public static List <uint> GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum baseAddressType)
{
switch (baseAddressType)
{
case BaseAddressTypeEnum.None:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Absolute:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Relative:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Mario:
return(new List <uint> {
MarioConfig.StructAddress
});
case BaseAddressTypeEnum.MarioObj:
return(new List <uint> {
Config.Stream.GetUInt32(MarioObjectConfig.PointerAddress)
});
case BaseAddressTypeEnum.Camera:
return(new List <uint> {
CameraConfig.StructAddress
});
case BaseAddressTypeEnum.File:
return(new List <uint> {
Config.FileManager.CurrentFileAddress
});
case BaseAddressTypeEnum.MainSave:
return(new List <uint> {
Config.MainSaveManager.CurrentMainSaveAddress
});
case BaseAddressTypeEnum.Object:
return(Config.ObjectSlotsManager.SelectedSlotsAddresses.ToList());
case BaseAddressTypeEnum.ProcessGroup:
return(Config.ObjectSlotsManager.SelectedObjects.ConvertAll(
obj => obj.CurrentProcessGroup ?? uint.MaxValue));
case BaseAddressTypeEnum.Triangle:
{
uint triangleAddress = Config.TriangleManager.TriangleAddress;
return(triangleAddress != 0 ? new List <uint>()
{
triangleAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.TriangleExertionForceTable:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Triangle)
.ConvertAll(triangleAddress =>
{
uint exertionForceIndex = Config.Stream.GetByte(triangleAddress + TriangleOffsetsConfig.ExertionForceIndex);
return TriangleConfig.ExertionForceTableAddress + 2 * exertionForceIndex;
}));
case BaseAddressTypeEnum.InputCurrent:
return(new List <uint> {
InputConfig.CurrentInputAddress
});
case BaseAddressTypeEnum.InputJustPressed:
return(new List <uint> {
InputConfig.JustPressedInputAddress
});
case BaseAddressTypeEnum.InputBuffered:
return(new List <uint> {
InputConfig.BufferedInputAddress
});
case BaseAddressTypeEnum.Graphics:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.BehaviorGfxOffset)));
case BaseAddressTypeEnum.Animation:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.AnimationOffset)));
case BaseAddressTypeEnum.Waypoint:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.WaypointOffset)));
case BaseAddressTypeEnum.Water:
{
uint waterAddress = Config.Stream.GetUInt32(MiscConfig.WaterPointerAddress);
return(waterAddress != 0 ? new List <uint>()
{
waterAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Snow:
return(new List <uint> {
Config.Stream.GetUInt32(SnowConfig.SnowArrayPointerAddress)
});
case BaseAddressTypeEnum.Area:
return(new List <uint> {
Config.AreaManager.SelectedAreaAddress
});
case BaseAddressTypeEnum.LastCoin:
{
List <uint> coinAddresses = Config.ObjectSlotsManager.GetLoadedObjectsWithPredicate(
o => o.BehaviorAssociation?.Name == "Yellow Coin" || o.BehaviorAssociation?.Name == "Blue Coin")
.ConvertAll(objectDataModel => objectDataModel.Address);
return(coinAddresses.Count > 0 ? new List <uint>()
{
coinAddresses.Last()
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Ghost:
return(Config.ObjectSlotsManager.GetLoadedObjectsWithName("Mario Ghost")
.ConvertAll(objectDataModel => objectDataModel.Address));
case BaseAddressTypeEnum.HackedArea:
return(new List <uint> {
MiscConfig.HackedAreaAddress
});
case BaseAddressTypeEnum.CamHack:
return(new List <uint> {
CamHackConfig.StructAddress
});
case BaseAddressTypeEnum.GfxNode:
{
GfxNode node = Config.GfxManager.SelectedNode;
return(node != null ? new List <uint>()
{
node.Address
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.GhostHack:
return(new List <uint>
{
GhostHackConfig.MemoryAddress +
GhostHackConfig.FrameDataStructSize *
(Config.Stream.GetUInt32(GhostHackConfig.NumFramesAddress) + GhostHackConfig.FrameOffset)
});
default:
throw new ArgumentOutOfRangeException();
}
}
public static List <uint> GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum baseAddressType)
{
switch (baseAddressType)
{
case BaseAddressTypeEnum.None:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Absolute:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Relative:
return(BaseAddressListZero);
case BaseAddressTypeEnum.Mario:
return(new List <uint> {
MarioConfig.StructAddress
});
case BaseAddressTypeEnum.MarioObj:
return(new List <uint> {
Config.Stream.GetUInt32(MarioObjectConfig.PointerAddress)
});
case BaseAddressTypeEnum.Camera:
return(new List <uint> {
CameraConfig.StructAddress
});
case BaseAddressTypeEnum.CameraSettings:
{
uint a1 = 0x8033B910;
uint a2 = Config.Stream.GetUInt32(a1);
uint a3 = Config.Stream.GetUInt32(a2 + 0x10);
uint a4 = Config.Stream.GetUInt32(a3 + 0x08);
uint a5 = Config.Stream.GetUInt32(a4 + 0x10);
return(new List <uint> {
a5
});
}
case BaseAddressTypeEnum.File:
return(new List <uint> {
Config.FileManager.CurrentFileAddress
});
case BaseAddressTypeEnum.MainSave:
return(new List <uint> {
Config.MainSaveManager.CurrentMainSaveAddress
});
case BaseAddressTypeEnum.Object:
return(Config.ObjectSlotsManager.SelectedSlotsAddresses);
case BaseAddressTypeEnum.ProcessGroup:
return(Config.ObjectSlotsManager.SelectedObjects.ConvertAll(
obj => obj.CurrentProcessGroup ?? uint.MaxValue));
case BaseAddressTypeEnum.Triangle:
{
List <uint> triangleAddresses = Config.TriangleManager.TriangleAddresses;
if (triangleAddresses.Count == 1 && triangleAddresses[0] == 0)
{
return(BaseAddressListEmpty);
}
return(triangleAddresses);
}
case BaseAddressTypeEnum.TriangleExertionForceTable:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Triangle)
.ConvertAll(triangleAddress =>
{
uint exertionForceIndex = Config.Stream.GetByte(triangleAddress + TriangleOffsetsConfig.ExertionForceIndex);
return TriangleConfig.ExertionForceTableAddress + 2 * exertionForceIndex;
}));
case BaseAddressTypeEnum.CellsTriangle:
{
uint triangleAddress = Config.CellsManager.TriangleAddress;
return(triangleAddress != 0 ? new List <uint>()
{
triangleAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.CellsTriangleExertionForceTable:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.CellsTriangle)
.ConvertAll(triangleAddress =>
{
uint exertionForceIndex = Config.Stream.GetByte(triangleAddress + TriangleOffsetsConfig.ExertionForceIndex);
return TriangleConfig.ExertionForceTableAddress + 2 * exertionForceIndex;
}));
case BaseAddressTypeEnum.Floor:
{
uint floorAddress = Config.Stream.GetUInt32(MarioConfig.StructAddress + MarioConfig.FloorTriangleOffset);
return(floorAddress != 0 ? new List <uint>()
{
floorAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Wall:
{
uint wallAddress = Config.Stream.GetUInt32(MarioConfig.StructAddress + MarioConfig.WallTriangleOffset);
return(wallAddress != 0 ? new List <uint>()
{
wallAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Ceiling:
{
uint ceilingAddress = Config.Stream.GetUInt32(MarioConfig.StructAddress + MarioConfig.CeilingTriangleOffset);
return(ceilingAddress != 0 ? new List <uint>()
{
ceilingAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.InputCurrent:
return(new List <uint> {
InputConfig.CurrentInputAddress
});
case BaseAddressTypeEnum.InputJustPressed:
return(new List <uint> {
InputConfig.JustPressedInputAddress
});
case BaseAddressTypeEnum.InputBuffered:
return(new List <uint> {
InputConfig.BufferedInputAddress
});
case BaseAddressTypeEnum.Graphics:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.BehaviorGfxOffset)));
case BaseAddressTypeEnum.Animation:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.AnimationOffset)));
case BaseAddressTypeEnum.Waypoint:
return(GetBaseAddressListFromBaseAddressType(BaseAddressTypeEnum.Object)
.ConvertAll(objAddress => Config.Stream.GetUInt32(objAddress + ObjectConfig.WaypointOffset)));
case BaseAddressTypeEnum.Water:
{
uint waterAddress = Config.Stream.GetUInt32(MiscConfig.WaterPointerAddress);
return(waterAddress != 0 ? new List <uint>()
{
waterAddress
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Snow:
return(new List <uint> {
Config.Stream.GetUInt32(SnowConfig.SnowArrayPointerAddress)
});
case BaseAddressTypeEnum.Area:
return(new List <uint> {
Config.AreaManager.SelectedAreaAddress
});
case BaseAddressTypeEnum.Whirlpool1:
{
uint whirlpoolArrayAddress = Config.Stream.GetUInt32(Config.AreaManager.SelectedAreaAddress + 0x2C);
if (whirlpoolArrayAddress == 0)
{
return(BaseAddressListEmpty);
}
return(new List <uint>()
{
whirlpoolArrayAddress + 0x00
});
}
case BaseAddressTypeEnum.Whirlpool2:
{
uint whirlpoolArrayAddress = Config.Stream.GetUInt32(Config.AreaManager.SelectedAreaAddress + 0x2C);
if (whirlpoolArrayAddress == 0)
{
return(BaseAddressListEmpty);
}
return(new List <uint>()
{
whirlpoolArrayAddress + 0x08
});
}
case BaseAddressTypeEnum.Painting:
{
uint?paintingAddress = Config.PaintingManager.GetPaintingAddress();
return(paintingAddress != null ? new List <uint>()
{
paintingAddress.Value
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.Music:
{
uint?musicAddress = Config.MusicManager.GetMusicAddress();
return(musicAddress != null ? new List <uint>()
{
musicAddress.Value
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.LastCoin:
{
List <uint> coinAddresses = Config.ObjectSlotsManager.GetLoadedObjectsWithPredicate(
o => o.BehaviorAssociation?.Name == "Yellow Coin" || o.BehaviorAssociation?.Name == "Blue Coin")
.ConvertAll(objectDataModel => objectDataModel.Address);
return(coinAddresses.Count > 0 ? new List <uint>()
{
coinAddresses.Last()
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.WarpDestination:
return(new List <uint>()
{
MiscConfig.WarpDestinationAddress
});
case BaseAddressTypeEnum.HackedArea:
return(new List <uint> {
MiscConfig.HackedAreaAddress
});
case BaseAddressTypeEnum.CamHack:
return(new List <uint> {
CamHackConfig.StructAddress
});
case BaseAddressTypeEnum.GfxNode:
{
GfxNode node = Config.GfxManager.SelectedNode;
return(node != null ? new List <uint>()
{
node.Address
} : BaseAddressListEmpty);
}
case BaseAddressTypeEnum.GhostHack:
return(new List <uint>
{
GhostHackConfig.CurrentGhostStruct
});
default:
throw new ArgumentOutOfRangeException();
}
}
