float plaStraight (const float *calibrationTable, float delta, float minValue,
float maxValue, float inValue)
{
int i;
float outValue = minValue;
if (inValue > calibrationTable[i = 0])
while (maxValue >= outValue)
{
if (inValue < calibrationTable[++i])
return outValue + (inValue - calibrationTable[i-1]) * delta
/ (calibrationTable[i] - calibrationTable[i-1]);
outValue += delta;
};
return outValue;
}

float plaStraight (const float *calibrationTable, float delta, float minValue,
float maxValue, float inValue)
{
int i;
float outValue = minValue;
if (inValue > calibrationTable[i = 0])
while (maxValue >= outValue)
{
if (inValue < calibrationTable[++i])
return outValue + (inValue - calibrationTable[i-1]) * delta
/ (calibrationTable[i] - calibrationTable[i-1]);
outValue += delta;
};
return outValue;
}

float plaRevers (const float *calibrationTable, u32 len, float reversDelta,
float minValue, float inValue)
{
float outValue = calibrationTable[len - 1];
float inValue0 = minValue;
float straightDelta;
int i = 0;

outValue = calibrationTable[len - 1];
inValue0 = minValue;

if ( inValue > inValue0 )
{
while ( calibrationTable[len-1] >= outValue )
{
i++;
if ( inValue < (inValue0 + reversDelta) )
{
straightDelta = calibrationTable[i] - calibrationTable[i-1];
outValue = calibrationTable[i-1] +
((inValue - inValue0) * straightDelta / reversDelta);
return outValue;
}
outValue = calibrationTable[i];
inValue += reversDelta;
}
outValue = calibrationTable[len-1];
}
return outValue;
}

class TermocoupleSProcessor: public TermocoupleProcessorBase
{
    public:

    virtual float calcTemperature (float eds)
        {
        return plaStraight (typeSCalibrationTable, 10.0, -50.0f, 1760.0f, eds); //<<<Добавления этой строчки приводит к большому выделению памяти
        }

    virtual float calcEds (float t)
        {
          return plaRevers(typeSCalibrationTable, CALIBRATION_TABLE_LEN, 10.0f, -50.0f, t);//<<<Добавления этой строчки приводит к большому выделению памяти
        }
        

    virtual void init (void)
    {
        sensorType = TermocoupleS;
        conversationIsReady = 0;
    }
};

static const float typeSCalibrationTable[] = {
-0.226, -0.188, -0.145, -0.1, -0.051, 0, 0.054, 0.111, 0.171, 0.232, 0.296, 0.363,
... много много значений ...
};