para_plot Namespace Reference

Functions
	file_len (fname)

Variables
	pi = np.pi
float	G = 6.67408*1e-11
float	M = 0.15
int	rho_c_ini = 1
float	rho_c0_value = 1.8788*10**(-26)
float	a_i = 0.001
	parser = argparse.ArgumentParser(description='Tracer_conversion')
	dest
	required
	type
	str
	help
	default
	choices
	action
	False
	args = parser.parse_args()
	IfXunitInCode = args.IfXunitInCode
list	snapshots = [10,30,50]
	main code
int	snapshot = 0
list	rho = [[]];
list	m_1 = [[]];
list	E_t = [[]]
list	coor = [[]]
	f = open("para_"+str(snap)+".csv")
	dat = f.readlines()[1:]
int	count = 0
	tem = list(map(float,line.split(',')))
	sample_point = len(rho[0])
int	origin_point = int(sample_point/2)+1
	q_id = args.pq
	coor_data = np.array(coor[snapshot])
	e_data = np.array(E_t[snapshot])
	m1_data = np.array(m_1[snapshot])
	m2_data = np.array(m_2[snapshot])
	m3_data = np.array(m_3[snapshot])
	rho_data = np.array(rho[snapshot])
	q_data = np.array(rho[snapshot])
list	t_code = snapshots[snapshot]
tuple	t_real = (0.1694*a_i**(-0.5)-t_code/11.8)**(-3)*10**15
float	a_scale = 0.0287*(0.1694*a_i**(-0.5)-t_code/11.8)**(-2)
int	coor_data_physical = 100*a_scale*coor_data
str	q_id_show = "$"+q_id+"/(km/s)$"
int	v_hubble = 100*(2.057*10**17/t_real)*coor_data_physical
float	r_ta = a_i*100*3.086*1e19*((3*M)/(4*pi*rho_c_ini))**(1/3)*(4/3/pi)**(8/9)*(t_real/6.505/1e12)**(8/9)
int	rho_scaling = 1/(6*pi*G*t_real**2)
float	v_scaling = r_ta/t_real
int	P_scaling = rho_scaling*r_ta**2*1e6/(t_real**2)
	label

Function Documentation

file_len()

para_plot.file_len

(

fname

)

Definition at line 17 of file para_plot.py.

Variable Documentation

a_i

float para_plot.a_i = 0.001

Definition at line 15 of file para_plot.py.

a_scale

float para_plot.a_scale = 0.0287*(0.1694*a_i**(-0.5)-t_code/11.8)**(-2)

Definition at line 119 of file para_plot.py.

action

para_plot.action

Definition at line 30 of file para_plot.py.

args

para_plot.args = parser.parse_args()

Definition at line 35 of file para_plot.py.

choices

para_plot.choices

Definition at line 29 of file para_plot.py.

coor

list para_plot.coor = [[]]

Definition at line 52 of file para_plot.py.

coor_data

para_plot.coor_data = np.array(coor[snapshot])

Definition at line 92 of file para_plot.py.

coor_data_physical

int para_plot.coor_data_physical = 100*a_scale*coor_data

Definition at line 123 of file para_plot.py.

count

int para_plot.count = 0

Definition at line 60 of file para_plot.py.

dat

para_plot.dat = f.readlines()[1:]

Definition at line 58 of file para_plot.py.

default

para_plot.default

Definition at line 29 of file para_plot.py.

dest

para_plot.dest

Definition at line 28 of file para_plot.py.

e_data

para_plot.e_data = np.array(E_t[snapshot])

Definition at line 94 of file para_plot.py.

E_t

list para_plot.E_t = [[]]

Definition at line 51 of file para_plot.py.

f

para_plot.f = open("para_"+str(snap)+".csv")

Definition at line 54 of file para_plot.py.

False

para_plot.False

Definition at line 30 of file para_plot.py.

G

float para_plot.G = 6.67408*1e-11

Definition at line 11 of file para_plot.py.

help

para_plot.help

Definition at line 28 of file para_plot.py.

IfXunitInCode

para_plot.IfXunitInCode = args.IfXunitInCode

Definition at line 37 of file para_plot.py.

label

para_plot.label

Definition at line 164 of file para_plot.py.

M

float para_plot.M = 0.15

Definition at line 12 of file para_plot.py.

m1_data

para_plot.m1_data = np.array(m_1[snapshot])

Definition at line 95 of file para_plot.py.

m2_data

para_plot.m2_data = np.array(m_2[snapshot])

Definition at line 96 of file para_plot.py.

m3_data

para_plot.m3_data = np.array(m_3[snapshot])

Definition at line 97 of file para_plot.py.

m_1

list para_plot.m_1 = [[]];

Definition at line 50 of file para_plot.py.

origin_point

int para_plot.origin_point = int(sample_point/2)+1

Definition at line 79 of file para_plot.py.

P_scaling

int para_plot.P_scaling = rho_scaling*r_ta**2*1e6/(t_real**2)

Definition at line 159 of file para_plot.py.

parser

para_plot.parser = argparse.ArgumentParser(description='Tracer_conversion')

Definition at line 27 of file para_plot.py.

pi

para_plot.pi = np.pi

Definition at line 10 of file para_plot.py.

q_data

tuple para_plot.q_data = np.array(rho[snapshot])

Definition at line 100 of file para_plot.py.

q_id

para_plot.q_id = args.pq

Definition at line 81 of file para_plot.py.

q_id_show

str para_plot.q_id_show = "$"+q_id+"/(km/s)$"

Definition at line 126 of file para_plot.py.

r_ta

float para_plot.r_ta = a_i*100*3.086*1e19*((3*M)/(4*pi*rho_c_ini))**(1/3)*(4/3/pi)**(8/9)*(t_real/6.505/1e12)**(8/9)

Definition at line 144 of file para_plot.py.

required

para_plot.required

Definition at line 28 of file para_plot.py.

rho

list para_plot.rho = [[]];

Definition at line 49 of file para_plot.py.

rho_c0_value

float para_plot.rho_c0_value = 1.8788*10**(-26)

Definition at line 14 of file para_plot.py.

rho_c_ini

int para_plot.rho_c_ini = 1

Definition at line 13 of file para_plot.py.

rho_data

para_plot.rho_data = np.array(rho[snapshot])

Definition at line 98 of file para_plot.py.

rho_scaling

int para_plot.rho_scaling = 1/(6*pi*G*t_real**2)

Definition at line 148 of file para_plot.py.

sample_point

para_plot.sample_point = len(rho[0])

Definition at line 78 of file para_plot.py.

snapshot

int para_plot.snapshot = 0

Definition at line 47 of file para_plot.py.

snapshots

list para_plot.snapshots = [10,30,50]

main code

Definition at line 46 of file para_plot.py.

str

para_plot.str

Definition at line 28 of file para_plot.py.

t_code

list para_plot.t_code = snapshots[snapshot]

Definition at line 117 of file para_plot.py.

t_real

tuple para_plot.t_real = (0.1694*a_i**(-0.5)-t_code/11.8)**(-3)*10**15

Definition at line 118 of file para_plot.py.

tem

para_plot.tem = list(map(float,line.split(',')))

Definition at line 62 of file para_plot.py.

type

para_plot.type

Definition at line 28 of file para_plot.py.

v_hubble

int para_plot.v_hubble = 100*(2.057*10**17/t_real)*coor_data_physical

Definition at line 129 of file para_plot.py.

v_scaling

float para_plot.v_scaling = r_ta/t_real

Definition at line 153 of file para_plot.py.