Common::Common()
{
//get coefficients, Zhiqiang, 2011-8-10
//N uptake shape coefficient, Line 287-298, readplant.f
getNPShapeParameter(&(m_biomassNFraction1),&(m_biomassNFraction2),&(m_biomassNFraction3),
&(m_biomassNShapeCoefficient1),&(m_biomassNShapeCoefficient2));
//P uptake shape coefficient, Line 303-314, readplant.f
getNPShapeParameter(&(m_biomassPFraction1),&(m_biomassPFraction2),&(m_biomassPFraction3),
&(m_biomassPShapeCoefficient1),&(m_biomassPShapeCoefficient2));
//CO2 radiation-use efficiency adjust shape coefficient, Line 270-279, readplant.f
if(m_secondCO2Concentration == 330.0f) m_secondCO2Concentration = 660.0f;
getScurveShapeParameter(
m_radiationUseEfficiency * 0.01f,
m_secondBiomassEnergyRatio * 0.01f,
330.0f,
m_secondCO2Concentration,
&(m_CO2ShapeCoefficient1),
&(m_CO2ShapeCoefficient2));
//optimal leaf area development curve shape coefficient, Line 264, readplant.f
getScurveShapeParameter(
m_x1,m_x2,
m_y1,m_y2,
&(m_LAIShapeCoefficient1),
&(m_LAIShapeCoefficient2));
}
float PGCommon::NPBiomassFraction(float x1, float x2, float x3, float frPHU)
{
float ShapeCoefficient1 = 0.f;
float ShapeCoefficient2 = 0.f;
getNPShapeParameter(x1, x2, x3, &(ShapeCoefficient1), &(ShapeCoefficient2));
return getNPFraction(x1, x3, ShapeCoefficient1, ShapeCoefficient2, frPHU);
}
