public void SetupTest()
{
// Single biome definition
MockBiomeDefStream mbds = new MockBiomeDefStream();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "4", "0", "4");
BiomeList bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 1);
// Multiple biome definitions
mbds.Reopen();
mbds.AddBiomeDef("test biome 2", "00ff00", "water", "1", "3", "1", "3");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 2);
// Multiple biome definitions, with duplicate name (should add fine)
mbds.Reopen();
mbds.AddBiomeDef("test biome 2", "0000ff", "earth", "2", "3", "2", "3");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 3);
// Multiple biome definitions, with a disabled biome (should not add)
mbds.Reopen();
mbds.AddDisabledBiomeDef("test biome 3", "0000ff", "earth", "2", "3", "2", "3");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 3);
}
public void SetupMalformedBiomesTest()
{
MockBiomeDefStream mbds = new MockBiomeDefStream();
BiomeList bl;
// All tags, but invalid color string
mbds.Reopen();
mbds.AddBiomeDef("test biome", "tyrannosaurus", "fire", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but invalid primary aspect
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "tyrannosaurus", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but invalid (unparseable) lower temperature bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "tyrannosaurus", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but invalid (unparseable) upper temperature bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "tyrannosaurus", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but invalid (unparseable) lower humidity bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "4", "tyrannosaurus", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but invalid (unparseable) upper humidity bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "4", "0", "tyrannosaurus");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// Malformed biome -- all tags, but temperature bounds out of range (should re-bound and add)
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "-1", "6", "2", "3");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 1);
var b = bl.Biomes.Find(x => x.Name == "test biome");
Assert.IsTrue(b.TemperatureRange.Count == 5);
Assert.IsTrue(b.HumidityRange.Count == 2);
// Malformed biome -- all tags, but humidity bounds out of range (should re-bound and add)
mbds.Reopen();
mbds.AddBiomeDef("test biome 2", "ff00ff", "fire", "2", "3", "-5", "7");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 2);
b = bl.Biomes.Find(x => x.Name == "test biome 2");
Assert.IsTrue(b.TemperatureRange.Count == 2);
Assert.IsTrue(b.HumidityRange.Count == 5);
}
public void SelectBiomeTest()
{
// Add some biome definitions
MockBiomeDefStream mbds = new MockBiomeDefStream();
mbds.AddBiomeDef("test biome", "ff0000", "fire", "0", "2", "0", "2");
mbds.AddBiomeDef("test biome 2", "0000ff", "water", "3", "3", "3", "4");
mbds.AddBiomeDef("test biome 3", "00ff00", "earth", "0", "2", "3", "4");
mbds.AddBiomeDef("test biome 4", "ffffff", "air", "3", "4", "0", "2");
BiomeList bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 4);
var b = bl.SelectBiome(Hex.TemperatureLevel.Cold, Hex.HumidityLevel.Arid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cold, Hex.HumidityLevel.SemiArid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cold, Hex.HumidityLevel.Average);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cold, Hex.HumidityLevel.SemiHumid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Cold, Hex.HumidityLevel.Humid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Cool, Hex.HumidityLevel.Arid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cool, Hex.HumidityLevel.SemiArid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cool, Hex.HumidityLevel.Average);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Cool, Hex.HumidityLevel.SemiHumid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Cool, Hex.HumidityLevel.Humid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Temperate, Hex.HumidityLevel.Arid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Temperate, Hex.HumidityLevel.SemiArid);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Temperate, Hex.HumidityLevel.Average);
Assert.IsTrue(b.Name == "test biome");
b = bl.SelectBiome(Hex.TemperatureLevel.Temperate, Hex.HumidityLevel.SemiHumid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Temperate, Hex.HumidityLevel.Humid);
Assert.IsTrue(b.Name == "test biome 3");
b = bl.SelectBiome(Hex.TemperatureLevel.Warm, Hex.HumidityLevel.Arid);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Warm, Hex.HumidityLevel.SemiArid);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Warm, Hex.HumidityLevel.Average);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Warm, Hex.HumidityLevel.SemiHumid);
Assert.IsTrue(b.Name == "test biome 2");
b = bl.SelectBiome(Hex.TemperatureLevel.Warm, Hex.HumidityLevel.Humid);
Assert.IsTrue(b.Name == "test biome 2");
b = bl.SelectBiome(Hex.TemperatureLevel.Hot, Hex.HumidityLevel.Arid);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Hot, Hex.HumidityLevel.SemiArid);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Hot, Hex.HumidityLevel.Average);
Assert.IsTrue(b.Name == "test biome 4");
b = bl.SelectBiome(Hex.TemperatureLevel.Hot, Hex.HumidityLevel.SemiHumid);
Assert.IsNull(b);
b = bl.SelectBiome(Hex.TemperatureLevel.Hot, Hex.HumidityLevel.Humid);
Assert.IsNull(b);
}
public void SetupIncompleteBiomesTest()
{
MockBiomeDefStream mbds = new MockBiomeDefStream();
BiomeList bl;
// All tags, but empty name
mbds.AddBiomeDef("", "ff00ff", "fire", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// All tags, but empty color string
mbds.Reopen();
mbds.AddBiomeDef("test biome", "", "fire", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// Nothing but opening/closing biome_def tags
mbds.Reopen();
mbds.AddInTag("biome_def", "");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No name value
mbds.Reopen();
mbds.AddBiomeDef(null, "ff00ff", "fire", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No color value
mbds.Reopen();
mbds.AddBiomeDef("test biome", null, "fire", "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No primary aspect
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", null, "0", "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No temperature lower bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", null, "4", "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No temperature upper bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", null, "0", "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No humidity lower bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "4", null, "4");
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
// No humidity upper bound
mbds.Reopen();
mbds.AddBiomeDef("test biome", "ff00ff", "fire", "0", "4", "0", null);
bl = new BiomeList(_rand, mbds.FinalizeStream());
Assert.IsTrue(bl.Biomes.Count == 0);
}