msys_invs Namespace Reference

Python auxiliary script. More...

Functions
def	eps_calc_ev_ed
def	sig_calc_p
def	sig_calc_p_q
def	s123_calc_p_q
def	sig_calc_pqt
def	s123_calc_pqt
def	calc_norm
def	calc_determinant
def	calc_squared
def	char_invs
def	sig_calc_t
def	pqt_calc_s123
def	convert_p_q
def	sig_calc_s123
def	sig_calc_rot
def	eps_calc_e123
def	s123_calc_oct
def	sxyz_calc_oct
def	oct_calc_s123
def	oct_calc_sxyz
def	phi_calc_M
def	M_calc_phi
def	qf_calc_cu
def	prop_calc_pqf
def	output_data
Variables
tuple	sig = matrix([[-90.0], [-20.0], [-20.0], [0.0*sqrt(2.0)]])
tuple	I = matrix([[1.0],[1.0],[1.0],[0.0]])
tuple	dev_sig = sig-((sig[0,0]+sig[1,0]+sig[2,0])/3.0)
tuple	s123 = sig_calc_s123(sig)
tuple	t = sig_calc_t(sig)
tuple	I123 = array([1.0,1.0,1.0])
tuple	dev_s123 = s123-((s1+s2+s3)/3.0)
tuple	q2 = sqrt(dot(dev_s123,dev_s123))
tuple	q3 = calc_norm(dev_sig)
float	t1 = 3.0
	I1b = s1+s2+s3
	I2b = s1*s2+s2*s3+s3*s1
	I3b = s1*s2*s3
tuple	s123c = oct_calc_s123(sa,sb,sc)

---

Detailed Description

Python auxiliary script.

---

Function Documentation

def msys_invs.calc_determinant

(

A

)

def msys_invs.calc_norm

(

A

)

def msys_invs.calc_squared

(

A

)

def msys_invs.char_invs	(		A,
			with_derivs = False
	)

def msys_invs.convert_p_q	(		p,
			q,
			t,
			TypeOri,
			TypeDest
	)

def msys_invs.eps_calc_e123	(		eps,
			do_sort = False
	)

def msys_invs.eps_calc_ev_ed	(		eps,
			Type = 'cam'
	)

def msys_invs.M_calc_phi	(		M,
			Type = 'oct',
			Mode = 'comp'
	)

def msys_invs.oct_calc_s123	(		sa,
			sb,
			sc
	)

def msys_invs.oct_calc_sxyz	(		sa,
			sb,
			sc
	)

def msys_invs.output_data	(		sig,
			eps,
			Type = 'oct'
	)

def msys_invs.phi_calc_M	(		phi,
			Type = 'oct'
	)

def msys_invs.pqt_calc_s123	(		p,
			q,
			t,
			Type = 'oct'
	)

def msys_invs.prop_calc_pqf	(		p0,
			q0,
			M,
			k
	)

def msys_invs.qf_calc_cu	(		qf,
			qType = "oct",
			psa = False
	)

def msys_invs.s123_calc_oct

(

s123

)

def msys_invs.s123_calc_p_q	(		s123,
			Type = 'oct',
			with_derivs = False,
			qtol = 1.0e-8
	)

def msys_invs.s123_calc_pqt	(		s123,
			Type = 'oct',
			with_derivs = False,
			qtol = 1.0e-8
	)

def msys_invs.sig_calc_p	(		sig,
			Type = 'oct'
	)

def msys_invs.sig_calc_p_q	(		sig,
			Type = 'oct',
			with_derivs = False,
			qtol = 1.0e-8
	)

def msys_invs.sig_calc_pqt	(		sig,
			Type = 'oct',
			with_derivs = False,
			qtol = 1.0e-8
	)

def msys_invs.sig_calc_rot

(

sig

)

def msys_invs.sig_calc_s123	(		sig,
			with_projs = False,
			do_sort = False
	)

def msys_invs.sig_calc_t	(		sig,
			with_derivs = False,
			qtol = 1.0e-8
	)

def msys_invs.sxyz_calc_oct

(

sxyz

)

---

Variable Documentation

tuple msys_invs::dev_s123 = s123-((s1+s2+s3)/3.0)

tuple msys_invs::dev_sig = sig-((sig[0,0]+sig[1,0]+sig[2,0])/3.0)

tuple msys_invs::I = matrix([[1.0],[1.0],[1.0],[0.0]])

tuple msys_invs::I123 = array([1.0,1.0,1.0])

msys_invs::I1b = s1+s2+s3

msys_invs::I2b = s1*s2+s2*s3+s3*s1

msys_invs::I3b = s1*s2*s3

tuple msys_invs::q2 = sqrt(dot(dev_s123,dev_s123))

tuple msys_invs::q3 = calc_norm(dev_sig)

tuple msys_invs::s123 = sig_calc_s123(sig)

tuple msys_invs::s123c = oct_calc_s123(sa,sb,sc)

tuple msys_invs::sig = matrix([[-90.0], [-20.0], [-20.0], [0.0*sqrt(2.0)]])

tuple msys_invs::t = sig_calc_t(sig)

float msys_invs::t1 = 3.0