void ConfigureTx(TxConfiguration txConfiguration, float bw)
{
var packetsPer10ms_fullPayload = (int)Math.Floor(bw * 0.01f / (LocalLogicConfiguration.IpAndUdpHeadersSizeBytes + _payloadPacket.Length) / 8);
var udpBytesPerPacket10ms = (int)Math.Floor(bw * 0.01f / 8 - LocalLogicConfiguration.IpAndUdpHeadersSizeBytes);
if (packetsPer10ms_fullPayload < 5 && udpBytesPerPacket10ms <= _payloadPacket.Length)
{
if (udpBytesPerPacket10ms > PayloadPacketHeaderSizeBytes && udpBytesPerPacket10ms > 200)
{
txConfiguration.PacketsPer10ms = 1;
txConfiguration.UdpBytesPerPacket10ms = udpBytesPerPacket10ms;
}
else
{ // not 10ms, go with 100ms period
ConfigureTx_100ms_1s(txConfiguration, bw);
}
}
else // large bandwidths
{
txConfiguration.PacketsPer10ms = packetsPer10ms_fullPayload;
txConfiguration.UdpBytesPerPacket10ms = _payloadPacket.Length;
// precise adjustment
var remainderBw = bw - 100.0f * txConfiguration.PacketsPer10ms * (txConfiguration.UdpBytesPerPacket10ms + LocalLogicConfiguration.IpAndUdpHeadersSizeBytes) * 8;
ConfigureTx_100ms_1s(txConfiguration, remainderBw);
}
}
void ConfigureTx_100ms_1s(TxConfiguration txConfiguration, float bw)
{
var packetsPer100ms_fullPayload = (int)Math.Floor(bw * 0.1f / (LocalLogicConfiguration.IpAndUdpHeadersSizeBytes + _payloadPacket.Length) / 8);
var udpBytesPerPacket100ms = (int)Math.Floor(bw * 0.1f / 8 - LocalLogicConfiguration.IpAndUdpHeadersSizeBytes);
if (packetsPer100ms_fullPayload < 5 && udpBytesPerPacket100ms <= _payloadPacket.Length)
{
if (udpBytesPerPacket100ms > PayloadPacketHeaderSizeBytes && udpBytesPerPacket100ms > 200)
{
txConfiguration.PacketsPer100ms = 1;
txConfiguration.UdpBytesPerPacket100ms = udpBytesPerPacket100ms;
}
else
{ // not 100ms, go with 1s period
var packetsPer1s_fullPayload = (int)Math.Floor(bw / (LocalLogicConfiguration.IpAndUdpHeadersSizeBytes + _payloadPacket.Length) / 8);
var udpBytesPerPacket1s = (int)Math.Floor(bw / 8 - LocalLogicConfiguration.IpAndUdpHeadersSizeBytes);
if (packetsPer1s_fullPayload < 5 && udpBytesPerPacket1s <= _payloadPacket.Length)
{
if (udpBytesPerPacket1s > PayloadPacketHeaderSizeBytes)
{
txConfiguration.PacketsPer1s = 1;
txConfiguration.UdpBytesPerPacket1s = udpBytesPerPacket1s;
}
else
{
// lowest bandwidth
txConfiguration.PacketsPer1s = 1;
txConfiguration.UdpBytesPerPacket1s = PayloadPacketHeaderSizeBytes;
}
}
else
{
txConfiguration.PacketsPer1s = packetsPer1s_fullPayload;
txConfiguration.UdpBytesPerPacket1s = _payloadPacket.Length;
// todo more exact
}
}
}
else
{
txConfiguration.PacketsPer100ms = packetsPer100ms_fullPayload;
txConfiguration.UdpBytesPerPacket100ms = _payloadPacket.Length;
// todo precise adjustment
}
}
