carputils.fitting.klotz Namespace Reference

Classes
class	KlotzRelation
	Represents the EDPVR determined by Klotz from a single volume, pressure measurement. More...

Functions
def	V0 (Vm, Pm)
	Determine the zero-pressure volume from the Klotz relation. More...
def	V30 (Vm, Pm)
	Determine the volume at 30 mmHg from the Klotz relation. More...
def	V15 (Vm, Pm)
	Determine the volume at 15 mmHg from the Klotz relation. More...
def	beta (Vm, Pm)
	Determine the beta parameter of the Klotz EDPVR. More...
def	alpha (Vm, Pm)
	Determine the alpha parameter of the Klotz EDPVR. More...

Variables
float	MMHG2KPA = 0.133322387415
float	KPA2MMHG = 1.0 / MMHG2KPA
float	AN = 27.78
float	BN = 2.76
	fig = pyplot.figure()
	ax = fig.add_subplot(1,1,1)
	Vm = float(sys.argv[1])
	Pm = float(sys.argv[2]) * MMHG2KPA
list	V = []
	P = KlotzRelation(Vm, Pm)
	vdat = np.linspace(0, 170, 200)
	pdat = P(vdat)
	c
	label
	marker
	loc
	color

Function Documentation

alpha()

def carputils.fitting.klotz.alpha	(		Vm,
			Pm
	)

Determine the alpha parameter of the Klotz EDPVR.

Parameters

Vm float The volume of a measured state on the EDPVR (ml) Pm float The pressure of a measured state on the EDPVR (kPa)

Returns

float The alpha parameter

beta()

def carputils.fitting.klotz.beta	(		Vm,
			Pm
	)

Determine the beta parameter of the Klotz EDPVR.

Parameters

Vm float The volume of a measured state on the EDPVR (ml) Pm float The pressure of a measured state on the EDPVR (kPa)

Returns

float The beta parameter

V0()

def carputils.fitting.klotz.V0	(		Vm,
			Pm
	)

Determine the zero-pressure volume from the Klotz relation.

Parameters

Vm float The volume of a measured state on the EDPVR (ml) Pm float The pressure of a measured state on the EDPVR (kPa)

Returns

float The zero-pressure volume (ml)

V15()

def carputils.fitting.klotz.V15	(		Vm,
			Pm
	)

Determine the volume at 15 mmHg from the Klotz relation.

Parameters

Vm float The volume of a measured state on the EDPVR (ml) Pm float The pressure of a measured state on the EDPVR (kPa)

Returns

float The volume at 15 mmHg (ml)

V30()

def carputils.fitting.klotz.V30	(		Vm,
			Pm
	)

Determine the volume at 30 mmHg from the Klotz relation.

Parameters

Vm float The volume of a measured state on the EDPVR (ml) Pm float The pressure of a measured state on the EDPVR (kPa)

Returns

float The volume at 30 mmHg (ml)

Variable Documentation

AN

float carputils.fitting.klotz.AN = 27.78

ax

carputils.fitting.klotz.ax = fig.add_subplot(1,1,1)

BN

float carputils.fitting.klotz.BN = 2.76

c

carputils.fitting.klotz.c

color

carputils.fitting.klotz.color

fig

carputils.fitting.klotz.fig = pyplot.figure()

KPA2MMHG

float carputils.fitting.klotz.KPA2MMHG = 1.0 / MMHG2KPA

label

carputils.fitting.klotz.label

loc

carputils.fitting.klotz.loc

marker

carputils.fitting.klotz.marker

MMHG2KPA

float carputils.fitting.klotz.MMHG2KPA = 0.133322387415

P

carputils.fitting.klotz.P = KlotzRelation(Vm, Pm)

pdat

carputils.fitting.klotz.pdat = P(vdat)

Pm

float carputils.fitting.klotz.Pm = float(sys.argv[2]) * MMHG2KPA

V

carputils.fitting.klotz.V = []

vdat

carputils.fitting.klotz.vdat = np.linspace(0, 170, 200)

Vm

carputils.fitting.klotz.Vm = float(sys.argv[1])