protected override void SetGrassColor(GrassColors grassColors)
{
DaggerfallDateTime daggerfallDateTime = DaggerfallUnity.Instance.WorldTime.Now;
int day = daggerfallDateTime.DayOfYear;
if (day < DaysOfYear.Spring)
{
float t = Mathf.InverseLerp(DaysOfYear.GrowDay, DaysOfYear.Spring, day);
Grass.healthyColor = Color.Lerp(Color.white, grassColors.SpringHealthy, t);
Grass.dryColor = Color.Lerp(Color.white, grassColors.SpringDry, t);
}
else if (day <= DaysOfYear.MidYear)
{
float t = Mathf.InverseLerp(DaysOfYear.Spring, DaysOfYear.MidYear, day);
Grass.healthyColor = Color.Lerp(grassColors.SpringHealthy, grassColors.SummerHealty, t);
Grass.dryColor = Color.Lerp(grassColors.SpringDry, grassColors.SummerDry, t);
}
else if (day < DaysOfYear.Winter)
{
float t = Mathf.InverseLerp(DaysOfYear.MidYear, DaysOfYear.Winter, day);
Grass.healthyColor = Color.Lerp(grassColors.SummerHealty, grassColors.FallHealty, t);
Grass.dryColor = Color.Lerp(grassColors.SummerDry, grassColors.FallDry, t);
}
else
{
float t = Mathf.InverseLerp(DaysOfYear.Winter, DaysOfYear.DieDay, day);
Grass.healthyColor = Color.Lerp(grassColors.FallHealty, Color.white, t);
Grass.dryColor = Color.Lerp(grassColors.FallDry, Color.white, t);
}
}
protected virtual void SetGrassColor(GrassColors grassColors)
{
DaggerfallDateTime daggerfallDateTime = DaggerfallUnity.Instance.WorldTime.Now;
switch (daggerfallDateTime.SeasonValue)
{
case DaggerfallDateTime.Seasons.Spring:
Grass.healthyColor = grassColors.SpringHealthy;
Grass.dryColor = grassColors.SpringDry;
break;
case DaggerfallDateTime.Seasons.Summer:
Grass.healthyColor = grassColors.SummerHealty;
Grass.dryColor = grassColors.SummerDry;
break;
case DaggerfallDateTime.Seasons.Fall:
Grass.healthyColor = grassColors.FallHealty;
Grass.dryColor = grassColors.FallDry;
break;
default:
Grass.healthyColor = Color.white;
Grass.dryColor = Color.white;
break;
}
}
internal SizeColor(GrassStyle grassStyle, GrassColors grassColors, Range <float> grassHeight, float noiseSpread, DetailPrototype grass, DetailPrototype detail, DetailPrototype accent)
{
this.GrassStyle = grassStyle;
this.grassColors = grassColors;
this.grassHeight = grassHeight;
this.noiseSpread = noiseSpread;
this.Grass = grass;
this.GrassDetail = detail;
this.GrassAccent = accent;
}
public DetailPrototypesManager(Mod mod, Transform parent, RealGrassOptions options, PrototypesProperties properties)
{
Color healthyColor = new Color(0.70f, 0.70f, 0.70f);
Color dryColor = new Color(0.40f, 0.40f, 0.40f);
this.mod = mod;
this.parent = parent;
this.options = options;
textureOverride = properties.TextureOverride;
float noiseSpread = properties.NoiseSpread;
useGrassShader = properties.UseGrassShader;
List <DetailPrototype> detailPrototypes = new List <DetailPrototype>();
int index = 0;
var grassPrototypes = new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
};
detailPrototypes.Add(grassPrototypes);
Grass = index;
if ((options.GrassStyle & GrassStyle.Mixed) == GrassStyle.Mixed)
{
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassDetails = ++index;
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassAccents = ++index;
}
if (options.WaterPlants)
{
var waterPlantsNear = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.6f,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.Grass
};
detailPrototypes.Add(waterPlantsNear);
WaterPlants = ++index;
}
if (options.TerrainStones)
{
detailPrototypes.Add(new DetailPrototype()
{
minWidth = 0.4f,
maxWidth = 1,
minHeight = 0.25f,
maxHeight = 1.5f,
usePrototypeMesh = true,
noiseSpread = 1,
renderMode = DetailRenderMode.VertexLit
});
Rocks = ++index;
}
DetailPrototypes = detailPrototypes.ToArray();
GrassColors grassColors = properties.GrassColors;
Range <float> grassHeight = properties.GrassHeight;
sizeColor = grassColors.SeasonInterpolation ?
new InterpolatedSizeColor(options.GrassStyle, grassColors, grassHeight, noiseSpread, detailPrototypes[Grass], detailPrototypes[GrassDetails], detailPrototypes[GrassAccents]) :
new SizeColor(options.GrassStyle, grassColors, grassHeight, noiseSpread, detailPrototypes[Grass], detailPrototypes[GrassDetails], detailPrototypes[GrassAccents]);
}
internal InterpolatedSizeColor(GrassStyle grassStyle, GrassColors grassColors, Range <float> grassHeight, float noiseSpread, DetailPrototype grass, DetailPrototype detail, DetailPrototype accent)
: base(grassStyle, grassColors, grassHeight, noiseSpread, grass, detail, accent)
{
}
/// <summary>
/// Initialize detail protoypes.
/// </summary>
public DetailPrototypesManager(PrototypesProperties properties)
{
Color healthyColor = new Color(0.70f, 0.70f, 0.70f);
Color dryColor = new Color(0.40f, 0.40f, 0.40f);
this.textureOverride = properties.TextureOverride;
// Create a holder for our grass and plants
List <DetailPrototype> detailPrototypes = new List <DetailPrototype>();
int index = 0;
// Grass settings
grassHeight = properties.GrassHeight;
grassColors = properties.GrassColors;
useGrassShader = properties.UseGrassShader;
// We use GrassBillboard or Grass rendermode
var grassPrototypes = new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
};
detailPrototypes.Add(grassPrototypes);
Grass = index;
if (RealGrass.Instance.RealisticGrass)
{
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassDetails = ++index;
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassAccents = ++index;
}
if (RealGrass.Instance.WaterPlants)
{
// Near-water plants settings
// Here we use the Grass shader which support meshes, and textures with transparency.
// This allow us to have more realistic plants which still bend in the wind.
var waterPlantsNear = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = properties.NoiseSpreadPlants,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.Grass
};
detailPrototypes.Add(waterPlantsNear);
WaterPlants = ++index;
}
if (RealGrass.Instance.TerrainStones)
{
detailPrototypes.Add(new DetailPrototype()
{
minWidth = 0.4f,
maxWidth = 1,
minHeight = 0.25f,
maxHeight = 1.5f,
usePrototypeMesh = true,
noiseSpread = 1,
renderMode = DetailRenderMode.VertexLit
});
Rocks = ++index;
}
if (RealGrass.Instance.Flowers)
{
var flowerPrototypes = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.4f,
healthyColor = healthyColor,
dryColor = healthyColor,
renderMode = DetailRenderMode.Grass
};
detailPrototypes.Add(flowerPrototypes);
Flowers = ++index;
}
this.detailPrototypes = detailPrototypes.ToArray();
}
/// <summary>
/// Initialize detail protoypes.
/// </summary>
public DetailPrototypesManager(PrototypesProperties properties)
{
Color healthyColor = new Color(0.70f, 0.70f, 0.70f);
Color dryColor = new Color(0.40f, 0.40f, 0.40f);
this.textureOverride = properties.TextureOverride;
// Create a holder for our grass and plants
List <DetailPrototype> detailPrototypes = new List <DetailPrototype>();
int index = 0;
// Grass settings
grassHeight = properties.GrassHeight;
grassColors = properties.GrassColors;
useGrassShader = properties.UseGrassShader;
// We use GrassBillboard or Grass rendermode
var grassPrototypes = new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
};
detailPrototypes.Add(grassPrototypes);
Grass = index;
if (RealGrass.Instance.RealisticGrass)
{
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassDetails = ++index;
detailPrototypes.Add(new DetailPrototype()
{
minWidth = properties.GrassWidth.Min,
maxWidth = properties.GrassWidth.Max,
noiseSpread = properties.NoiseSpread,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = useGrassShader ? DetailRenderMode.Grass : DetailRenderMode.GrassBillboard,
usePrototypeMesh = useGrassShader
});
GrassAccents = ++index;
}
if (RealGrass.Instance.WaterPlants)
{
// Near-water plants settings
// Here we use the Grass shader which support meshes, and textures with transparency.
// This allow us to have more realistic plants which still bend in the wind.
var waterPlantsNear = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = properties.NoiseSpreadPlants,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.Grass
};
detailPrototypes.Add(waterPlantsNear);
WaterPlants = ++index;
// In-water plants settings
// We use Grass as above
var waterPlantsInside = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = properties.NoiseSpreadPlants,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.Grass
};
detailPrototypes.Add(waterPlantsInside);
WaterPlantsAlt = ++index;
}
if (RealGrass.Instance.TerrainStones)
{
// Little stones
// For stones we use VertexLit as we are placing 3d static models.
var stonesPrototypes = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.4f,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.VertexLit,
prototype = LoadGameObject(stone)
};
detailPrototypes.Add(stonesPrototypes);
Stones = ++index;
var rocksPrototypes = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.4f,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.VertexLit,
};
detailPrototypes.Add(rocksPrototypes);
Rocks = ++index;
}
if (RealGrass.Instance.Flowers)
{
// Medium-sized vegetation
var bushesPrototypes = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.4f,
healthyColor = healthyColor,
dryColor = dryColor,
renderMode = DetailRenderMode.Grass,
};
detailPrototypes.Add(bushesPrototypes);
Bushes = ++index;
// Little flowers
var flowerPrototypes = new DetailPrototype()
{
usePrototypeMesh = true,
noiseSpread = 0.4f,
healthyColor = healthyColor,
dryColor = healthyColor,
renderMode = DetailRenderMode.Grass,
};
detailPrototypes.Add(flowerPrototypes);
Flowers = ++index;
}
this.detailPrototypes = detailPrototypes.ToArray();
}
