public void SaveValue(EndianIO IO, int parentOffset)
{
//Go to the required offset
IO.Out.BaseStream.Position = parentOffset + BitmaskData.Offset;
//Determine type and write accordingly
switch (BitmaskData.Attributes)
{
case mValue.ObjectAttributes.Bitmask8:
{
IO.Out.Write((byte)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask16:
{
IO.Out.Write((short)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask32:
{
IO.Out.Write(BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
}
}
public RTHData.RTHDataBlock ReturnRTHDataBlock(int parentMemoryOffset)
{
//Initialize our RTH Data Block
RTHData.RTHDataBlock RTH_Data_Block = new RTHData.RTHDataBlock();
//Set our memory offset
RTH_Data_Block.Memory_Offset = (uint)(parentMemoryOffset + BitmaskData.Offset);
//Determine type and assign accordingly
switch (BitmaskData.Attributes)
{
case mValue.ObjectAttributes.Bitmask8:
{
RTH_Data_Block.Data_Block =
ExtraFunctions.ValueToBytes((byte)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask16:
{
RTH_Data_Block.Data_Block =
ExtraFunctions.ValueToBytes((short)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask32:
{
RTH_Data_Block.Data_Block =
ExtraFunctions.ValueToBytes(BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
}
//Reverse our value
//Array.Reverse(RTH_Data_Block.Data_Block);
//Set our block size
RTH_Data_Block.Block_Size = RTH_Data_Block.Data_Block.Length;
//Return the RTH Data Block instance
return(RTH_Data_Block);
}
public void SavePlacementBlocks(HaloUserMap User_Map)
{
//Loop through all the placement blocks.
for (int i = 0; i < Count; i++)
{
//Go to that placement block's offset.
User_Map.IO.Out.BaseStream.Position = this[i].Index_Offset + User_Map.SandboxOffset;
//Write our blockType
User_Map.IO.Out.Write((int)this[i].Block_Type);
//Write our unused
User_Map.IO.Out.Write(this[i].unused_4);
//Write the tags index which is the index of the pallete to use.
User_Map.IO.Out.Write(this[i].Tags_Index);
//Write our X Coordinate
User_Map.IO.Out.Write(this[i].X);
//Write our Y Coordinate
User_Map.IO.Out.Write(this[i].Y);
//Write our Z Coordinate
User_Map.IO.Out.Write(this[i].Z);
//Write our Yaw Rotation Coordinate
User_Map.IO.Out.Write(this[i].Yaw);
//Write our Pitch Rotation Coordinate
User_Map.IO.Out.Write(this[i].Pitch);
//Write our Roll Rotation Coordinate
User_Map.IO.Out.Write(this[i].Roll);
//Write the three unknown rotation values.
User_Map.IO.Out.Write(this[i].unknown_Rot_1);
User_Map.IO.Out.Write(this[i].unknown_Rot_2);
User_Map.IO.Out.Write(this[i].unknown_Rot_3);
//Write our 16 bytes of unused
User_Map.IO.Out.Write(this[i].unused_52);
//Write two unknowns.
User_Map.IO.Out.Write(this[i].unknown_60);
User_Map.IO.Out.Write(this[i].unknown_61);
//Initialize our flags list
List <bool> flags = new List <bool>();
//Set the unknown flag as the first bit
flags.Add(this[i].Flag_Unknown);
//Set the place at start as the second bit
flags.Add(this[i].Flag_Place_At_Start);
//Set the asymmetrical flag as the third bit
flags.Add(this[i].Flag_Asymmetrical);
//Set the symmetrical flag as the fourth bit.
flags.Add(this[i].Flag_Symmetrical);
//Add the 0 bits at the end
flags.Add(false);
flags.Add(false);
flags.Add(false);
flags.Add(false);
//Convert it to a byte and write it
User_Map.IO.Out.Write(byte.Parse(BitHelper.ConvertToWriteableInteger(flags).ToString()));
//Write our team index
User_Map.IO.Out.Write(this[i].Team);
//Write our spare clips
User_Map.IO.Out.Write(this[i].Spare_Clips);
//Write our respawn time.
User_Map.IO.Out.Write(this[i].Respawn_Time);
//Write our unused.
User_Map.IO.Out.Write(this[i].unused_68);
}
}