EvalCase.cpp

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//
// EvalCase.cpp
//
//  Created on: 05.09.2011
//      Author: wahnfla
//
 
#include "EvalCase.hpp"
#include "../tools/errorhandler.hpp"    // for print...
//#include "StringToolbox.hpp"
#include <bitset>
 
namespace datatypes
{
 
EvalCase::EvalCase()
{
        m_datatype = Datatype_EvalCase;
        
        m_versionNumberIntern = 1;
}
 
EvalCase::~EvalCase()
{
}
 
// Estimate the memory usage of this object.
const UINT32 EvalCase::getUsedMemory() const
{
        return sizeof(*this) +
                        m_caseName.length() +
                        m_comment.length();
}
 
 
double EvalCase::getBlankingSize() const
{
        return m_blankingSize;
}
 
const std::string& EvalCase::getCaseName() const
{
        return m_caseName;
}
 
UINT8 EvalCase::getCaseNumber() const
{
        return m_caseNumber;
}
 
const std::string& EvalCase::getComment() const
{
        return m_comment;
}
 
UINT16 EvalCase::getFieldNumber() const
{
        return m_fieldNumber;
}
 
EvalCase::FilterType EvalCase::getFilterType() const
{
        return m_filterType;
}
 
// const EvalCase::InputStateVector& EvalCase::getHardwareInputs() const
// {
//      return m_hardwareInputs;
// }
 
const UINT8 EvalCase::getLogicalInputState_as_UINT8() const
{
        UINT8 state = (((UINT8)(m_logicalInputState[1])) << 2) + ((UINT8)(m_logicalInputState[0]));
        return state;
}
 
double EvalCase::getMaxRadialCorridor() const
{
        return m_maxRadialCorridor;
}
 
double EvalCase::getMinFieldExp() const
{
        return m_minFieldExp;
}
 
UINT8 EvalCase::getOutputNumber() const
{
        return m_outputNumber;
}
 
UINT32 EvalCase::getResponseTime() const
{
        return m_responseTime;
}
 
UINT32 EvalCase::getResponseTimeExtended() const
{
        return m_responseTimeExtended;
}
 
EvalCase::EvaluationStrategy EvalCase::getStrategy() const
{
        return m_strategy;
}
 
UINT32 EvalCase::getVersionNumberIntern() const
{
        return m_versionNumberIntern;
}
 
bool EvalCase::isDistDependent() const
{
        return m_distDependent;
}
 
bool EvalCase::isResultNegation() const
{
        return m_resultNegation;
}
 
void EvalCase::setBlankingSize(double blankingSize)
{
        this->m_blankingSize = blankingSize;
        
        // Consistency check
        if (m_blankingSize > 10.0)
        {
                printWarning("EvalCase::setBlankingSize: Blanking size is very large. Was it really written in [m]?");
        }
}
 
void EvalCase::setCaseName(const std::string& caseName)
{
        m_caseName = caseName;
        if (m_caseName.length() > 32)
        {
                m_caseName = m_caseName.substr(0, 32);
        }
}
 
void EvalCase::setCaseNumber(UINT8 caseNumber)
{
        this->m_caseNumber = caseNumber;
        if (m_caseNumber == 0)
        {
                printWarning("EvalCase::setCaseNumber: Case number must be >0 for a valid EvalCase!");
        }
}
 
void EvalCase::setComment(const std::string& comment)
{
        m_comment = comment;
        if (m_comment.length() > 128)
        {
                m_comment = m_comment.substr(0, 128);
        }
}
 
void EvalCase::setDistDependent(bool distDependent)
{
        this->m_distDependent = distDependent;
}
 
bool EvalCase::getDistDependent()
{
        return m_distDependent;
}
 
void EvalCase::setFieldNumber(UINT16 fieldNumber)
{
        this->m_fieldNumber = fieldNumber;
}
 
void EvalCase::setFilterType(FilterType filterType)
{
        this->m_filterType = filterType;
}
 
// void EvalCase::setHardwareInputs(const EvalCase::InputStateVector& hardwareInputs)
// {
//      this->m_hardwareInputs = hardwareInputs;
// }
 
// void EvalCase::setLogicalInputs(const EvalCase::InputStateVector& logicalInputs)
// {
//      this->m_logicalInputs = logicalInputs;
// }
 
void EvalCase::setMaxRadialCorridor(double maxRadialCorridor)
{
        this->m_maxRadialCorridor = maxRadialCorridor;
}
 
void EvalCase::setMinFieldExp(double minFieldExp)
{
        this->m_minFieldExp = minFieldExp;
}
 
void EvalCase::setOutputNumber(UINT8 outputNumber)
{
        this->m_outputNumber = outputNumber;
}
 
void EvalCase::setResponseTime(UINT32 responseTime)
{
        this->m_responseTime = responseTime;
}
 
void EvalCase::setResponseTimeExtended(UINT32 responseTimeExtended)
{
        this->m_responseTimeExtended = responseTimeExtended;
}
 
void EvalCase::setResultNegation(bool resultNegation)
{
        this->m_resultNegation = resultNegation;
}
 
bool EvalCase::getResultNegation()
{
        return this->m_resultNegation;
}
 
void EvalCase::setStrategy(EvaluationStrategy strategy)
{
        this->m_strategy = strategy;
}
 
//
// Sets the internal version number, as used by the MRS.
//
void EvalCase::setVersionNumber(UINT16 versionNumber)
{
        this->m_versionNumberIntern = versionNumber;
}
 
//
// Returns the internal version number, as used by the MRS.
//
UINT16 EvalCase::getVersionNumber()
{
        return (this->m_versionNumberIntern);
}
 
EvalCase::ManipulationPrevention EvalCase::getManipulationPrevention() const
{
        return m_manipulationPrevention;
}
 
void EvalCase::setManipulationPrevention(EvalCase::ManipulationPrevention manPrev)
{
        m_manipulationPrevention = manPrev;
}
 
//
// Decode the input state data from the sensor into this
// objects structure.
//
void EvalCase::setLogicalInputState_from_UINT8(UINT8 value)
{
        // Input 1
        UINT8 inputValue = value & 0x03;
        switch (inputValue)
        {
                case 0:
                        m_logicalInputState[0] = INPUT_INACTIVE;
                        break;
                case  1:
                        m_logicalInputState[0] = INPUT_LOW_ACTIVE;
                        break;
                case 2:
                        m_logicalInputState[0] = INPUT_HIGH_ACTIVE;
                        break;
                default:
                        printError("EvalCase::setLogicalInputState_from_UINT8: Configuration of input 1 has an invalid value, aborting!");
                        return;
        }
 
        // Input 2
        inputValue = (value >> 2) & 0x03;
        switch (inputValue)
        {
                case 0:
                        m_logicalInputState[1] = INPUT_INACTIVE;
                        break;
                case  1:
                        m_logicalInputState[1] = INPUT_LOW_ACTIVE;
                        break;
                case 2:
                        m_logicalInputState[1] = INPUT_HIGH_ACTIVE;
                        break;
                default:
                        printError("EvalCase::setLogicalInputState_from_UINT8: Configuration of input 2 has an invalid value, aborting!");
                        return;
        }
}
 
 
} // namespace datatypes