ParamInfo.cc
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/*
* ParamInfo.cc
*
* Created on: Oct 8, 2014
* Author: m.mazel
*/
#include "ParamInfo.hh"
namespace AMDA {
namespace Info {
std::ostream& operator<<(std::ostream& out, const ParamInfo& pi){
out << "[ParamInfo]" << std::endl;
out << "{"<<std::endl;
out << " _id = " << pi._id << std::endl;
out << " _name = " << pi._name << std::endl;
out << " _short_name = " << pi._short_name << std::endl;
out << " _components = " << pi._components << std::endl;
out << " _units = " << pi._units << std::endl;
out << " _coordinates_system = " << pi._coordinates_system << std::endl;
out << " _tensor_order = " << pi._tensor_order << std::endl;
out << " _si_conversion = " << pi._si_conversion << std::endl;
out << " _fill_value = " << pi._fill_value << std::endl;
out << " _ucd = " << pi._ucd << std::endl;
out << " _statusDef = ";
for (auto status : pi._statusDef)
out << "[" << status.getMinValue() <<
", " << status.getMaxValue() <<
", " << status.getName() << "]," << std::endl;
out << " _processInfo = " << pi._processInfo << std::endl;
out << " _processDesc = " << pi._processDesc << std::endl;
out << " _linkedParamList = ";
for (auto linkedParam : pi._linkedParamList)
out << linkedParam << ", ";
out << std::endl;
out << " _dataset_id = " << pi._dataset_id << std::endl;
out << " _instrument_id = " << pi._dataset_id << std::endl;
out << "}" << std::endl;
return out;
}
#define PUSHINFO(infoMap, key, value) if(!value.empty())infoMap.push_back(std::pair<std::string,std::string>(key,value))
std::vector<std::pair<std::string,std::string>> ParamInfo::getInfoMap(ParameterManager *parameterManager)
{
std::vector<std::pair<std::string,std::string>> infoMap;
PUSHINFO(infoMap, PARAMETER_ID, getId());
PUSHINFO(infoMap, PARAMETER_NAME,getName());
PUSHINFO(infoMap, PARAMETER_SHORT_NAME,getShortName());
if (getProcessInfo().empty())
{
//not a processed param
PUSHINFO(infoMap, PARAMETER_COMPONENTS, getComponents());
PUSHINFO(infoMap, PARAMETER_UNITS, getUnits());
PUSHINFO(infoMap, PARAMETER_COORDSYS, getCoordinatesSystem());
std::stringstream tensorOrder;
tensorOrder << getTensorOrder();
PUSHINFO(infoMap, PARAMETER_TENSOR, tensorOrder.str());
PUSHINFO(infoMap, PARAMETER_SICONV, getSiConversion());
if (_tables.empty())
{
//no table defined
PUSHINFO(infoMap, PARAMETER_TABLE, std::string("None"));
}
else
{
//push tables definition
for (auto table : _tables)
{
std::stringstream tableDim;
tableDim << table.first;
std::stringstream infoKey;
infoKey.str("");
infoKey << PARAMETER_TABLE << "[" << tableDim.str() << "]";
PUSHINFO(infoMap, infoKey.str(),table.second->getName(parameterManager));
infoKey.str("");
infoKey << PARAMETER_TABLE_UNITS << "[" << tableDim.str() << "]";
PUSHINFO(infoMap, infoKey.str(), table.second->getUnits(parameterManager));
//build min and max values list
std::stringstream tableMinValues;
std::stringstream tableMaxValues;
for (int i = 0; i< table.second->getSize(parameterManager); ++i)
{
if (i > 0)
{
tableMinValues << ",";
tableMaxValues << ",";
}
AMDA::Info::t_TableBound bound = table.second->getBound(parameterManager,i);
tableMinValues << bound.min;
tableMaxValues << bound.max;
}
infoKey.str("");
infoKey << PARAMETER_TABLE_MINVAL << "[" << tableDim.str() << "]";
PUSHINFO(infoMap, infoKey.str(), tableMinValues.str());
infoKey.str("");
infoKey << PARAMETER_TABLE_MAXVAL << "[" << tableDim.str() << "]";
PUSHINFO(infoMap, infoKey.str(), tableMaxValues.str());
}
}
std::stringstream fillVal;
fillVal << getFillValue();
PUSHINFO(infoMap, PARAMETER_FILLVALUE, fillVal.str());
PUSHINFO(infoMap, PARAMETER_UCD, getUcd());
//push status if defined
if (!_statusDef.empty())
{
for (int i = 0; i < (int)_statusDef.size(); ++i)
{
std::stringstream statusIndex;
statusIndex << i;
std::stringstream crtVal;
std::stringstream infoKey;
infoKey.str("");
infoKey << PARAMETER_STATUS_NAME << "[" << statusIndex.str() << "]";
PUSHINFO(infoMap, infoKey.str(),_statusDef[i].getName());
infoKey.str("");
infoKey << PARAMETER_STATUS_MIN << "[" << statusIndex.str() << "]";
crtVal.str("");
crtVal << _statusDef[i].getMinValue();
PUSHINFO(infoMap, infoKey.str(),crtVal.str());
infoKey.str("");
infoKey << PARAMETER_STATUS_MAX << "[" << statusIndex.str() << "]";
crtVal.str("");
crtVal << _statusDef[i].getMaxValue();
PUSHINFO(infoMap, infoKey.str(),crtVal.str());
}
}
}
else
{
//processed parameter
PUSHINFO(infoMap, PARAMETER_PROCESS_INFO, getProcessInfo());
PUSHINFO(infoMap, PARAMETER_PROCESS_DESC, getProcessDescription());
std::stringstream linkedParam;
bool isFirst = true;
for (auto param : _linkedParamList)
{
if (!isFirst)
linkedParam << ",";
isFirst = false;
linkedParam << param;
}
PUSHINFO(infoMap, PARAMETER_LINKED_PARAM, linkedParam.str());
}
return infoMap;
}
} /* namespace Info */
} /* namespace AMDA */