public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
if (contents != null)
{
contents.ResolveBlockOrItem(api.World);
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), 0);
}
if (api is ICoreClientAPI)
{
ICoreClientAPI capi = (ICoreClientAPI)api;
capi.Event.RegisterRenderer(renderer = new TFForgeContentsRenderer(Pos, capi), EnumRenderStage.Opaque, "tfforge");
renderer.SetContents(contents, burning, true);
RegisterGameTickListener(OnClientTick, 500);
}
consume = MyMiniLib.GetAttributeInt(Block, "consume", 500);
wsys = api.ModLoader.GetModSystem <WeatherSystemBase>();
if (api.Side.IsServer())
{
RegisterGameTickListener(OnCommonTick, 250);
}
}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
contents = tree.GetItemstack("contents");
burning = tree.GetInt("burning") > 0;
lastTickTotalHours = tree.GetDouble("lastTickTotalHours");
if (Api != null)
{
if (contents != null)
{
contents.ResolveBlockOrItem(Api.World);
}
}
if (renderer != null)
{
renderer.SetContents(contents, burning, true);
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), 0);
}
energyStorage.setEnergy(tree.GetFloat("energy"));
}
public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
Api = api;
pvBh = GetBehavior <BEBehaviorTFRotaryGenerator>();
if (api.World.Side == EnumAppSide.Server)
{
RegisterGameTickListener(tick, 100);
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), 0, MyMiniLib.GetAttributeInt(Block, "output", 500));
}
maxgenerate = MyMiniLib.GetAttributeInt(Block, "maxgenerate", 200);
maxspeed = MyMiniLib.GetAttributeInt(Block, "maxspeed", 5);
Facing = BlockFacing.FromCode(Block.Variant["side"]);
if (Facing == null)
{
Facing = BlockFacing.NORTH;
}
}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 10000), 0);
}
energyStorage.setEnergy(tree.GetFloat("energy", 0));
}
//public override void GetBlockInfo(IPlayer forPlayer, StringBuilder dsc)
//{
// base.GetBlockInfo(forPlayer, dsc);
// if (energyStorage != null)
// {
// dsc.AppendLine(energyStorage.GetFluxStorageInfo());
// }
//}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "transfer", 10000), MyMiniLib.GetAttributeInt(Block, "transfer", 10000), MyMiniLib.GetAttributeInt(Block, "transfer", 10000));
}
energyStorage.setEnergy(tree.GetFloat("energy"));
state = tree.GetBool("state", false);
}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), 0, MyMiniLib.GetAttributeInt(Block, "output", 500));
}
energyStorage.setEnergy(tree.GetFloat("energy"));
if (Api != null && Api.World.Side == EnumAppSide.Client)
{
generation = tree.GetFloat("gen");
}
}
public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
Api = api;
face = BlockFacing.FromCode(Block.Variant["side"]);
if (api.World.Side == EnumAppSide.Server)
{
RegisterGameTickListener(tick, 250);
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "transfer", 10000), MyMiniLib.GetAttributeInt(Block, "transfer", 10000), MyMiniLib.GetAttributeInt(Block, "transfer", 10000));
}
if (sideConfig.Count == 0)
{
string[] splitedPath = Block.Code.ToString().Split('-');
if (splitedPath.Length >= 6)
{
foreach (BlockFacing f in BlockFacing.ALLFACES)
{
if (splitedPath[splitedPath.Length - 6 + f.Index] == IOEnergySideConfig.INPUT.toString())
{
sideConfig.Add(f, IOEnergySideConfig.INPUT);
}
else if (splitedPath[splitedPath.Length - 6 + f.Index] == IOEnergySideConfig.OUTPUT.toString())
{
sideConfig.Add(f, IOEnergySideConfig.OUTPUT);
}
else
{
sideConfig.Add(f, IOEnergySideConfig.NONE);
}
}
}
else
{
foreach (BlockFacing f in BlockFacing.ALLFACES)
{
sideConfig.Add(f, IOEnergySideConfig.NONE);
}
}
}
if (face != null)
{
sideConfig[face] = IOEnergySideConfig.NONE;
}
}
public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), 0);
}
inventory.pos = Pos;
inventory.LateInitialize("smelting-" + Pos.X + "/" + Pos.Y + "/" + Pos.Z, api);
RegisterGameTickListener(OnBurnTick, 250);
RegisterGameTickListener(On500msTick, 500);
}
public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 10000), 0);
}
consume = MyMiniLib.GetAttributeInt(Block, "consume", 1000);
if (Api.Side.IsServer())
{
RegisterGameTickListener(OnServerTick, 250);
}
}
public override void Initialize(ICoreAPI api)
{
base.Initialize(api);
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), MyMiniLib.GetAttributeInt(Block, "output", 1000));
}
inventory.LateInitialize("charger-" + Pos.ToString(), api);
inventory.ResolveBlocksOrItems();
if (api is ICoreClientAPI)
{
loadToolMeshes();
}
else
{
RegisterGameTickListener(OnTick, 250);
}
}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
inventory.FromTreeAttributes(tree.GetTreeAttribute("inventory"));
if (Api != null)
{
inventory.Api = Api;
inventory.ResolveBlocksOrItems();
}
if (Api is ICoreClientAPI)
{
loadToolMeshes();
Api.World.BlockAccessor.MarkBlockDirty(Pos);
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), MyMiniLib.GetAttributeInt(Block, "output", 1000));
}
energyStorage.setEnergy(tree.GetFloat("energy"));
}
public override void FromTreeAttributes(ITreeAttribute tree, IWorldAccessor worldForResolving)
{
base.FromTreeAttributes(tree, worldForResolving);
Inventory.FromTreeAttributes(tree.GetTreeAttribute("inventory"));
if (Api != null)
{
Inventory.AfterBlocksLoaded(Api.World);
}
furnaceTemperature = tree.GetFloat("furnaceTemperature");
inputStackCookingTime = tree.GetFloat("oreCookingTime");
if (Api != null)
{
if (Api.Side == EnumAppSide.Client)
{
if (clientDialog != null)
{
SetDialogValues(clientDialog.Attributes);
}
}
if (Api.Side == EnumAppSide.Client && clientSidePrevBurning != IsBurning)
{
clientSidePrevBurning = IsBurning;
MarkDirty(true);
}
}
if (energyStorage == null)
{
energyStorage = new FluxStorage(MyMiniLib.GetAttributeInt(Block, "storage", 10000), MyMiniLib.GetAttributeInt(Block, "input", 1000), 0);
}
energyStorage.setEnergy(tree.GetFloat("energy"));
}
public EnergyDuctCore(int io)
{
storage = new FluxStorage(io, io, io);
}
