, DensityCell cell, SolidSimulation solid_simulation, LiquidSimulation liquid_simulation)
{
bool is_valid = solid_simulation.TryGetDensity(cell, out var solid_density);
liquid_simulation.TryGetDensity(cell, out var liquid_density);
string text = $"{cell_name}: sd={solid_density}, ld={liquid_density}";
EditorGUILayout.BeginHorizontal();
if (is_valid)
{
EditorGUILayout.LabelField(text);
if (GUILayout.Button("->"))
{
CellDebugger.s_debug_cell = cell;
}
}
else
{
EditorGUILayout.LabelField($"{cell_name}: INVALID");
}
EditorGUILayout.EndHorizontal();
}
