Method Print

SRC/material/nD/FSAM.cpp:563–592

Print

// Print 
void FSAM::Print(OPS_Stream &s, int flag)
{
	s << "\nFSAM, nDMaterial tag: " << this->getTag() << endln;

	// Input values
	s << "density: " << rho << endln;
	s << "roux: " << roux << ", rouy: " << rouy << endln;
	s << "nu: " << nu  << ", alphadow: " << alfadow << endln;	

	// Output values
	// Strain and stress of the uniaxial materials
	s << "Strain and stress of the uniaxial materials:"<<endln;
	s<< " Steel X: Strain = "<<theMaterial[0]->getStrain()<<", Stress = "<<theMaterial[0]->getStress()<< endln;
	s<< " Steel Y: Strain = "<<theMaterial[1]->getStrain()<<", Stress = "<<theMaterial[1]->getStress()<< endln;
	s<< " Concrete 1-A1: Strain = "<<theMaterial[2]->getStrain()<<", Stress = "<<theMaterial[2]->getStress()<< endln;
	s<< " Concrete 1-A2: Strain = "<<theMaterial[3]->getStrain()<<", Stress = "<<theMaterial[3]->getStress()<< endln;
	s<< " Concrete 2-A1: Strain = "<<theMaterial[4]->getStrain()<<", Stress = "<<theMaterial[4]->getStress()<< endln;
	s<< " Concrete 2-A2: Strain = "<<theMaterial[5]->getStrain()<<", Stress = "<<theMaterial[5]->getStress()<< endln;
	s<< " Concrete 2-B1: Strain = "<<theMaterial[6]->getStrain()<<", Stress = "<<theMaterial[6]->getStress()<< endln;
	s<< " Concrete 2-B2: Strain = "<<theMaterial[7]->getStrain()<<", Stress = "<<theMaterial[7]->getStress()<< endln;
	s << " Crack Angle 1 = " << CCrackingAngles(0) << endln;
	s << " Crack Angle 2 = " << CCrackingAngles(1) << endln;

	// Strain and Stress of the RC panel
	s << "Panel strains:"<<endln;
	s<< " EpsX = "<< CStrain(0) << ", EpsY = " << CStrain(1) << ", GammaXY = " << CStrain(2) << endln;
	s << "Panel stresses:"<<endln;
	s<< " SigX = "<< CStress(0) << ", SigY = " << CStress(1) << ", TauXY = " << CStress(2) << endln;

}

int FSAM::sendSelf(int commitTag, Channel &theChannel)
{