void DataLog::Log(unsigned int dimension, const float* vals, unsigned int samples )
{
if(!block0) {
// Create first block
block0 = new DataLogBlock(dimension, block_samples_alloc, 0);
blockn = block0;
}
if(record_stats) {
while(stats.size() < dimension) {
stats.push_back( DimensionStats() );
}
for(unsigned int d=0; d<dimension; ++d) {
DimensionStats& ds = stats[d];
for(unsigned int s=0; s<samples; ++s) {
const float v = vals[s*dimension+d];
ds.isMonotonic = ds.isMonotonic && (v >= ds.max);
ds.sum += v;
ds.sum_sq += v*v;
ds.min = std::min(ds.min, v);
ds.max = std::max(ds.max, v);
}
}
}
blockn->AddSamples(samples,dimension,vals);
// Update pointer to most recent block.
while(blockn->NextBlock()) {
blockn = blockn->NextBlock();
}
}
void DataLog::Log(size_t dimension, const float* vals, unsigned int samples )
{
if(!block0) {
// Create first block
block0 = std::unique_ptr<DataLogBlock>(new DataLogBlock(dimension, block_samples_alloc, 0));
blockn = block0.get();
}
if(record_stats) {
while(stats.size() < dimension) {
stats.push_back( DimensionStats() );
}
for(unsigned int d=0; d<dimension; ++d) {
DimensionStats& ds = stats[d];
for(unsigned int s=0; s<samples; ++s) {
ds.Add(vals[s*dimension+d]);
}
}
}
blockn->AddSamples(samples,dimension,vals);
// Update pointer to most recent block.
while(blockn->NextBlock()) {
blockn = blockn->NextBlock();
}
}
