DetailLayer ConvertLayer(uint ti, TETerrainMaterialData.UndergrowthDetailLayer ugdl)
{
var dl = new DetailLayer();
dl.widthHeightScale = ugdl.widthHeightScale;
dl.probability = ugdl.probability;
dl.templateIndex = ti;
return(dl);
}
public void SetDetailLayer( int id, DetailLayer newLayer ){
m_CurrentDetailLayerSet[id] = newLayer;
}
public void AddNewDetailLayer(){
if ( currentTerrainInstance != null ){
DetailPrototype[] details = currentTerrainInstance.terrainData.detailPrototypes;
DetailPrototype[] newDetails = new DetailPrototype[details.Length+1];
for ( int i = 0; i < details.Length; i++ ){
newDetails[i] = details[i];
}
newDetails[newDetails.Length-1] = new DetailPrototype();
currentTerrainInstance.terrainData.detailPrototypes = newDetails;
int[,] newDetailmap = new int[currentTerrainInstance.terrainData.detailWidth, currentTerrainInstance.terrainData.detailHeight];
for ( int i = 0; i < currentTerrainInstance.terrainData.detailWidth; i++ ){
for ( int j = 0; j < currentTerrainInstance.terrainData.detailHeight; j++ ){
newDetailmap[i,j] = 0;
}
}
currentTerrainInstance.terrainData.SetDetailLayer( 0, 0, newDetails.Length-1, newDetailmap );
if ( m_CurrentDetailLayerSet.Count < newDetails.Length ){
DetailLayer newLayer = new DetailLayer();
List<string> bundleList = new List<string>(m_LoadedVegetation.Keys);
if ( bundleList.Count > 0 ){
List<string> imageList = new List<string>(m_LoadedVegetation[bundleList[0]].Keys);
newLayer.path = bundleList[0] + "/" + imageList[0];
newLayer.image = m_LoadedVegetation[bundleList[0]][imageList[0]];
}
m_CurrentDetailLayerSet.Add ( newLayer );
}
} else {
DetailLayer newLayer = new DetailLayer();
List<string> bundleList = new List<string>(m_LoadedVegetation.Keys);
if ( bundleList.Count > 0 ){
List<string> imageList = new List<string>(m_LoadedVegetation[bundleList[0]].Keys);
newLayer.path = bundleList[0] + "/" + imageList[0];
newLayer.image = m_LoadedVegetation[bundleList[0]][imageList[0]];
}
m_CurrentDetailLayerSet.Add ( newLayer );
}
}
