public void UpdatePlantBiomassOneElementDictionaryFractions()
{
float Y = 0.3f;
BiomeGrid bg = new BiomeGrid();
BiomeGrid.GroundTile tile = new BiomeGrid.GroundTile();
tile.plantSpatial = new Spatial();
tile.plantSpatial.Scale = new Vector3(Y, 0, 0);
tile.hasPlant = true;
bg.GetGroundTiles().Add(new Vector3(0, 0, 0), tile);
bg.UpdatePlantBiomass();
Assert.IsEqual(0.3f, bg.GetPlantBiomassArray()[0], "Then it passes");
}
public void UpdatePlantBiomassMultiElementDictionaryFractions()
{
int X = 3;
float Y = 0.3f;
float Z = 0.3f + 0.3f + 0.3f;
BiomeGrid bg = new BiomeGrid();
for (int i = 0; i < X; i++)
{
BiomeGrid.GroundTile tile = new BiomeGrid.GroundTile();
tile.plantSpatial = new Spatial();
tile.plantSpatial.Scale = new Vector3(Y, 0, 0);
tile.hasPlant = true;
bg.GetGroundTiles().Add(new Vector3(i, 0, 0), tile);
}
bg.UpdatePlantBiomass();
Assert.IsEqual(Z, bg.GetPlantBiomassArray()[0], "Then it passes");
}
public void SaveFromNotEmptyArray()
{
const int X = 1;
const int Y = 14;
BiomeGrid bg = new BiomeGrid();
BiomeGrid.GroundTile newTile = new BiomeGrid.GroundTile();
newTile.type = BiomeGrid.BiomeType.grassland;
newTile.plantSpatial = (Spatial) new Spatial();
newTile.plantGrowthTime = 0f;
newTile.EatersCount = 0;
newTile.isPlantGrowing = false;
newTile.hasPlant = false;
newTile.gridIndex = new Vector3(0, 0, 0);
bg.GetGroundTiles().Add(newTile.gridIndex, newTile);
Assert.IsEqual(X, bg.Save().Count, "Then it passes");
Assert.IsTrue(bg.Save()[0] is Godot.Collections.Dictionary, "Then it passes");
Assert.IsEqual(Y, ((Godot.Collections.Dictionary)bg.Save()[0]).Count, "Then it passes");
}
