HG_REPOSITORIES/LPP/SciQLOP_Repos/SciQLop Files · gui/src/Visualization/QCPColorMapIterator.cpp

Wait for the end of an acquisition to validate an operation (2)...

Wait for the end of an acquisition to validate an operation (2) Creates signal in VariableController emitted when there is no pending acquisition

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             QCPColorMapIterator.cpp
        
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      #include "Visualization/QCPColorMapIterator.h"

      #include <Visualization/qcustomplot.h>

      QCPColorMapIterator::QCPColorMapIterator(QCPColorMapData *data, bool begin)

              : m_Data{data}, m_KeyIndex{begin ? 0 : data->keySize()}, m_ValueIndex{0}

      {

          updateValue();

      }

      QCPColorMapIterator &QCPColorMapIterator::operator++()

      {

          // Increments indexes

          ++m_ValueIndex;

          if (m_ValueIndex == m_Data->valueSize()) {

              ++m_KeyIndex;

              m_ValueIndex = 0;

          }

          // Updates value

          updateValue();

          return *this;

      }

      QCPColorMapIterator QCPColorMapIterator::operator++(int)

      {

          auto result = *this;

          this->operator++();

          return result;

      }

      QCPColorMapIterator::pointer QCPColorMapIterator::operator->() const

      {

          return &m_Value;

      }

      QCPColorMapIterator::reference QCPColorMapIterator::operator*() const

      {

          return m_Value;

      }

      bool QCPColorMapIterator::operator==(const QCPColorMapIterator &other)

      {

          return std::tie(m_Data, m_KeyIndex, m_ValueIndex)

                 == std::tie(other.m_Data, other.m_KeyIndex, other.m_ValueIndex);

      }

      bool QCPColorMapIterator::operator!=(const QCPColorMapIterator &other)

      {

          return !(*this == other);

      }

      void QCPColorMapIterator::updateValue()

      {

          m_Value = m_KeyIndex != m_Data->keySize() ? m_Data->cell(m_KeyIndex, m_ValueIndex)

                                                    : std::numeric_limits<double>::quiet_NaN();

      }

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				#include "Visualization/QCPColorMapIterator.h"

				#include <Visualization/qcustomplot.h>

				QCPColorMapIterator::QCPColorMapIterator(QCPColorMapData *data, bool begin)
				: m_Data{data}, m_KeyIndex{begin ? 0 : data->keySize()}, m_ValueIndex{0}
				{
				updateValue();
				}

				QCPColorMapIterator &QCPColorMapIterator::operator++()
				{
				// Increments indexes
				++m_ValueIndex;
				if (m_ValueIndex == m_Data->valueSize()) {
				++m_KeyIndex;
				m_ValueIndex = 0;
				}

				// Updates value
				updateValue();

				return *this;
				}

				QCPColorMapIterator QCPColorMapIterator::operator++(int)
				{
				auto result = *this;
				this->operator++();
				return result;
				}

				QCPColorMapIterator::pointer QCPColorMapIterator::operator->() const
				{
				return &m_Value;
				}

				QCPColorMapIterator::reference QCPColorMapIterator::operator*() const
				{
				return m_Value;
				}

				bool QCPColorMapIterator::operator==(const QCPColorMapIterator &other)
				{
				return std::tie(m_Data, m_KeyIndex, m_ValueIndex)
				== std::tie(other.m_Data, other.m_KeyIndex, other.m_ValueIndex);
				}

				bool QCPColorMapIterator::operator!=(const QCPColorMapIterator &other)
				{
				return !(*this == other);
				}

				void QCPColorMapIterator::updateValue()
				{
				m_Value = m_KeyIndex != m_Data->keySize() ? m_Data->cell(m_KeyIndex, m_ValueIndex)
				: std::numeric_limits<double>::quiet_NaN();
				}