/*
* public void UpdateTerrainSize(int NX, int NY, float NS)
* {
* SX = NX;
* SY = NY;
* TerrainScale = NS;
*
* HeightMap = VoxelUtil.MergeFields(new int[SX + 1, SY + 1], HeightMap);
* VoxelUtil.ReplaceValue(HeightMap, 0, (int)Math.Round(TerrainDepth / HeightScale));
*
* MaterialMap = VoxelUtil.MergeFields(new byte[SX * MaterialDensity, SY * MaterialDensity], MaterialMap);
* SecondaryMaterialMap = VoxelUtil.MergeFields(new byte[SX * MaterialDensity, SY * MaterialDensity], SecondaryMaterialMap);
* BlendAlphaMap = VoxelUtil.MergeFields(new byte[SX * MaterialDensity, SY * MaterialDensity], BlendAlphaMap);
* DecalMaterialMap = VoxelUtil.MergeFields(new byte[SX * MaterialDensity, SY * MaterialDensity], DecalMaterialMap);
* DecalAlphaMap = VoxelUtil.MergeFields(new byte[SX * MaterialDensity, SY * MaterialDensity], DecalAlphaMap);
*
* WaterHeightMap = VoxelUtil.MergeFields(new int[SX + 1, SY + 1], WaterHeightMap);
*
* FlowXMap = VoxelUtil.MergeFields( VoxelUtil.ReturnReplaceValue(new byte[SX, SY], 0, 128), FlowXMap);
* FlowYMap = VoxelUtil.MergeFields( VoxelUtil.ReturnReplaceValue(new byte[SX, SY], 0, 128), FlowYMap);
* FlowBackTimeMap = VoxelUtil.MergeFields( new byte[SX, SY], FlowBackTimeMap);
* FlowPulseSpeedMap = VoxelUtil.MergeFields(new byte[SX, SY], FlowPulseSpeedMap);
*
* WaterMap = VoxelUtil.MergeFields( new byte[SX, SY], WaterMap);
* WaveLengthMap = VoxelUtil.MergeFields(new byte[SX + 1, SY + 1], WaveLengthMap);
* WaveHeightMap = VoxelUtil.MergeFields(new byte[SX + 1, SY + 1], WaveHeightMap);
*
* WaterAlphaMap = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterAlphaMap);
* WaterFresnelMap = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterFresnelMap);
* FoamRampMap0 = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], FoamRampMap0);
* WaterColorFalloffMap = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterColorFalloffMap);
*
* WaterColorR = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterColorR);
* WaterColorG = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterColorG);
* WaterColorB = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterColorB);
* WaterColorA = VoxelUtil.MergeFields(new byte[SX * WaterColorDensity + 1, SY * WaterColorDensity + 1], WaterColorA);
*
* //VoxelUtil.ReturnReplaceValue(new byte[SX, SY], 0, 128);
* //VoxelUtil.ReturnReplaceValue(new byte[SX, SY], 0, 128);
*
* //VoxelUtil.ReplaceValue(FoamPulseSpeedMap, 0, 128);
* //VoxelUtil.ReplaceValue(FoamPulseOffsetMap, 0, 128);
*
* HasTerrainUpdate = true;
* }
*/
public void MergeEdges(WorldFile OtherFile, bool IsVertical, string MapName, int MergeMode)
{
int[,] IntArray = new int[0, 0];
byte[,] ByteArray = new byte[0, 0];
float[,] FloatArray = new float[0, 0];
object Map = GetMap(MapName);
object OtherMap = OtherFile.GetMap(MapName);
if (Map != null && OtherMap != null)
{
if (Map.GetType() == IntArray.GetType())
{
TerrainUtil.MergeEdges((int[, ])Map, (int[, ])OtherMap, IsVertical, MergeMode);
}
else if (Map.GetType() == ByteArray.GetType())
{
TerrainUtil.MergeEdges((byte[, ])Map, (byte[, ])OtherMap, IsVertical, MergeMode);
}
else if (Map.GetType() == FloatArray.GetType())
{
TerrainUtil.MergeEdges((float[, ])Map, (float[, ])OtherMap, IsVertical, MergeMode);
}
}
}