Plot_me Namespace Reference

Functions
def	sum_over (A, Y)
def	create_nucleus_name (s)
def	plot_tr (path, color, ls2='--', ls3='-', label="")
def	plot_nuclear_chart_at_freezeout (path, ax, label)

Variables
	Xfinal = Yfinal*A
	Asum
	Xsum
	label = [r"$^{151}$Eu","$^{153}$Eu","$^{232}$Th","$^{236}$U"]
	Xseed = Yseed*A
	A = A.astype(int)
	Y = nm_overprod.Y[(nm_overprod.Z==Ztmp) & (nm_overprod.Y>=1e-2)]
	X = Y * A
	unpack
	bbox_inches
	fig = plt.figure(figsize=(5,2.5))
	ax = fig.gca()
	fig2 = plt.figure(figsize=(5,2.5))
	ax2 = fig2.gca()
	True
	usecols
	Z = Z.astype(int)
	N = f["energy/N"][:]
	nm_winnet = nucleus_multiple(A=A,Z=Z,Y=Y)
	nm_solar = nucleus_multiple(A=A,Z=Z,Y=Y)
	lw = 0.1
	nm_overprod = nm_winnet/nm_solar
tuple	elementnames
	maxY_arg = np.argmax(Y)
tuple	ion_name = elementnames[Ztmp][0].upper()+elementnames[Ztmp][1:]
	s
	p = ax.plot(A,Y)
	clip_on
	ha
	color
	zorder
	ls
	e0
	e1
list	names = ['n','p','d','t',r'$^3$He',r'$^4$He',r'$^6$Li',r'$^7$Li',r'$^7$Be']
	data = np.loadtxt("tracked_nuclei.dat",unpack=True)
	time = data[0]
list	colors = ['g','b','c','k','y','m','r','navy','teal']
	loc
	bbox_to_anchor
	ncol
	fancybox
	folders = np.array(os.listdir('.'))
	folder_mask = list(map(lambda x: 'bbn_' in x, folders))
	etas = np.array(list(map(lambda x: float(x.replace('bbn_','')), folders)))
	key = np.argsort(etas)
list	he_list = []
list	hydrogren_list = []
list	d_list = []
list	he3_list = []
list	li7_list = []
	path = f
	hydrogen = Y[(A==1) & (Z==1)][0]
	he = Y[(A==4) & (Z==2)][0]
	d = Y[(A==2) & (Z==1)][0]
	he3 = Y[(A==3) & (Z==2)][0]
	li7 = Y[(A==7) & (Z==3)][0]
	be7 = Y[(A==7) & (Z==4)][0]
	alpha = 0.3
	va
	rotation
	ind = np.argmin(abs(etas - 6.275e-11))
list	h = hydrogren_list[ind]
	figsize
	sharex
	hspace
	temp
	rho
	e6
float	R0 = 0.2
int	rho_0 = 1e6
float	T9_analytic = lambda x: 2.4*(R0)**(-3./4.)*np.exp(-x/ (3*(446/np.sqrt(7*rho_0))))
int	rho_analytic = lambda x: 7*rho_0 *np.exp(-x / (446/np.sqrt(7*rho_0)))
float	T9_gridpoint = T9_analytic(time)
int	rho_gridpoint = rho_analytic(time)
list	abundances = []
list	nuclei = []
	lines = f.readlines()
string	mode = 'nuc'
string	nuc = ""
string	abu = ""
list	idx = nuclei.index("al26")
	nm = nucleus_multiple(nuclei,X=abundances)
	w = winnet(".")
dictionary	xpos_dic
def	out_name = create_nucleus_name(n)
	ax_energy = ax.twinx()
	time_energy
	energy
list	paths = [i for i in os.listdir(".") if i[0] != "."]
	f = h5py.File(os.path.join(p,"WinNet_data.h5"),"r")
int	time_plateau = 10**(-4/2*float(p)+17.5)
	idx_plateau = np.argmin(abs(time-time_plateau))
tuple	idx_p = (A == 1) & (Z ==1)
tuple	idx_d = (A == 2) & (Z ==1)
tuple	idx_he3 = (A == 3) & (Z ==2)
tuple	idx_he4 = (A == 4) & (Z ==2)
tuple	idx_be7 = (A == 7) & (Z ==4)
tuple	idx_be8 = (A == 8) & (Z ==4)
tuple	idx_b8 = (A == 8) & (Z ==5)
tuple	idx_li7 = (A == 7) & (Z ==3)
tuple	idx_c12 = (A == 12) & (Z ==6)
tuple	idx_c13 = (A == 13) & (Z ==6)
tuple	idx_n13 = (A == 13) & (Z ==7)
tuple	idx_n14 = (A == 14) & (Z ==7)
tuple	idx_n15 = (A == 15) & (Z ==7)
tuple	idx_o15 = (A == 15) & (Z ==8)
tuple	idx_o16 = (A == 16) & (Z ==8)
tuple	idx_o17 = (A == 17) & (Z ==8)
tuple	idx_o18 = (A == 18) & (Z ==8)
tuple	idx_f17 = (A == 17) & (Z ==9)
tuple	idx_f18 = (A == 18) & (Z ==9)
tuple	idx_f19 = (A == 19) & (Z ==9)
	e_detailed_pg = f["energy/detailed (p,g)"][idx_plateau,:]
	e_detailed_bet = f["energy/detailed decay"][idx_plateau,:]
	e_detailed_ap = f["energy/detailed (a,p)"][idx_plateau,:]
	e_detailed_other = f["energy/detailed other"][idx_plateau,:]
	e_detailed_ag = f["energy/detailed (a,g)"][idx_plateau,:]
	c13pg = e_detailed_pg[idx_c13]
	CNO cycle #. More...
	n14pg = e_detailed_pg[idx_n14]
	c12pg = e_detailed_pg[idx_c12]
	n13d = e_detailed_bet[idx_n13]
	o15d = e_detailed_bet[idx_o15]
	n15pa = -e_detailed_ap[idx_n15]
	e_cno = c13pg+n14pg+c12pg+n13d+o15d+n15pa
	n15pg = e_detailed_pg[idx_n15]
	o16pg = e_detailed_pg[idx_o16]
	f17d = e_detailed_bet[idx_f17]
	o17pa = -e_detailed_ap[idx_o17]
	o17pg = e_detailed_pg[idx_o17]
	f18pg = e_detailed_bet[idx_f17]
	o18pa = -e_detailed_ap[idx_o18]
	o18pg = e_detailed_pg[idx_o18]
	f19pa = -e_detailed_ap[idx_f19]
	ppg = e_detailed_pg[idx_p]
	PP-Chains #. More...
	dpg = e_detailed_pg[idx_d]
	pd = e_detailed_bet[idx_p]
	he3he3 = e_detailed_other[idx_he3]
	he3a = e_detailed_ag[idx_he3]
	be7d = e_detailed_bet[idx_be7]
	li7p = e_detailed_other[idx_li7]
	be7pg = e_detailed_pg[idx_be7]
	b8d = e_detailed_bet[idx_b8]
	be8o = e_detailed_other[idx_be8]
	e_pp = ppg+dpg+he3he3+pd+he3a+li7p+be7d+b8d+be8o
tuple	idx_ne20 = (A == 20) & (Z ==10)
	Ne-Na and Mg-Al chain #. More...
tuple	idx_ne21 = (A == 21) & (Z ==10)
tuple	idx_ne22 = (A == 22) & (Z ==10)
tuple	idx_na21 = (A == 21) & (Z ==11)
tuple	idx_na22 = (A == 22) & (Z ==11)
tuple	idx_na23 = (A == 23) & (Z ==11)
tuple	idx_mg22 = (A == 22) & (Z ==12)
tuple	idx_mg23 = (A == 23) & (Z ==12)
tuple	idx_mg24 = (A == 24) & (Z ==12)
tuple	idx_mg25 = (A == 25) & (Z ==12)
tuple	idx_mg26 = (A == 26) & (Z ==12)
tuple	idx_al25 = (A == 25) & (Z ==13)
tuple	idx_al26 = (A == 26) & (Z ==13)
tuple	idx_al27 = (A == 27) & (Z ==13)
tuple	idx_si26 = (A == 26) & (Z ==14)
tuple	idx_si27 = (A == 27) & (Z ==14)
	ne20pg = e_detailed_pg[idx_ne20]
	ne21pg = e_detailed_pg[idx_ne21]
	na21pg = e_detailed_pg[idx_na21]
	na22pg = e_detailed_pg[idx_na22]
	ne22pg = e_detailed_pg[idx_ne22]
	na21d = e_detailed_bet[idx_na21]
	mg22d = e_detailed_bet[idx_mg22]
	na22d = e_detailed_bet[idx_na22]
	mg23d = e_detailed_bet[idx_mg23]
	na23pa = -e_detailed_ap[idx_na23]
	e_nena = ne20pg+ne21pg+na21pg+na22pg+ne22pg+na21d+mg22d+na22d+mg23d+na23pa
	na23pg = e_detailed_pg[idx_na23]
	mg24pg = e_detailed_pg[idx_mg24]
	al25pg = e_detailed_pg[idx_al25]
	mg25pg = e_detailed_pg[idx_mg25]
	al26pg = np.sum(e_detailed_pg[idx_al26])
	mg26pg = e_detailed_pg[idx_mg26]
	al25d = e_detailed_bet[idx_al25]
	si26d = e_detailed_bet[idx_si26]
	al26d = np.sum(e_detailed_bet[idx_al26])
	si27d = e_detailed_bet[idx_si27]
	al27pa = -e_detailed_ap[idx_al27]
	e_mgal = na23pg+mg24pg+al25pg+mg25pg+al26pg+mg26pg+al25d+si26d+al26d+si27d+al27pa
	fontsize
	nan
	fig_neutron_dens = plt.figure()
	ax_neutron_dens = fig_neutron_dens.gca()
	fig_chart
	ax_chart
	sharey
	wspace
int	min_X = 1e-10
int	max_X = 1e-4
	cmap = cm.jet
	t
	n_dens = n_dens * 1.e4 * 6.022140857e23
	c
	e4
	figure
	axes_label
	False
	element_labels
	fig_is_ax
	colorbar
	nuclei_linewidths
	colorbar_position
	colorbar_inset
	transform
	transAxes
	mrsn_example = winnet('.')
list	snapshot_time = [10,1.8E+03,8.64E+04]
	fig_finab = plt.figure(figsize=(5,3))
	ax_finab = fig_finab.gca()
	yn = mrsn_example.get_mainout_yn()
	yh
	t_freezeout = t[np.argmin(np.abs(yn/yh-1))]
	yheavy = mrsn_example.get_mainout_yheavy()
	index_freezout = np.argmin(abs(yn/yheavy-1))
	time_freezout = time[index_freezout]
	anim = mrsn_example.animate_nuclear_chart(figure=fig,plot_magic=True,time_title=True,min_X=1e-8,element_labels=False)
	gs
	ax0 = fig.add_subplot(gs[0, :])
	ax1 = fig.add_subplot(gs[1, 0:3])
	ax3 = fig.add_subplot(gs[2, 0:3])
	ax4 = fig.add_subplot(gs[2, 3:])
float	xpos = 0.02
	pos = ax0.get_position()
tuple	totpos = (pos.y1+pos.y0)/2.
list	l = ["Temperature [GK]",r"Electron fraction"]
list	nucs = ["eu151","eu153","th232","u236"]
	lower_limit
	single_run = winnet(folders[0])
	A_all = np.arange(400)
	X_all = np.zeros(400)
	nsm_example = winnet('tracer_492.dat')
	nsm_example_2 = winnet('tracer_1131.dat')
list	runs = ["1","2","3"]
list	labels = ["Panov et al. 2001","Kodama & Takahashi 1975", "Mumpower et al. 2020"]
	framealpha
	marker
string	energy_file = "generated_energy.dat"
	df = pd.read_csv(energy_file,skiprows=2,header=None,sep='\s+')
	header = lines[1].split()[1:]
	columns
	engen = df["Engen(Total)"].values
	values
string	p_tmp = path+str(i)+".dat"
	run = winnet(p_tmp)
	fig3 = nsm_example.plot_sunet()
	ye
	e8
	legend1 = plt.legend([l1,l2], ["Network", "NSE"], loc="upper left",fontsize=8)
	Yh
	Yhe4
	Yfe52
	Yfe53
	Yfe54
	Yco55
	Yni56
	Yni57
	Yni58

Function Documentation

create_nucleus_name()

def Plot_me.create_nucleus_name

(

s

)

  Function to convert the element string that is given by WinNet
  to a latex style string.
  Example:
    create_nucleus_name("ne20")
  will output: r"$^{20}$Ne"

Definition at line 21 of file Plot_me.py.

plot_nuclear_chart_at_freezeout()

def Plot_me.plot_nuclear_chart_at_freezeout	(		path,
			ax,
			label
	)

  Plot the nuclear chart at neutron freezeout, i.e., Yn/Yh = 1.

Definition at line 157 of file Plot_me.py.

plot_tr()

def Plot_me.plot_tr	(		path,
			color,
			ls2 = '--',
			ls3 = '-',
			label = ""
	)

  Function to plot mass fractions, temperature, density, radius, and electron
  fraction of one WinNet run.

Definition at line 34 of file Plot_me.py.

sum_over()

def Plot_me.sum_over	(		A,
			X
	)

  Function to sum up mass fractions or abundances over equal A.

 Sum mass fractions over equal mass numbers

Definition at line 11 of file Plot_me.py.

Variable Documentation

A

Plot_me.A = A.astype(int)

Definition at line 40 of file Plot_me.py.

A_all

Plot_me.A_all = np.arange(400)

Definition at line 22 of file Plot_me.py.

abu

string Plot_me.abu = ""

Definition at line 24 of file Plot_me.py.

abundances

Plot_me.abundances = []

Definition at line 16 of file Plot_me.py.

al25d

Plot_me.al25d = e_detailed_bet[idx_al25]

Definition at line 194 of file Plot_me.py.

al25pg

Plot_me.al25pg = e_detailed_pg[idx_al25]

Definition at line 189 of file Plot_me.py.

al26d

Plot_me.al26d = np.sum(e_detailed_bet[idx_al26])

Definition at line 196 of file Plot_me.py.

al26pg

Plot_me.al26pg = np.sum(e_detailed_pg[idx_al26])

Definition at line 191 of file Plot_me.py.

al27pa

Plot_me.al27pa = -e_detailed_ap[idx_al27]

Definition at line 199 of file Plot_me.py.

alpha

float Plot_me.alpha = 0.3

Definition at line 56 of file Plot_me.py.

anim

Plot_me.anim = mrsn_example.animate_nuclear_chart(figure=fig,plot_magic=True,time_title=True,min_X=1e-8,element_labels=False)

Definition at line 28 of file Plot_me.py.

Asum

Plot_me.Asum

Definition at line 31 of file Plot_me.py.

ax

Plot_me.ax = fig.gca()

Definition at line 25 of file Plot_me.py.

ax0

Plot_me.ax0 = fig.add_subplot(gs[0, :])

Definition at line 23 of file Plot_me.py.

ax1

Plot_me.ax1 = fig.add_subplot(gs[1, 0:3])

Definition at line 25 of file Plot_me.py.

ax2

Plot_me.ax2 = fig2.gca()

Definition at line 28 of file Plot_me.py.

ax3

Plot_me.ax3 = fig.add_subplot(gs[2, 0:3])

Definition at line 27 of file Plot_me.py.

ax4

Plot_me.ax4 = fig.add_subplot(gs[2, 3:])

Definition at line 28 of file Plot_me.py.

ax_chart

Plot_me.ax_chart

Definition at line 15 of file Plot_me.py.

ax_energy

Plot_me.ax_energy = ax.twinx()

Definition at line 60 of file Plot_me.py.

ax_finab

Plot_me.ax_finab = fig_finab.gca()

Definition at line 15 of file Plot_me.py.

ax_neutron_dens

Plot_me.ax_neutron_dens = fig_neutron_dens.gca()

Definition at line 13 of file Plot_me.py.

axes_label

Plot_me.axes_label

Definition at line 32 of file Plot_me.py.

b8d

Plot_me.b8d = e_detailed_bet[idx_b8]

Definition at line 142 of file Plot_me.py.

bbox_inches

Plot_me.bbox_inches

Definition at line 54 of file Plot_me.py.

bbox_to_anchor

Plot_me.bbox_to_anchor

Definition at line 35 of file Plot_me.py.

be7

int Plot_me.be7 = Y[(A==7) & (Z==4)][0]

Definition at line 45 of file Plot_me.py.

be7d

Plot_me.be7d = e_detailed_bet[idx_be7]

Definition at line 139 of file Plot_me.py.

be7pg

Plot_me.be7pg = e_detailed_pg[idx_be7]

Definition at line 141 of file Plot_me.py.

be8o

Plot_me.be8o = e_detailed_other[idx_be8]

Definition at line 143 of file Plot_me.py.

c

Plot_me.c

Definition at line 30 of file Plot_me.py.

c12pg

Plot_me.c12pg = e_detailed_pg[idx_c12]

Definition at line 91 of file Plot_me.py.

c13pg

Plot_me.c13pg = e_detailed_pg[idx_c13]

CNO cycle #.

Definition at line 89 of file Plot_me.py.

clip_on

Plot_me.clip_on

Definition at line 84 of file Plot_me.py.

cmap

Plot_me.cmap = cm.jet

Definition at line 23 of file Plot_me.py.

color

Plot_me.color

Definition at line 84 of file Plot_me.py.

colorbar

Plot_me.colorbar

Definition at line 33 of file Plot_me.py.

colorbar_inset

Plot_me.colorbar_inset

Definition at line 55 of file Plot_me.py.

colorbar_position

Plot_me.colorbar_position

Definition at line 55 of file Plot_me.py.

colors

list Plot_me.colors = ['g','b','c','k','y','m','r','navy','teal']

Definition at line 22 of file Plot_me.py.

columns

Plot_me.columns

Definition at line 42 of file Plot_me.py.

d

int Plot_me.d = Y[(A==2) & (Z==1)][0]

Definition at line 38 of file Plot_me.py.

d_list

Plot_me.d_list = []

Definition at line 26 of file Plot_me.py.

data

Plot_me.data = np.loadtxt("tracked_nuclei.dat",unpack=True)

Definition at line 11 of file Plot_me.py.

df

Plot_me.df = pd.read_csv(energy_file,skiprows=2,header=None,sep='\s+')

Definition at line 37 of file Plot_me.py.

dpg

Plot_me.dpg = e_detailed_pg[idx_d]

Definition at line 133 of file Plot_me.py.

e0

Plot_me.e0

Definition at line 88 of file Plot_me.py.

e1

Plot_me.e1

Definition at line 89 of file Plot_me.py.

e4

Plot_me.e4

Definition at line 32 of file Plot_me.py.

e6

Plot_me.e6

Definition at line 10 of file Plot_me.py.

e8

Plot_me.e8

Definition at line 22 of file Plot_me.py.

e_cno

Plot_me.e_cno = c13pg+n14pg+c12pg+n13d+o15d+n15pa

Definition at line 98 of file Plot_me.py.

e_detailed_ag

Plot_me.e_detailed_ag = f["energy/detailed (a,g)"][idx_plateau,:]

Definition at line 81 of file Plot_me.py.

e_detailed_ap

Plot_me.e_detailed_ap = f["energy/detailed (a,p)"][idx_plateau,:]

Definition at line 79 of file Plot_me.py.

e_detailed_bet

Plot_me.e_detailed_bet = f["energy/detailed decay"][idx_plateau,:]

Definition at line 78 of file Plot_me.py.

e_detailed_other

Plot_me.e_detailed_other = f["energy/detailed other"][idx_plateau,:]

Definition at line 80 of file Plot_me.py.

e_detailed_pg

Plot_me.e_detailed_pg = f["energy/detailed (p,g)"][idx_plateau,:]

Definition at line 77 of file Plot_me.py.

e_mgal

Plot_me.e_mgal = na23pg+mg24pg+al25pg+mg25pg+al26pg+mg26pg+al25d+si26d+al26d+si27d+al27pa

Definition at line 201 of file Plot_me.py.

e_nena

Plot_me.e_nena = ne20pg+ne21pg+na21pg+na22pg+ne22pg+na21d+mg22d+na22d+mg23d+na23pa

Definition at line 183 of file Plot_me.py.

e_pp

Plot_me.e_pp = ppg+dpg+he3he3+pd+he3a+li7p+be7d+b8d+be8o

Definition at line 146 of file Plot_me.py.

element_labels

Plot_me.element_labels

Definition at line 32 of file Plot_me.py.

elementnames

tuple Plot_me.elementnames

Initial value:

=  ('neutron','h','he','li','be','b','c','n','o','f','ne','na','mg','al','si','p','s','cl','ar','k','ca','sc','ti','v','cr','mn','fe',
  'co','ni','cu','zn','ga','ge','as','se','br','kr','rb','sr','y','zr','nb','mo','tc','ru','rh','pd','ag','cd','in','sn','sb',
  'te', 'i','xe','cs','ba','la','ce','pr','nd','pm','sm','eu','gd','tb','dy','ho','er','tm','yb','lu','hf','ta','w','re','os',
  'ir','pt','au','hg','tl','pb','bi','po','at','rn','fr','ra','ac','th','pa','u','np','pu','am','cm','bk','cf','es','fm','md',
  'no','lr','rf','db','sg','bh','hs','mt','ds','rg','ub','ut','uq','up','uh','us','uo')

Definition at line 65 of file Plot_me.py.

energy

Plot_me.energy

Definition at line 61 of file Plot_me.py.

energy_file

string Plot_me.energy_file = "generated_energy.dat"

Definition at line 36 of file Plot_me.py.

engen

Plot_me.engen = df["Engen(Total)"].values

Definition at line 45 of file Plot_me.py.

etas

Plot_me.etas = np.array(list(map(lambda x: float(x.replace('bbn_','')), folders)))

Definition at line 17 of file Plot_me.py.

f

Plot_me.f = h5py.File(os.path.join(p,"WinNet_data.h5"),"r")

Definition at line 32 of file Plot_me.py.

f17d

Plot_me.f17d = e_detailed_bet[idx_f17]

Definition at line 105 of file Plot_me.py.

f18pg

Plot_me.f18pg = e_detailed_bet[idx_f17]

Definition at line 115 of file Plot_me.py.

f19pa

Plot_me.f19pa = -e_detailed_ap[idx_f19]

Definition at line 125 of file Plot_me.py.

False

Plot_me.False

Definition at line 32 of file Plot_me.py.

fancybox

Plot_me.fancybox

Definition at line 35 of file Plot_me.py.

fig

Plot_me.fig = plt.figure(figsize=(5,2.5))

Definition at line 24 of file Plot_me.py.

fig2

Plot_me.fig2 = plt.figure(figsize=(5,2.5))

Definition at line 27 of file Plot_me.py.

fig3

Plot_me.fig3 = nsm_example.plot_sunet()

Definition at line 34 of file Plot_me.py.

fig_chart

Plot_me.fig_chart

Definition at line 15 of file Plot_me.py.

fig_finab

Plot_me.fig_finab = plt.figure(figsize=(5,3))

Definition at line 14 of file Plot_me.py.

fig_is_ax

Plot_me.fig_is_ax

Definition at line 32 of file Plot_me.py.

fig_neutron_dens

Plot_me.fig_neutron_dens = plt.figure()

Definition at line 12 of file Plot_me.py.

figsize

Plot_me.figsize

Definition at line 5 of file Plot_me.py.

figure

Plot_me.figure

Definition at line 32 of file Plot_me.py.

folder_mask

Plot_me.folder_mask = list(map(lambda x: 'bbn_' in x, folders))

Definition at line 13 of file Plot_me.py.

folders

Plot_me.folders = np.array(os.listdir('.'))

Definition at line 12 of file Plot_me.py.

fontsize

Plot_me.fontsize

Definition at line 215 of file Plot_me.py.

framealpha

Plot_me.framealpha

Definition at line 26 of file Plot_me.py.

gs

Plot_me.gs

Initial value:

=  fig.add_gridspec(nrows=3, ncols=6,
                      hspace=0, wspace=0.0)

Definition at line 19 of file Plot_me.py.

h

Plot_me.h = hydrogren_list[ind]

Definition at line 77 of file Plot_me.py.

ha

Plot_me.ha

Definition at line 84 of file Plot_me.py.

he

Plot_me.he = Y[(A==4) & (Z==2)][0]

Definition at line 36 of file Plot_me.py.

he3

Plot_me.he3 = Y[(A==3) & (Z==2)][0]

Definition at line 42 of file Plot_me.py.

he3_list

Plot_me.he3_list = []

Definition at line 27 of file Plot_me.py.

he3a

Plot_me.he3a = e_detailed_ag[idx_he3]

Definition at line 138 of file Plot_me.py.

he3he3

Plot_me.he3he3 = e_detailed_other[idx_he3]

Definition at line 136 of file Plot_me.py.

he_list

Plot_me.he_list = []

Definition at line 24 of file Plot_me.py.

header

Plot_me.header = lines[1].split()[1:]

Definition at line 40 of file Plot_me.py.

hspace

Plot_me.hspace

Definition at line 6 of file Plot_me.py.

hydrogen

Plot_me.hydrogen = Y[(A==1) & (Z==1)][0]

Definition at line 35 of file Plot_me.py.

hydrogren_list

Plot_me.hydrogren_list = []

Definition at line 25 of file Plot_me.py.

idx

Plot_me.idx = nuclei.index("al26")

Definition at line 54 of file Plot_me.py.

idx_al25

tuple Plot_me.idx_al25 = (A == 25) & (Z ==13)

Definition at line 162 of file Plot_me.py.

idx_al26

tuple Plot_me.idx_al26 = (A == 26) & (Z ==13)

Definition at line 163 of file Plot_me.py.

idx_al27

tuple Plot_me.idx_al27 = (A == 27) & (Z ==13)

Definition at line 164 of file Plot_me.py.

idx_b8

tuple Plot_me.idx_b8 = (A == 8) & (Z ==5)

Definition at line 62 of file Plot_me.py.

idx_be7

tuple Plot_me.idx_be7 = (A == 7) & (Z ==4)

Definition at line 60 of file Plot_me.py.

idx_be8

tuple Plot_me.idx_be8 = (A == 8) & (Z ==4)

Definition at line 61 of file Plot_me.py.

idx_c12

tuple Plot_me.idx_c12 = (A == 12) & (Z ==6)

Definition at line 64 of file Plot_me.py.

idx_c13

tuple Plot_me.idx_c13 = (A == 13) & (Z ==6)

Definition at line 65 of file Plot_me.py.

idx_d

tuple Plot_me.idx_d = (A == 2) & (Z ==1)

Definition at line 57 of file Plot_me.py.

idx_f17

tuple Plot_me.idx_f17 = (A == 17) & (Z ==9)

Definition at line 73 of file Plot_me.py.

idx_f18

tuple Plot_me.idx_f18 = (A == 18) & (Z ==9)

Definition at line 74 of file Plot_me.py.

idx_f19

tuple Plot_me.idx_f19 = (A == 19) & (Z ==9)

Definition at line 75 of file Plot_me.py.

idx_he3

tuple Plot_me.idx_he3 = (A == 3) & (Z ==2)

Definition at line 58 of file Plot_me.py.

idx_he4

tuple Plot_me.idx_he4 = (A == 4) & (Z ==2)

Definition at line 59 of file Plot_me.py.

idx_li7

tuple Plot_me.idx_li7 = (A == 7) & (Z ==3)

Definition at line 63 of file Plot_me.py.

idx_mg22

tuple Plot_me.idx_mg22 = (A == 22) & (Z ==12)

Definition at line 157 of file Plot_me.py.

idx_mg23

tuple Plot_me.idx_mg23 = (A == 23) & (Z ==12)

Definition at line 158 of file Plot_me.py.

idx_mg24

tuple Plot_me.idx_mg24 = (A == 24) & (Z ==12)

Definition at line 159 of file Plot_me.py.

idx_mg25

tuple Plot_me.idx_mg25 = (A == 25) & (Z ==12)

Definition at line 160 of file Plot_me.py.

idx_mg26

tuple Plot_me.idx_mg26 = (A == 26) & (Z ==12)

Definition at line 161 of file Plot_me.py.

idx_n13

tuple Plot_me.idx_n13 = (A == 13) & (Z ==7)

Definition at line 66 of file Plot_me.py.

idx_n14

tuple Plot_me.idx_n14 = (A == 14) & (Z ==7)

Definition at line 67 of file Plot_me.py.

idx_n15

tuple Plot_me.idx_n15 = (A == 15) & (Z ==7)

Definition at line 68 of file Plot_me.py.

idx_na21

tuple Plot_me.idx_na21 = (A == 21) & (Z ==11)

Definition at line 154 of file Plot_me.py.

idx_na22

tuple Plot_me.idx_na22 = (A == 22) & (Z ==11)

Definition at line 155 of file Plot_me.py.

idx_na23

tuple Plot_me.idx_na23 = (A == 23) & (Z ==11)

Definition at line 156 of file Plot_me.py.

idx_ne20

tuple Plot_me.idx_ne20 = (A == 20) & (Z ==10)

Ne-Na and Mg-Al chain #.

Definition at line 151 of file Plot_me.py.

idx_ne21

tuple Plot_me.idx_ne21 = (A == 21) & (Z ==10)

Definition at line 152 of file Plot_me.py.

idx_ne22

tuple Plot_me.idx_ne22 = (A == 22) & (Z ==10)

Definition at line 153 of file Plot_me.py.

idx_o15

tuple Plot_me.idx_o15 = (A == 15) & (Z ==8)

Definition at line 69 of file Plot_me.py.

idx_o16

tuple Plot_me.idx_o16 = (A == 16) & (Z ==8)

Definition at line 70 of file Plot_me.py.

idx_o17

tuple Plot_me.idx_o17 = (A == 17) & (Z ==8)

Definition at line 71 of file Plot_me.py.

idx_o18

tuple Plot_me.idx_o18 = (A == 18) & (Z ==8)

Definition at line 72 of file Plot_me.py.

idx_p

tuple Plot_me.idx_p = (A == 1) & (Z ==1)

Definition at line 56 of file Plot_me.py.

idx_plateau

Plot_me.idx_plateau = np.argmin(abs(time-time_plateau))

Definition at line 44 of file Plot_me.py.

idx_si26

tuple Plot_me.idx_si26 = (A == 26) & (Z ==14)

Definition at line 165 of file Plot_me.py.

idx_si27

tuple Plot_me.idx_si27 = (A == 27) & (Z ==14)

Definition at line 166 of file Plot_me.py.

ind

Plot_me.ind = np.argmin(abs(etas - 6.275e-11))

Definition at line 76 of file Plot_me.py.

index_freezout

Plot_me.index_freezout = np.argmin(abs(yn/yheavy-1))

Definition at line 23 of file Plot_me.py.

ion_name

Plot_me.ion_name = elementnames[Ztmp][0].upper()+elementnames[Ztmp][1:]

Definition at line 81 of file Plot_me.py.

key

Plot_me.key = np.argsort(etas)

Definition at line 18 of file Plot_me.py.

l

list Plot_me.l = ["Temperature [GK]",r"Electron fraction"]

Definition at line 145 of file Plot_me.py.

label

list Plot_me.label = [r"$^{151}$Eu","$^{153}$Eu","$^{232}$Th","$^{236}$U"]

Definition at line 32 of file Plot_me.py.

labels

list Plot_me.labels = ["Panov et al. 2001","Kodama & Takahashi 1975", "Mumpower et al. 2020"]

Definition at line 14 of file Plot_me.py.

legend1

Plot_me.legend1 = plt.legend([l1,l2], ["Network", "NSE"], loc="upper left",fontsize=8)

Definition at line 46 of file Plot_me.py.

li7

Plot_me.li7 = Y[(A==7) & (Z==3)][0]

Definition at line 43 of file Plot_me.py.

li7_list

Plot_me.li7_list = []

Definition at line 28 of file Plot_me.py.

li7p

Plot_me.li7p = e_detailed_other[idx_li7]

Definition at line 140 of file Plot_me.py.

lines

Plot_me.lines = f.readlines()

Definition at line 19 of file Plot_me.py.

loc

Plot_me.loc

Definition at line 35 of file Plot_me.py.

lower_limit

Plot_me.lower_limit

Definition at line 19 of file Plot_me.py.

ls

Plot_me.ls

Definition at line 87 of file Plot_me.py.

lw

float Plot_me.lw = 0.1

Definition at line 56 of file Plot_me.py.

marker

Plot_me.marker

Definition at line 32 of file Plot_me.py.

max_X

int Plot_me.max_X = 1e-4

Definition at line 22 of file Plot_me.py.

maxY_arg

Plot_me.maxY_arg = np.argmax(Y)

Definition at line 78 of file Plot_me.py.

mg22d

Plot_me.mg22d = e_detailed_bet[idx_mg22]

Definition at line 177 of file Plot_me.py.

mg23d

Plot_me.mg23d = e_detailed_bet[idx_mg23]

Definition at line 179 of file Plot_me.py.

mg24pg

Plot_me.mg24pg = e_detailed_pg[idx_mg24]

Definition at line 188 of file Plot_me.py.

mg25pg

Plot_me.mg25pg = e_detailed_pg[idx_mg25]

Definition at line 190 of file Plot_me.py.

mg26pg

Plot_me.mg26pg = e_detailed_pg[idx_mg26]

Definition at line 192 of file Plot_me.py.

min_X

int Plot_me.min_X = 1e-10

Definition at line 21 of file Plot_me.py.

mode

string Plot_me.mode = 'nuc'

Definition at line 21 of file Plot_me.py.

mrsn_example

Plot_me.mrsn_example = winnet('.')

Definition at line 17 of file Plot_me.py.

N

Plot_me.N = f["energy/N"][:]

Definition at line 37 of file Plot_me.py.

n13d

Plot_me.n13d = e_detailed_bet[idx_n13]

Definition at line 93 of file Plot_me.py.

n14pg

Plot_me.n14pg = e_detailed_pg[idx_n14]

Definition at line 90 of file Plot_me.py.

n15pa

Plot_me.n15pa = -e_detailed_ap[idx_n15]

Definition at line 96 of file Plot_me.py.

n15pg

Plot_me.n15pg = e_detailed_pg[idx_n15]

Definition at line 102 of file Plot_me.py.

n_dens

int Plot_me.n_dens = n_dens * 1.e4 * 6.022140857e23

Definition at line 28 of file Plot_me.py.

na21d

Plot_me.na21d = e_detailed_bet[idx_na21]

Definition at line 176 of file Plot_me.py.

na21pg

Plot_me.na21pg = e_detailed_pg[idx_na21]

Definition at line 172 of file Plot_me.py.

na22d

Plot_me.na22d = e_detailed_bet[idx_na22]

Definition at line 178 of file Plot_me.py.

na22pg

Plot_me.na22pg = e_detailed_pg[idx_na22]

Definition at line 173 of file Plot_me.py.

na23pa

Plot_me.na23pa = -e_detailed_ap[idx_na23]

Definition at line 181 of file Plot_me.py.

na23pg

Plot_me.na23pg = e_detailed_pg[idx_na23]

Definition at line 187 of file Plot_me.py.

names

Plot_me.names = ['n','p','d','t',r'$^3$He',r'$^4$He',r'$^6$Li',r'$^7$Li',r'$^7$Be']

Definition at line 8 of file Plot_me.py.

nan

Plot_me.nan

Definition at line 218 of file Plot_me.py.

ncol

Plot_me.ncol

Definition at line 35 of file Plot_me.py.

ne20pg

Plot_me.ne20pg = e_detailed_pg[idx_ne20]

Definition at line 170 of file Plot_me.py.

ne21pg

Plot_me.ne21pg = e_detailed_pg[idx_ne21]

Definition at line 171 of file Plot_me.py.

ne22pg

Plot_me.ne22pg = e_detailed_pg[idx_ne22]

Definition at line 174 of file Plot_me.py.

nm

Plot_me.nm = nucleus_multiple(nuclei,X=abundances)

Definition at line 71 of file Plot_me.py.

nm_overprod

Plot_me.nm_overprod = nm_winnet/nm_solar

Definition at line 59 of file Plot_me.py.

nm_solar

Plot_me.nm_solar = nucleus_multiple(A=A,Z=Z,Y=Y)

Definition at line 53 of file Plot_me.py.

nm_winnet

Plot_me.nm_winnet = nucleus_multiple(A=A,Z=Z,Y=Y)

Definition at line 43 of file Plot_me.py.

nsm_example

Plot_me.nsm_example = winnet('tracer_492.dat')

Definition at line 15 of file Plot_me.py.

nsm_example_2

Plot_me.nsm_example_2 = winnet('tracer_1131.dat')

Definition at line 22 of file Plot_me.py.

nuc

string Plot_me.nuc = ""

Definition at line 23 of file Plot_me.py.

nuclei

Plot_me.nuclei = []

Definition at line 17 of file Plot_me.py.

nuclei_linewidths

Plot_me.nuclei_linewidths

Definition at line 33 of file Plot_me.py.

nucs

list Plot_me.nucs = ["eu151","eu153","th232","u236"]

Definition at line 20 of file Plot_me.py.

o15d

Plot_me.o15d = e_detailed_bet[idx_o15]

Definition at line 94 of file Plot_me.py.

o16pg

Plot_me.o16pg = e_detailed_pg[idx_o16]

Definition at line 103 of file Plot_me.py.

o17pa

Plot_me.o17pa = -e_detailed_ap[idx_o17]

Definition at line 107 of file Plot_me.py.

o17pg

Plot_me.o17pg = e_detailed_pg[idx_o17]

Definition at line 113 of file Plot_me.py.

o18pa

Plot_me.o18pa = -e_detailed_ap[idx_o18]

Definition at line 117 of file Plot_me.py.

o18pg

Plot_me.o18pg = e_detailed_pg[idx_o18]

Definition at line 123 of file Plot_me.py.

out_name

Plot_me.out_name = create_nucleus_name(n)

Definition at line 55 of file Plot_me.py.

p

Plot_me.p = ax.plot(A,Y)

Definition at line 83 of file Plot_me.py.

p_tmp

string Plot_me.p_tmp = path+str(i)+".dat"

Definition at line 19 of file Plot_me.py.

path

string Plot_me.path = f

Definition at line 30 of file Plot_me.py.

paths

list Plot_me.paths = [i for i in os.listdir(".") if i[0] != "."]

Definition at line 15 of file Plot_me.py.

pd

Plot_me.pd = e_detailed_bet[idx_p]

Definition at line 134 of file Plot_me.py.

pos

Plot_me.pos = ax0.get_position()

Definition at line 140 of file Plot_me.py.

ppg

Plot_me.ppg = e_detailed_pg[idx_p]

PP-Chains #.

Definition at line 132 of file Plot_me.py.

R0

float Plot_me.R0 = 0.2

Definition at line 15 of file Plot_me.py.

rho

Plot_me.rho

Definition at line 7 of file Plot_me.py.

rho_0

int Plot_me.rho_0 = 1e6

Definition at line 16 of file Plot_me.py.

rho_analytic

int Plot_me.rho_analytic = lambda x: 7*rho_0 *np.exp(-x / (446/np.sqrt(7*rho_0)))

Definition at line 18 of file Plot_me.py.

rho_gridpoint

int Plot_me.rho_gridpoint = rho_analytic(time)

Definition at line 20 of file Plot_me.py.

rotation

Plot_me.rotation

Definition at line 57 of file Plot_me.py.

run

Plot_me.run = winnet(p_tmp)

Definition at line 21 of file Plot_me.py.

runs

list Plot_me.runs = ["1","2","3"]

Definition at line 13 of file Plot_me.py.

s

Plot_me.s

Definition at line 82 of file Plot_me.py.

sharex

Plot_me.sharex

Definition at line 5 of file Plot_me.py.

sharey

Plot_me.sharey

Definition at line 15 of file Plot_me.py.

si26d

Plot_me.si26d = e_detailed_bet[idx_si26]

Definition at line 195 of file Plot_me.py.

si27d

Plot_me.si27d = e_detailed_bet[idx_si27]

Definition at line 197 of file Plot_me.py.

single_run

Plot_me.single_run = winnet(folders[0])

Definition at line 19 of file Plot_me.py.

snapshot_time

list Plot_me.snapshot_time = [10,1.8E+03,8.64E+04]

Definition at line 20 of file Plot_me.py.

t

Plot_me.t

Definition at line 28 of file Plot_me.py.

T9_analytic

float Plot_me.T9_analytic = lambda x: 2.4*(R0)**(-3./4.)*np.exp(-x/ (3*(446/np.sqrt(7*rho_0))))

Definition at line 17 of file Plot_me.py.

T9_gridpoint

Plot_me.T9_gridpoint = T9_analytic(time)

Definition at line 19 of file Plot_me.py.

t_freezeout

Plot_me.t_freezeout = t[np.argmin(np.abs(yn/yh-1))]

Definition at line 65 of file Plot_me.py.

temp

Plot_me.temp

Definition at line 7 of file Plot_me.py.

time

Plot_me.time = data[0]

Definition at line 13 of file Plot_me.py.

time_energy

Plot_me.time_energy

Definition at line 61 of file Plot_me.py.

time_freezout

Plot_me.time_freezout = time[index_freezout]

Definition at line 24 of file Plot_me.py.

time_plateau

int Plot_me.time_plateau = 10**(-4/2*float(p)+17.5)

Definition at line 40 of file Plot_me.py.

totpos

tuple Plot_me.totpos = (pos.y1+pos.y0)/2.

Definition at line 141 of file Plot_me.py.

transAxes

Plot_me.transAxes

Definition at line 73 of file Plot_me.py.

transform

Plot_me.transform

Definition at line 73 of file Plot_me.py.

True

Plot_me.True

Definition at line 32 of file Plot_me.py.

unpack

Plot_me.unpack

Definition at line 40 of file Plot_me.py.

usecols

Plot_me.usecols

Definition at line 32 of file Plot_me.py.

va

Plot_me.va

Definition at line 57 of file Plot_me.py.

values

Plot_me.values

Definition at line 48 of file Plot_me.py.

w

Plot_me.w = winnet(".")

Definition at line 40 of file Plot_me.py.

wspace

Plot_me.wspace

Definition at line 16 of file Plot_me.py.

X

Plot_me.X = Y * A

Definition at line 40 of file Plot_me.py.

X_all

Plot_me.X_all = np.zeros(400)

Definition at line 23 of file Plot_me.py.

Xfinal

Plot_me.Xfinal = Yfinal*A

Definition at line 30 of file Plot_me.py.

xpos

float Plot_me.xpos = 0.02

Definition at line 139 of file Plot_me.py.

xpos_dic

dictionary Plot_me.xpos_dic

Initial value:

=  {"he4":4e-7,"c12":3.8e-5,"o16":1e-7,"ne20":5e-3,"mg24":4e2,"si28":4e2,\
            "s32":4e2,"ar36":4e2,"ca40":5e9,"ti44":4e2,"cr48":5e6,"fe52":1e10,"ni56":1e10}

Definition at line 46 of file Plot_me.py.

Xseed

Plot_me.Xseed = Yseed*A

Definition at line 35 of file Plot_me.py.

Xsum

Plot_me.Xsum

Definition at line 31 of file Plot_me.py.

Y

Plot_me.Y = nm_overprod.Y[(nm_overprod.Z==Ztmp) & (nm_overprod.Y>=1e-2)]

Definition at line 40 of file Plot_me.py.

Yco55

Plot_me.Yco55

Definition at line 49 of file Plot_me.py.

ye

Plot_me.ye

Definition at line 18 of file Plot_me.py.

Yfe52

Plot_me.Yfe52

Definition at line 49 of file Plot_me.py.

Yfe53

Plot_me.Yfe53

Definition at line 49 of file Plot_me.py.

Yfe54

Plot_me.Yfe54

Definition at line 49 of file Plot_me.py.

Yh

Plot_me.Yh

Definition at line 49 of file Plot_me.py.

yh

Plot_me.yh

Definition at line 63 of file Plot_me.py.

Yhe4

Plot_me.Yhe4

Definition at line 49 of file Plot_me.py.

yheavy

Plot_me.yheavy = mrsn_example.get_mainout_yheavy()

Definition at line 18 of file Plot_me.py.

yn

Plot_me.yn = mrsn_example.get_mainout_yn()

Definition at line 63 of file Plot_me.py.

Yni56

Plot_me.Yni56

Definition at line 49 of file Plot_me.py.

Yni57

Plot_me.Yni57

Definition at line 49 of file Plot_me.py.

Yni58

Plot_me.Yni58

Definition at line 49 of file Plot_me.py.

Z

Plot_me.Z = Z.astype(int)

Definition at line 37 of file Plot_me.py.

zorder

Plot_me.zorder

Definition at line 87 of file Plot_me.py.