public static TerrainBuilderReturnPacket generateTerrain_shipSelectionVer(float roomWidthHeight, int numOfVertsPerEdge)
{
System.Random random_forThread = new System.Random();
SimplifiedLayoutReturnPacket simplifiedLayout = SimplifiedLayoutTemplates.generateLayout_ShipSelectionScreen();
UpscaledLayoutReturnPacket upscaledLayout = UpscaledLayoutBuilder.upscaleLayout_Title(simplifiedLayout, roomWidthHeight, numOfVertsPerEdge, random_forThread);
// Mesh[,] returnMeshes = sliceHeightArrayIntoMultipleMeshes(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
TerrainMeshDataPacket[,] meshData = sliceHeightArrayIntoMultipleMeshes_2(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
// return new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, returnMeshes);
return(new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, meshData, null));
}
public static TerrainBuilderReturnPacket generateTerrain_DemoVer(float roomWidthHeight, int numOfVertsPerEdge)
{
// System.Random random_forThread = new System.Random();
SimplifiedLayoutReturnPacket simplifiedLayout = SimplifiedLayoutTemplates.generateLayout_Demo();
UpscaledLayoutReturnPacket upscaledLayout = UpscaledLayoutBuilder.upscaleLayout_Demo(simplifiedLayout, roomWidthHeight, numOfVertsPerEdge);
// Mesh[,] returnMeshes = sliceHeightArrayIntoMultipleMeshes(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
TerrainMeshDataPacket[,] meshData = sliceHeightArrayIntoMultipleMeshes_2(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
PortTownReturnPacket portTownPacket = PortTownPlacementGenerator.generatePortTownInformation_DemoVer(simplifiedLayout, upscaledLayout, roomWidthHeight, numOfVertsPerEdge);
// return new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, returnMeshes);
return(new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, meshData, portTownPacket));
}
public static TerrainBuilderReturnPacket generateTerrain(float roomWidthHeight, int numOfVertsPerEdge, byte sizeOfExplorableArea, byte numberOfKeys)
{
System.Random random_forThread = new System.Random();
// SimplifiedLayoutReturnPacket simplifiedLayout = SimplifiedLayoutTemplates.generateLayout_DebugRoom();
Debug.Log("Size of area: " + sizeOfExplorableArea);
SimplifiedLayoutReturnPacket simplifiedLayout = SimplifiedLayoutBuilder.generateLayout_Normal(sizeOfExplorableArea, numberOfKeys, random_forThread);
UpscaledLayoutReturnPacket upscaledLayout = UpscaledLayoutBuilder.upscaleLayout_Game(simplifiedLayout, roomWidthHeight, numOfVertsPerEdge, random_forThread);
// Mesh[,] returnMeshes = sliceHeightArrayIntoMultipleMeshes(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
TerrainMeshDataPacket[,] meshData = sliceHeightArrayIntoMultipleMeshes_2(upscaledLayout.getLandVertexHeights(), roomWidthHeight, numOfVertsPerEdge);
PortTownReturnPacket portTownPacket = PortTownPlacementGenerator.generatePortTownInformation(simplifiedLayout, upscaledLayout, roomWidthHeight, numOfVertsPerEdge, sizeOfExplorableArea, random_forThread);
// return new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, returnMeshes);
return(new TerrainBuilderReturnPacket(simplifiedLayout, upscaledLayout, meshData, portTownPacket));
}
// public TerrainBuilderReturnPacket(SimplifiedLayoutReturnPacket simplePacket, UpscaledLayoutReturnPacket upscaledPacket, Mesh[,] terrainMeshes)
public TerrainBuilderReturnPacket(SimplifiedLayoutReturnPacket simplePacket, UpscaledLayoutReturnPacket upscaledPacket, TerrainMeshDataPacket[,] meshData, PortTownReturnPacket portTownPacket)
{
// this.terrainMeshes = terrainMeshes;
boolArray = upscaledPacket.getBoolArray();
boolArray_noNoise = upscaledPacket.getBoolArray_noNoise();
this.meshData = meshData;
this.simplePacket = simplePacket;
this.portTownPacket = portTownPacket;
numOfKeys = 0;
for (int index = 0; index < 6; index++)
{
if (simplePacket.getHasKey()[index])
{
numOfKeys++;
}
}
}
public static PortTownReturnPacket generatePortTownInformation_DemoVer(SimplifiedLayoutReturnPacket simplifiedLayout, UpscaledLayoutReturnPacket upscaledLayout,
float roomWidthHeight, int numOfVertsPerEdge)
{
PortTownReturnPacket portTownPacket = new PortTownReturnPacket(1);
PortTownIndividualPacket portTownIndividual = new PortTownIndividualPacket();
portTownIndividual.setAllData_forDemo();
portTownPacket.addNewPortTownData(portTownIndividual);
return(portTownPacket);
}
public static PortTownReturnPacket generatePortTownInformation(SimplifiedLayoutReturnPacket simplifiedLayout, UpscaledLayoutReturnPacket upscaledLayout,
float roomWidthHeight, int numOfVertsPerEdge, byte sizeOfExplorableArea, System.Random random_forThread)
{
byte targetNumberOfPortTowns = getTargetNumberOfPortTownsByAreaSize(sizeOfExplorableArea, random_forThread);
SimpleRoom_Output[,] simplifiedRoomArray = simplifiedLayout.getSimplifiedRoomArray();
PortTownReturnPacket portTownPacket = new PortTownReturnPacket(targetNumberOfPortTowns);
byte simpleLayoutWidth = (byte)simplifiedRoomArray.GetLength(0);
byte simpleLayoutHeight = (byte)simplifiedRoomArray.GetLength(1);
byte roomX;
byte roomY;
byte breaker;
// First, place a port town at the starting space:
roomX = simplifiedLayout.getPlayerStartingLocation()[0];
roomY = simplifiedLayout.getPlayerStartingLocation()[1];
portTownPacket.addNewPortTownData(createNewPortTownAtLocation(simplifiedLayout, upscaledLayout, roomX, roomY, roomWidthHeight, numOfVertsPerEdge, random_forThread));
// Then, build more as neccessary:
for (byte index = 0; index < targetNumberOfPortTowns - 1; index++)
{
breaker = 50;
do
{
roomX = (byte)random_forThread.Next(0, simpleLayoutWidth);
roomY = (byte)random_forThread.Next(0, simpleLayoutHeight);
// If the town can't be placed in 50 attempts, chances are none of the later ones will either.
// So we give up and return the port towns before the target number is reached.
if (--breaker == 0 && index > 0)
{
return(portTownPacket);
}
} while (!checkIfRoomCanHavePortTown(simplifiedRoomArray[roomX, roomY], portTownPacket, roomX, roomY, simplifiedLayout.getFinalTreasureLocation()));
portTownPacket.addNewPortTownData(createNewPortTownAtLocation(simplifiedLayout, upscaledLayout, roomX, roomY, roomWidthHeight, numOfVertsPerEdge, random_forThread));
}
return(portTownPacket);
}
private static PortTownIndividualPacket createNewPortTownAtLocation(SimplifiedLayoutReturnPacket simplifiedLayout, UpscaledLayoutReturnPacket upscaledLayout,
byte roomX, byte roomY, float roomWidthHeight, int numOfVertsPerEdge, System.Random random_forThread)
{
PortTownIndividualPacket portTownIndividual = new PortTownIndividualPacket();
portTownIndividual.setPortTownPierCoords_simple(roomX, roomY);
Vector2 waterPosition = new Vector2((roomX + 0.5f) * roomWidthHeight, (roomY + 0.5f) * -roomWidthHeight);
Vector2 landPosition = findPortTownPierLandPoint(simplifiedLayout.getSimplifiedRoomArray()[roomX, roomY], waterPosition, roomWidthHeight, random_forThread);
portTownIndividual.setPortTownYRotation(Vector2.SignedAngle(waterPosition - landPosition, Vector2.up));
Vector2 stepAmount = (landPosition - waterPosition).normalized * Constants.shipMoveSpeed;
do
{
waterPosition += stepAmount;
} while (BoolArrayManager.checkForConflict_V2_noDoors(upscaledLayout.getBoolArray(), waterPosition));
stepAmount = stepAmount / Constants.shipMoveSpeed * Constants.portTownDistanceFromLand;
waterPosition -= stepAmount;
portTownIndividual.setPortTownPierCoords_upscaled(waterPosition.x, waterPosition.y);
addHousesAroundPier(portTownIndividual, upscaledLayout.getLandVertexHeights(), random_forThread);
return(portTownIndividual);
}
