void ParseStdArgs(int argc, char **argv,int *extra_argc, char ***extra_argv) {
Options options[] = {{"P","protocol",1,0,0},
{"h","hostfile",1,0,0},
{"s","server",0,0,0},
{"m","multi",0,0,0},
{"c","compression",1,0,0},
{0,0,0,0}};
ParseCommand(argc,argv,options,1,extra_argc,extra_argv);
if (options[0].present && options[0].value)
SetProtocol(options[0].value);
if (options[1].present && options[1].value)
SetHostfile(options[1].value);
if (options[2].present) {
if (options[3].present) {
fprintf(stderr,"Cannot select both server mode and multi mode\n\n");
PrintHelp(0);
} else {
SetMulti(1);
SetContextSwitching(0);
}
}
if (options[3].present) {
SetMulti(1);
SetContextSwitching(1);
}
if (options[4].present && options[4].value)
SetCompressionLevel(atoi(options[4].value));
}
// ********************************************************************************************
LzMatcher::LzMatcher()
: max_lz_memory_size(LzMatcher::DEFAULT_MAX_LZ_MEMORY_SIZE)
{
Initialize();
SetCompressionLevel(LzMatcher::DEFAULT_COMPRESSION_LEVEL);
// min_factor is computed to rapidly compute hash value when moving sliding window over sequence
min_factor = 1;
for (uint32 i = 0; i < min_match_len-1; ++i)
{
min_factor *= 33;
}
PreparePhred();
}
std::unique_ptr<reflectionzeug::PropertyGroup> CanvasExporterPNG::createPropertyGroup()
{
auto group = CanvasExporterImages::createPropertyGroup();
auto pngWriter = static_cast<vtkPNGWriter *>(m_writer.Get());
group->addProperty<int>("CompressionLevel",
[pngWriter] () { return pngWriter->GetCompressionLevel(); },
[pngWriter] (int level) { pngWriter->SetCompressionLevel(level); })
->setOptions({
{ "title", "Compression Level" },
{ "minimum", pngWriter->GetCompressionLevelMinValue() },
{ "maximum", pngWriter->GetCompressionLevelMaxValue() }
});
return group;
}