public City(Device device, DeviceContext context)
{
this.deviceContext = context;
var windowSize = new Size2(8, 8);
var textureSize = new Size2(512, 512);
var buildingTexture = new BuildingTexture(device, context, textureSize, windowSize);
var texture = Texture.FromTexture2D(buildingTexture.Texture, device);
this.pixelShader = new PixelTextureLightShader(device, texture);
this.vertexShader = new VertexPosNormalTextureModShader(device);
this.random = new Random();
var cityPlanner = new CityPlanner();
var boxes = cityPlanner.BuildCity();
var geometryBatcher = new GeometryBatcher(boxes, 3000);
var vertexSize = (Utilities.SizeOf <Vector3>() * 3) + Utilities.SizeOf <Vector2>();
this.batchedRenderer = new BatchedGeometryRenderer(geometryBatcher, device, vertexSize, this.vertexShader.Layout);
}
public static CityPlanner SetColorRangeClass(this CityPlanner cityPlanner)
{
cityPlanner.trip.temp_high.avg.CSSName = Convert.ToInt32(cityPlanner.trip.temp_high.avg.C).GetTempCssName();
//cityPlanner.trip.temp_high.max.CSSName = Convert.ToInt32(cityPlanner.trip.temp_high.max.C).GetTempCSSName();
//cityPlanner.trip.temp_high.min.CSSName = Convert.ToInt32(cityPlanner.trip.temp_high.min.C).GetTempCSSName();
cityPlanner.trip.temp_low.avg.CSSName = Convert.ToInt32(cityPlanner.trip.temp_low.avg.C).GetTempCssName();
//cityPlanner.trip.temp_low.max.CSSName = Convert.ToInt32(cityPlanner.trip.temp_low.max.C).GetTempCSSName();
//cityPlanner.trip.temp_low.min.CSSName = Convert.ToInt32(cityPlanner.trip.temp_low.min.C).GetTempCSSName();
cityPlanner.trip.precip.avg.CSSName = "t04";
cityPlanner.trip.dewpoint_high.avg.CSSName = Convert.ToInt32(cityPlanner.trip.dewpoint_high.avg.C).GetTempCssName();
cityPlanner.trip.dewpoint_low.avg.CSSName = Convert.ToInt32(cityPlanner.trip.dewpoint_low.avg.C).GetTempCssName();
return(cityPlanner);
}
public void Decorate()
{
Vector3 lhs = Vector3.zero;
bool notInit = true;
List <float> houseBaseWidths = new List <float>();
List <Vector3> plantBaseDirections = new List <Vector3>();
int nHouses = 0;
int nPlants = 0;
int i = -1;
foreach (Vector3 rhs in _stitcher.groundSurface())
{
i++;
if (notInit || _stitcher.groundInvalidSegment || lhs.x >= rhs.x)
{
lhs = rhs;
if (notInit)
{
notInit = false;
}
continue;
}
if (_stitcher.groundSurfaceType == GroundMaker.TerrainType.Ordered &&
(rhs.x - lhs.x) > CityPlanner.instance.houseWidthMin &&
Random.value < houseProbability)
{
//Produce a house
if (nHouses < houses.Count)
{
CityPlanner.PrepareFoundation(houses[nHouses], lhs, _stitcher.groundSurfaceTransform);
}
else
{
houses.Add(CityPlanner.PrepareFoundation(lhs, _stitcher.groundSurfaceTransform));
}
nHouses++;
houseBaseWidths.Add(rhs.x - lhs.x);
}
else if (_stitcher.groundSurfaceType != GroundMaker.TerrainType.Ordered &&
Mathf.Abs(Vector3.Dot((rhs - lhs).normalized, Vector3.up)) < plantBaseMaxSlope &&
Random.value < plantProbability)
{
//Produce a plant/shrub/tree
if (nPlants < plants.Count)
{
Gardener.Seed(plants[nPlants], lhs, _stitcher.groundSurfaceTransform);
}
else
{
plants.Add(Gardener.Seed(lhs, _stitcher.groundSurfaceTransform));
}
nPlants++;
plantBaseDirections.Add(rhs - lhs);
}
lhs = rhs;
}
while (houses.Count > nHouses)
{
House h = houses[houses.Count - 1];
houses.Remove(h);
Destroy(h.gameObject);
}
while (plants.Count > nPlants)
{
Plant p = plants[plants.Count - 1];
plants.RemoveAt(plants.Count - 1);
Destroy(p.gameObject);
}
CityPlanner.Architect(houses, houseBaseWidths);
Gardener.Germinate(plants, plantBaseDirections);
}