public void serialize(ByteBuffer buf)
{
buf.putInt(nChans);
buf.putInt(nSamples);
buf.putInt(nEvents);
buf.putFloat(fSample);
buf.putInt(dataType);
if (channelNameSize <= nChans)
{
// channel names are all empty or array length does not match
buf.putInt(0);
}
else
{
buf.putInt(8 + channelNameSize); // 8 bytes for chunk def
buf.putInt(CHUNK_CHANNEL_NAMES);
buf.putInt(channelNameSize);
for (int i = 0; i < nChans; i++)
{
if (labels[i] != null)
{
buf.putString(labels[i]);
}
buf.putByte((byte)0);
}
}
}
public IntBuffer put(int[] src)
{
for (int i = 0; i < src.Length; ++i)
{
bytebuffer.putInt(src[i]);
}
return(this);
}
public void serialize(ByteBuffer buf)
{
buf.putInt(wType.type);
buf.putInt(wType.numel);
buf.putInt(wValue.type);
buf.putInt(wValue.numel);
buf.putInt(sample);
buf.putInt(offset);
buf.putInt(duration);
buf.putInt(wType.size + wValue.size);
wType.serialize(buf);
wValue.serialize(buf);
}
protected ByteBuffer preparePutData(int nChans, int nSamples, int type)
{
int bufsize = DataType.wordSize[type] * nSamples * nChans;
ByteBuffer buf = ByteBuffer.allocate(8 + 16 + bufsize);
buf.order(myOrder);
buf.putShort(VERSION).putShort(PUT_DAT).putInt(16 + bufsize);
buf.putInt(nChans).putInt(nSamples).putInt(type).putInt(bufsize);
return(buf);
}
public void serialize(ByteBuffer buf)
{
buf.putInt(wType.type);
buf.putInt(wType.numel);
buf.putInt(wValue.type);
buf.putInt(wValue.numel);
buf.putInt(sample);
buf.putInt(offset);
buf.putInt(duration);
buf.putInt(wType.size+wValue.size);
wType.serialize(buf);
wValue.serialize(buf);
}
public void serialize(ByteBuffer buf)
{
buf.putInt(nChans);
buf.putInt(nSamples);
buf.putInt(nEvents);
buf.putFloat(fSample);
buf.putInt(dataType);
if (channelNameSize <= nChans) {
// channel names are all empty or array length does not match
buf.putInt(0);
} else {
buf.putInt(8 + channelNameSize); // 8 bytes for chunk def
buf.putInt(CHUNK_CHANNEL_NAMES);
buf.putInt(channelNameSize);
for (int i=0;i<nChans;i++) {
if (labels[i] != null)
buf.putString( labels[i]);
buf.putByte((byte) 0);
}
}
}
