void GenerateSegmentParams(BuildingParams buildingParams)
{
foundationParams = new FoundationParams(buildingParams);
for (int i = 0; i < floorCount; i++)
{
if (i == 0)
{
baseParams[i] = new BaseParams(foundationParams.finalSize, buildingParams, GetOpeningStyle(buildingParams), GetOpeningStyle(buildingParams));
baseParams[i].GenerateWindowsAndDoorParams(buildingParams);
}
else
{
//2 auktas nustato visu sekanciu aukstu langu isvaizda, pirmas aukstas turi savo
baseParams[i] = new BaseParams(baseParams[i - 1].finalSize, buildingParams, i, i >= 2 ? baseParams[i - 1].windowStyle : GetOpeningStyle(buildingParams));
if (i == 1)
{
baseParams[i].GenerateWindowsParams(buildingParams);
}
else
{
baseParams[i].GenerateWindowsParams(buildingParams, baseParams[i - 1].windowParams[0].finalSize);
}
}
}
atticParams = new AtticParams(baseParams[floorCount - 1].finalSize);
atticParams.GenerateWindowsParams(buildingParams, baseParams[floorCount - 1]);
roofParams = new RoofParams(atticParams.finalSize, baseParams[floorCount - 1].finalSize);
chimneyParams = new ChimneyParams(roofParams, baseParams[floorCount - 1]);
}
public Attic(Material material, AtticParams _atticParams, Transform parent)
{
atticParams = _atticParams;
Vector3Int baseObjSize = BaseObjSizes.atticSize;
GenerateBaseCube(material, baseObjSize, name);
obj.transform.parent = parent;
AlterMesh();
}
public void GenerateAtticOpenings(BaseParams lastBaseParams, AtticParams atticParams, ref List <WindowParams> windowParams, bool rowSameLit)
{
if (atticParams.finalSize.y < lastBaseParams.finalSize.y)
{
return;
}
float maxGap =
Random.Range(minDistanceBetweenWindows,
maxDistanceBetweenWindows);
maxGap /= 2;
List <Quaternion> rotations = new List <Quaternion>();
List <Vector3> positions = new List <Vector3>();
Vector3 winSize = lastBaseParams.windowParams[0].finalSize;
float y = GetGapBetweemTopAndBottom(lastBaseParams.finalSize, winSize);
float minX = lastBaseParams.finalSize.y / (Mathf.Tan(Mathf.Atan(atticParams.finalSize.y / (atticParams.finalSize.x / 2))));
float spaceForWindows = atticParams.finalSize.x - minX * 2;
float spaceForOneWin = winSize.x + maxGap * 2;
int winCount = (int)(spaceForWindows / spaceForOneWin);
float SpaceForOneWindow = spaceForWindows / winCount; //atemus tarpa nuo kampo kiek lieka vienam langui
float step = (SpaceForOneWindow - winSize.x) / 2;
Vector3 addBefore = new Vector3(step, 0, 0);
Vector3 addAfter = new Vector3(winSize.x + step, 0, 0);
DistributePostionsAndRotationsEvenly(
new Vector3(minX + winSize.x, y, windowOffset),
Quaternion.Euler(new Vector3(0, 180, 0)),
addBefore,
addAfter,
winCount,
ref positions,
ref rotations
);
if (lastBaseParams.backFirewall == false)
{
DistributePostionsAndRotationsEvenly(
new Vector3(minX, y, atticParams.finalSize.z - windowOffset),
Quaternion.Euler(Vector3.zero),
addBefore,
addAfter,
winCount,
ref positions,
ref rotations
);
}
Vector2Int glassColor = RandomiseWindowColor();
GenerateArcParameters(winSize);
GenerateSegmentsPositions(winSize);
for (int i = 0; i < positions.Count; i++)
{
WindowParams windowParam = new WindowParams();
if (!rowSameLit)
{
glassColor = RandomiseWindowColor();
}
if (lastBaseParams.windowStyle == OpeningStyle.ARCH)
{
windowParam.archedOpeningParams = new ArchedOpeningParams(outerArcF, outerArcB, innerArcF, innerArcB, frameDimensions);
windowParam.glassParams = new PlaneParams(lastBaseParams.windowStyle, glassColor, BaseObjSizes.planeArcSize, innerArcF, winSize, windowOffset);
}
else
{
windowParam.squareOpeningParams = new SquareOpeningParams(frameDimensions);
windowParam.glassParams = new PlaneParams(lastBaseParams.windowStyle, glassColor, BaseObjSizes.planeSqSize, winSize, windowOffset);
}
windowParam.segmentationParams = new SegmentationParams(vertSegPositions, horSegPositions, segmentDimensions);
windowParam.finalSize = winSize;
windowParam.finalPos = positions[i];
windowParam.finalRot = rotations[i];
windowParam.openingStyle = lastBaseParams.windowStyle;
windowParams.Add(windowParam);
}
}
