public void DrawTile(IOperand tile)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opTile);
_liveQueue.Push(tile);
});
}
public void SetU16(Core.Address addr)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opAddr);
_liveQueue.Push(addr.Hi);
_liveQueue.Push(addr.Lo);
});
}
public void Write(Core.Address addr)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opPalettes);
_liveQueue.Push(addr.Lo);
_liveQueue.Push(addr.Hi);
});
}
public void Write(Core.Address ramStart, U8 len)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opExecuteRom);
_liveQueue.Push(ramStart.Lo);
_liveQueue.Push(ramStart.Hi);
_liveQueue.Push(len);
});
}
public void Draw(params IOperand[] tile)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opTileArray);
_liveQueue.Push((U8)tile.Length);
for (var i = 0; i < tile.Length; i++) //using tile.length here so individual values can be pushed after this call
{
_liveQueue.Push(tile[i]);
}
});
//TODO: drawing tiles in a sequence can be done with a write() inline func, adding one at a time after
//setting length already when the length is already known. If it isn't known, maybe a length-val-offset could be stored,
//then the length tallied up during writes, then a done() inline func called that writes the length at the right offset o_O
}
public void For(U8 frames)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opPause);
_liveQueue.Push(frames);
});
}
public void Call(Action action)
{
var offsetAddr = LabelFor(action).Offset(-1);
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opCallSub);
_liveQueue.Push(offsetAddr.Lo());
_liveQueue.Push(offsetAddr.Hi());
});
}
public void Draw(params U8[] tile)
{
_liveQueue.Write(Y, () => {
_liveQueue.Push(_opTilesRLE);
for (var i = 0; i < tile.Length; i++) //using tile.length here so individual values can be pushed after this call
{
_liveQueue.Push(tile[i]);
}
_liveQueue.Push(VRamQueue.Op.NOP);
});
}