private void InitTiles(TileMapData tileMapData)
{
TerrainType[] terrainTypes = MaterialPropertiesFactory.GetAllowedInitialTerrainTypes();
float terrainSeed = Random.Range(0.0f, 200.0f);
float heightSeed = Random.Range(0.0f, 200.0f);
for (int x = 0; x < _sizeX; x++)
{
for (int y = 0; y < _sizeY; y++)
{
int generatedType = GenerateTerrainType(x, y, terrainSeed, terrainTypes.Length);
float generatedHeight = GenerateTerrainHeight(x, y, heightSeed);
TerrainType terrainType = terrainTypes[generatedType];
MaterialProperties materialProperties = MaterialPropertiesFactory.GetProperties(terrainType);
TerrainData terrainData = new TerrainData(terrainType, generatedHeight, materialProperties);
tileMapData.SetTileData(x, y, new TileData(x, y, terrainData));
}
}
}
public void CalculateVariables(Data.TerrainData terrainData, float slopeSteepness, float moistureContent,
float windSpeed, float cosAngle)
{
this.materialProperties = terrainData.MaterialProperties;
netFuelLoad = CalculateNetFuelLoad();
ovenDryBulkDensity = CalculateOvenDryBulkDensity();
packingRatio = CalculatePackingRatio();
optimumPackingRatio = CalculateOptimumPackingRatio();
maximumReactionVelocity = CalculateMaximumReactionVelocity();
optimumReactionVelocity = CalculateOptimumReactionVelocity();
moistureDampingCoefficient = CalculateMoistureDampingCoefficient(moistureContent);
mineralDampingCoefficient = CalculateMineralDampingCoefficient();
reactionIntensity = CalculateReactionIntensity();
propagatingFluxRatio = CalculatePropagatingFluxRatio();
windFactor = CalculateWindFactor(windSpeed, cosAngle);
slopeFactor = CalculateSlopeFactor(slopeSteepness);
effectiveHeatingNumber = CalculateEffectiveHeatingNumber();
heatOfPreignition = CalculateHeatOfPreignition(moistureContent);
RateOfSpread = CalculateRateOfSpread();
}