public NWField(NWGameSpace space, NWLayer layer, ExtPoint coords)
: base(StaticData.FieldWidth, StaticData.FieldHeight)
{
fSpace = space;
fLayer = layer;
fCoords = coords;
fCreatures = new CreaturesList(this, true);
fItems = new ItemsList(this, true);
fEffects = new EffectsList(this, true);
fEmitters = new EmitterList();
ValidCreatures = new List <int>();
if (Layer != null)
{
LayerEntry layerEntry = (LayerEntry)GlobalVars.nwrDB.GetEntry(Layer.EntryID);
fEntry = layerEntry.GetFieldEntry(fCoords.X, fCoords.Y);
EntryID = fEntry.GUID;
fLandEntry = (LandEntry)GlobalVars.nwrDB.FindEntryBySign(fEntry.LandSign);
LandID = fLandEntry.GUID;
PrepareCreatures();
}
else
{
fEntry = null;
EntryID = -1;
fLandEntry = null;
LandID = -1;
}
}
private void UpdateList()
{
Player player = new Player(null, null);
try {
for (int i = 0; i < MaxList; i++)
{
string fn = NWGameSpace.GetSaveFile(NWGameSpace.SAVEFILE_PLAYER, i);
fFiles[i] = new GameFile();
fFiles[i].Exist = File.Exists(fn);
if (fFiles[i].Exist)
{
fFiles[i].SaveTime = File.GetLastWriteTime(fn);
try {
NWGameSpace.LoadPlayer(i, player);
fFiles[i].PlayerName = player.Name;
int fx = player.Field.X;
int fy = player.Field.Y;
LayerEntry layer = (LayerEntry)GlobalVars.nwrDB.GetEntry(player.LayerID);
string landSign = layer.GetFieldEntry(fx, fy).LandSign;
LandEntry land = (LandEntry)GlobalVars.nwrDB.FindEntryBySign(landSign);
fFiles[i].LandName = land.Name;
} catch (Exception ex) {
Logger.Write("FilesWindow.refreshList.PlayerLoad(" + fn + "): " + ex.Message);
fFiles[i].PlayerName = "<error>";
fFiles[i].LandName = "<error>";
}
}
else
{
fFiles[i].PlayerName = BaseLocale.GetStr(RS.rs_PlayerUnknown);
fFiles[i].LandName = "-";
fFiles[i].SaveTime = new DateTime();
}
}
} finally {
player.Dispose();
}
}
private bool CheckDivinePower(int deityID)
{
bool result = true;
CreatureEntry deity = (CreatureEntry)GlobalVars.nwrDB.GetEntry(deityID);
NWField fld = fPlayer.CurrentField;
if ((deity.Race == RaceID.crAesir && (fld.LandID == GlobalVars.Land_Muspelheim || fld.LandID == GlobalVars.Land_Niflheim || fld.LandID == GlobalVars.Land_Jotenheim)) || (deity.Race == RaceID.crEvilGod && (fld.LandID == GlobalVars.Land_Valhalla || fld.LandID == GlobalVars.Land_Vigrid || fld.LandID == GlobalVars.Land_Bifrost)))
{
LandEntry land = (LandEntry)GlobalVars.nwrDB.GetEntry(fld.LandID);
ShowText(Locale.Format(RS.rs_WontHelp, new object[] {
land.GetNounDeclension(Number.nSingle, Case.cPrepositional),
deity.Name
}));
result = false;
}
return(result);
}
public VmGeometry(LandEntry geometry, bool isCollision)
{
LandEntry = geometry;
IsCollision = isCollision;
}
internal static (LandEntryRenderBatch opaque, LandEntryRenderBatch transparent, List <LandEntry> rendered) PrepareLandEntries(LandEntry[] entries, Camera camera, BufferingBridge bufferBridge)
{
// the output list. This contains all landentries that need to be rendered
List <LandEntry> rendered = new();
// the landentries to render are grouped by attach
Dictionary <Attach, List <LandEntry> > toRender = new();
for (int i = 0; i < entries.Length; i++)
{
LandEntry le = entries[i];
// check if the entry can be rendered at all
if (!camera.CanRender(le.ModelBounds))
{
continue;
}
if (toRender.TryGetValue(le.Attach, out List <LandEntry> list))
{
list.Add(le);
}
else
{
// check if the attach is already buffered
if (!bufferBridge.IsBuffered(le.Attach.MeshData[0]))
{
bufferBridge.LoadToCache(le.Attach.MeshData, null, false);
}
toRender.Add(le.Attach, new() { le });
}
rendered.Add(le);
}
// Landentry Renderbatch structure:
// <TextureIndex <Buffermesh, List<Matrices>>
// So, each buffermesh has multiple render matrices to be rendered multiple times
// and each of those lists belongs to a texture. That way textures dont need
// to be swapped out so often
LandEntryRenderBatch opaque = new();
LandEntryRenderBatch transparent = new();
foreach (var t in toRender)
{
List <RenderMatrices> matrices = new();
foreach (LandEntry le in t.Value)
{
Matrix4 world = le.WorldMatrix;
RenderMatrices rm = new(world, world *camera.ViewMatrix *camera.ProjectionMatrix);
matrices.Add(rm);
}
// check if attach is buffered
foreach (BufferMesh bm in t.Key.MeshData)
{
if (bm.Material == null)
{
continue;
}
int index = bm.Material.HasAttribute(MaterialAttributes.useTexture) ? (int)bm.Material.TextureIndex : -1;
Dictionary <BufferMesh, List <RenderMatrices> > buffers;
if (bm.Material.UseAlpha)
{
if (!transparent.TryGetValue(index, out buffers))
{
buffers = new();
transparent.Add(index, buffers);
}
}
else
{
if (!opaque.TryGetValue(index, out buffers))
{
buffers = new();
opaque.Add(index, buffers);
}
}
buffers.Add(bm, matrices);
}
}
return(opaque, transparent, rendered);
}