public void Execute(int index)
{
int4 k = pairs[index];
CNInfo rxNode = nodes[k.y];
AntennaData tx = antennas[k.z];
AntennaData rx = antennas[k.w];
rxPrecalcNoise[index] = antennaNoise[k.w];
rxSurfaceNormal[index] = rx.isHome ? rxNode.surfaceNormal : double3.zero;
txPower[index] = tx.txPower;
txFreq[index] = tx.freq;
txGain[index] = tx.gain;
txBeamwidth[index] = tx.beamwidth;
txHome[index] = tx.isHome;
txPos[index] = tx.position;
txDir[index] = tx.isHome ? (float3)(rx.position - tx.position) : tx.dir;
rxFreq[index] = rx.freq;
rxGain[index] = rx.gain;
rxBeamwidth[index] = rx.beamwidth;
rxHome[index] = rx.isHome;
rxPos[index] = rx.position;
rxDir[index] = rx.isHome ? (float3)(tx.position - rx.position) : rx.dir;
rxAMW[index] = rx.AMW;
}
public void Execute(int index)
{
AntennaData tx = antennas[pairs[index].z];
AntennaData rx = antennas[pairs[index].w];
encoder[index] = tx.encoder.BestMatching(rx.encoder);
}
public void Execute(int index)
{
AntennaData tx = antennas[pairs[index].z];
AntennaData rx = antennas[pairs[index].w];
float max = math.min(tx.maxSymbolRate, rx.maxSymbolRate);
float min = math.max(tx.minSymbolRate, rx.minSymbolRate);
int bits = math.min(tx.modulationBits, rx.modulationBits);
if (min > max)
{
min = 0;
max = 0;
}
float maxData = max * encoder[index].CodingRate * (1 << (bits - 1));
float minData = min * encoder[index].CodingRate;
maxSymbolRate[index] = max;
minSymbolRate[index] = min;
maxModulationBits[index] = bits;
maxDataRate[index] = maxData;
minDataRate[index] = minData;
maxSteps[index] = minData > 0 ? (int)math.floor(math.log2(maxData / minData)) : 0;
}
public void Execute(int index)
{
AntennaData ant = antennas[index];
noiseTemp[index] = ant.isHome ? 0 : Precompute.NoiseFromOccluders(ant, occluders);
}