py_utils.eurofer_network Namespace Reference

Functions
	circle (ax, cx, cy, r, color, zorder=3)
	node_text (ax, cx, cy, txt, fs=FS_NODE, color='white', zorder=4)
	fancy_box (ax, x, y, w, h, fc, ec='white', lw=2.0, radius=0.15, zorder=2)
	arr (ax, x1, y1, x2, y2, color, lw=2.2, ls='-', rad=0.0, zorder=2)
	labeled_box (ax, x, y, w, h, title, sub, fc=C_SRC)

Variables
	fig
	ax
	figsize
int	FS_TITLE = 30
int	FS_SUBT = 24
int	FS_NODE = 20
int	FS_BOX = 20
int	FS_LABEL = 20
int	FS_EQ = 20
int	FS_KEY_HDR = 20
int	FS_KEY = 20
str	C_SIA = '#C62828'
str	C_CAV = '#1565C0'
str	C_HE = '#1B5E20'
str	C_SRC = '#004D40'
str	C_SINK = '#37474F'
str	C_P3 = '#C62828'
str	C_P5 = '#E65100'
str	C_P1 = '#6A1B9A'
str	C_P2V = '#1565C0'
str	C_P2H = '#2E7D32'
str	C_P2I = '#00695C'
str	C_P7 = '#558B2F'
str	C_P8 = '#546E7A'
str	C_P4 = '#37474F'
str	C_SRC_ARROW = '#90A4AE'
	ha
	va
	fontsize
	fontweight
	fc
	ec
	lw
	color
float	SIA_Y = 14.5
float	NR = 0.60
list	SIA_X = [1.4, 3.2, 5.0, 6.8]
list	SIA_L = [r'$c_1$', r'$c_2$', r'$c_3$', r'$c_n$']
	zorder
list	x1 = SIA_X[i] + NR + 0.05
list	x2 = SIA_X[i+1] - NR - 0.05
	bbox
	ls
	HE_X
	HE_Y
float	CR = 0.58
list	CAV_MX = [13.5, 17.0, 22.5]
list	CAV_LY = [14.5, 12.0, 9.5]
list	M_LABELS = ['m=1', 'm=2', 'm']
list	L_LABELS = [r'$\ell=0$', r'$\ell=1$', r'$\ell=2$']
	ml
	ly
	ll
int	m_str = str(j+1) if j < 2 else 'm'
str	lbl = rf'$c_{{{m_str},{i}}}$'
	mx
	fs
list	y1 = CAV_LY[i] - CR - 0.05
list	y2 = CAV_LY[i+1] + CR + 0.05
	rad
	xy
	xytext
	arrowprops
float	SINK_Y = 5.6
float	SINK_H = 1.4
float	SINK_W = 5.8
list	sink_centres = [3.7, 13.8, 24.1]
tuple	source_nodes
tuple	sink_targets
float	KY = 3.9
list	key_columns
list	col_x = [0.5, 10.6, 20.9]
float	ROW_H = 0.45
list	KX = col_x[col_idx]
float	y_row = KY - 0.55 - k * ROW_H
list	lx = KX + 0.15
	linestyle
	module_root = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
	out_dir = os.path.join(module_root, 'output', 'schematics')
	exist_ok
	out_path = os.path.join(out_dir, 'eurofer_reaction_network.png')
	old_path = os.path.join(out_dir, 'eurofer_reaction_network_old.png')
	dpi
	bbox_inches
	facecolor
	edgecolor

Function Documentation

arr()

py_utils.eurofer_network.arr	(		ax,
			x1,
			y1,
			x2,
			y2,
			color,
			lw = 2.2,
			ls = '-',
			rad = 0.0,
			zorder = 2
	)

Definition at line 59 of file eurofer_network.py.

circle()

py_utils.eurofer_network.circle	(		ax,
			cx,
			cy,
			r,
			color,
			zorder = 3
	)

Definition at line 45 of file eurofer_network.py.

fancy_box()

py_utils.eurofer_network.fancy_box	(		ax,
			x,
			y,
			w,
			h,
			fc,
			ec = 'white',
			lw = 2.0,
			radius = 0.15,
			zorder = 2
	)

Definition at line 53 of file eurofer_network.py.

labeled_box()

py_utils.eurofer_network.labeled_box	(		ax,
			x,
			y,
			w,
			h,
			title,
			sub,
			fc = C_SRC
	)

Definition at line 67 of file eurofer_network.py.

node_text()

py_utils.eurofer_network.node_text	(		ax,
			cx,
			cy,
			txt,
			fs = FS_NODE,
			color = 'white',
			zorder = 4
	)

Definition at line 49 of file eurofer_network.py.

Variable Documentation

arrowprops

py_utils.eurofer_network.arrowprops

Definition at line 270 of file eurofer_network.py.

ax

py_utils.eurofer_network.ax

Definition at line 8 of file eurofer_network.py.

bbox

py_utils.eurofer_network.bbox

Definition at line 141 of file eurofer_network.py.

bbox_inches

py_utils.eurofer_network.bbox_inches

Definition at line 400 of file eurofer_network.py.

C_CAV

py_utils.eurofer_network.C_CAV = '#1565C0'

Definition at line 26 of file eurofer_network.py.

C_HE

py_utils.eurofer_network.C_HE = '#1B5E20'

Definition at line 27 of file eurofer_network.py.

C_P1

py_utils.eurofer_network.C_P1 = '#6A1B9A'

Definition at line 32 of file eurofer_network.py.

C_P2H

py_utils.eurofer_network.C_P2H = '#2E7D32'

Definition at line 34 of file eurofer_network.py.

C_P2I

py_utils.eurofer_network.C_P2I = '#00695C'

Definition at line 35 of file eurofer_network.py.

C_P2V

py_utils.eurofer_network.C_P2V = '#1565C0'

Definition at line 33 of file eurofer_network.py.

C_P3

py_utils.eurofer_network.C_P3 = '#C62828'

Definition at line 30 of file eurofer_network.py.

C_P4

py_utils.eurofer_network.C_P4 = '#37474F'

Definition at line 38 of file eurofer_network.py.

C_P5

py_utils.eurofer_network.C_P5 = '#E65100'

Definition at line 31 of file eurofer_network.py.

C_P7

str py_utils.eurofer_network.C_P7 = '#558B2F'

Definition at line 36 of file eurofer_network.py.

C_P8

str py_utils.eurofer_network.C_P8 = '#546E7A'

Definition at line 37 of file eurofer_network.py.

C_SIA

py_utils.eurofer_network.C_SIA = '#C62828'

Definition at line 25 of file eurofer_network.py.

C_SINK

str py_utils.eurofer_network.C_SINK = '#37474F'

Definition at line 29 of file eurofer_network.py.

C_SRC

str py_utils.eurofer_network.C_SRC = '#004D40'

Definition at line 28 of file eurofer_network.py.

C_SRC_ARROW

str py_utils.eurofer_network.C_SRC_ARROW = '#90A4AE'

Definition at line 39 of file eurofer_network.py.

CAV_LY

list py_utils.eurofer_network.CAV_LY = [14.5, 12.0, 9.5]

Definition at line 177 of file eurofer_network.py.

CAV_MX

list py_utils.eurofer_network.CAV_MX = [13.5, 17.0, 22.5]

Definition at line 176 of file eurofer_network.py.

col_x

list py_utils.eurofer_network.col_x = [0.5, 10.6, 20.9]

Definition at line 364 of file eurofer_network.py.

color

py_utils.eurofer_network.color

Definition at line 102 of file eurofer_network.py.

CR

float py_utils.eurofer_network.CR = 0.58

Definition at line 175 of file eurofer_network.py.

dpi

py_utils.eurofer_network.dpi

Definition at line 400 of file eurofer_network.py.

ec

py_utils.eurofer_network.ec

Definition at line 98 of file eurofer_network.py.

edgecolor

py_utils.eurofer_network.edgecolor

Definition at line 401 of file eurofer_network.py.

exist_ok

py_utils.eurofer_network.exist_ok

Definition at line 392 of file eurofer_network.py.

facecolor

py_utils.eurofer_network.facecolor

Definition at line 401 of file eurofer_network.py.

fc

py_utils.eurofer_network.fc

Definition at line 98 of file eurofer_network.py.

fig

py_utils.eurofer_network.fig

Definition at line 8 of file eurofer_network.py.

figsize

py_utils.eurofer_network.figsize

Definition at line 8 of file eurofer_network.py.

fontsize

py_utils.eurofer_network.fontsize

Definition at line 80 of file eurofer_network.py.

fontweight

py_utils.eurofer_network.fontweight

Definition at line 80 of file eurofer_network.py.

fs

py_utils.eurofer_network.fs

Definition at line 199 of file eurofer_network.py.

FS_BOX

int py_utils.eurofer_network.FS_BOX = 20

Definition at line 18 of file eurofer_network.py.

FS_EQ

int py_utils.eurofer_network.FS_EQ = 20

Definition at line 20 of file eurofer_network.py.

FS_KEY

py_utils.eurofer_network.FS_KEY = 20

Definition at line 22 of file eurofer_network.py.

FS_KEY_HDR

py_utils.eurofer_network.FS_KEY_HDR = 20

Definition at line 21 of file eurofer_network.py.

FS_LABEL

py_utils.eurofer_network.FS_LABEL = 20

Definition at line 19 of file eurofer_network.py.

FS_NODE

int py_utils.eurofer_network.FS_NODE = 20

Definition at line 17 of file eurofer_network.py.

FS_SUBT

int py_utils.eurofer_network.FS_SUBT = 24

Definition at line 16 of file eurofer_network.py.

FS_TITLE

py_utils.eurofer_network.FS_TITLE = 30

Definition at line 15 of file eurofer_network.py.

ha

py_utils.eurofer_network.ha

Definition at line 80 of file eurofer_network.py.

HE_X

py_utils.eurofer_network.HE_X

Definition at line 161 of file eurofer_network.py.

HE_Y

py_utils.eurofer_network.HE_Y

Definition at line 161 of file eurofer_network.py.

key_columns

list py_utils.eurofer_network.key_columns

Initial value:

=  [
    # under Dislocation network
    [
        (C_P3,  '-',  r'P3: loop growth  $I_{n-1}+I_1\to I_n$'),
        (C_P5,  '--', r'P5: SIA emission (inverse of P3)'),
        (C_P1,  '-',  r'P1: V-I recombination  $I_1+V_1\to\emptyset$'),
    ],
    # under Grain boundaries
    [
        (C_P2V, '-',  r'P2v: cavity growth  $v+V_m\to V_{m+1}$'),
        (C_P2H, '-',  r'P2h: He trapping  $c_h+V_{m,\ell}\to V_{m,\ell+1}$'),
        (C_P2I, '-',  r'P2i/P6: SIA absorption by cavity'),
    ],
    # under Precipitates
    [
        (C_P7,  '-',  r'P7: trap mutation  $V_{m,\ell}\to V_{m+1,\ell}+I_1$'),
        (C_P8,  '--', r'P8: radiation re-solution'),
        (C_P4,  '--', r'P4: absorption at fixed sinks  $D_\alpha c_\alpha$'),
    ],
]

Definition at line 344 of file eurofer_network.py.

KX

list py_utils.eurofer_network.KX = col_x[col_idx]

Definition at line 371 of file eurofer_network.py.

KY

float py_utils.eurofer_network.KY = 3.9

Definition at line 341 of file eurofer_network.py.

L_LABELS

list py_utils.eurofer_network.L_LABELS = [r'$\ell=0$', r'$\ell=1$', r'$\ell=2$']

Definition at line 179 of file eurofer_network.py.

lbl

py_utils.eurofer_network.lbl = rf'$c_{{{m_str},{i}}}$'

Definition at line 197 of file eurofer_network.py.

linestyle

py_utils.eurofer_network.linestyle

Definition at line 377 of file eurofer_network.py.

ll

py_utils.eurofer_network.ll

Definition at line 190 of file eurofer_network.py.

ls

py_utils.eurofer_network.ls

Definition at line 149 of file eurofer_network.py.

lw

py_utils.eurofer_network.lw

Definition at line 98 of file eurofer_network.py.

lx

list py_utils.eurofer_network.lx = KX + 0.15

Definition at line 374 of file eurofer_network.py.

ly

py_utils.eurofer_network.ly

Definition at line 190 of file eurofer_network.py.

M_LABELS

list py_utils.eurofer_network.M_LABELS = ['m=1', 'm=2', 'm']

Definition at line 178 of file eurofer_network.py.

m_str

int py_utils.eurofer_network.m_str = str(j+1) if j < 2 else 'm'

Definition at line 196 of file eurofer_network.py.

ml

py_utils.eurofer_network.ml

Definition at line 186 of file eurofer_network.py.

module_root

py_utils.eurofer_network.module_root = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))

Definition at line 390 of file eurofer_network.py.

mx

py_utils.eurofer_network.mx

Definition at line 199 of file eurofer_network.py.

NR

float py_utils.eurofer_network.NR = 0.60

Definition at line 113 of file eurofer_network.py.

old_path

py_utils.eurofer_network.old_path = os.path.join(out_dir, 'eurofer_reaction_network_old.png')

Definition at line 395 of file eurofer_network.py.

out_dir

py_utils.eurofer_network.out_dir = os.path.join(module_root, 'output', 'schematics')

Definition at line 391 of file eurofer_network.py.

out_path

py_utils.eurofer_network.out_path = os.path.join(out_dir, 'eurofer_reaction_network.png')

Definition at line 394 of file eurofer_network.py.

rad

py_utils.eurofer_network.rad

Definition at line 260 of file eurofer_network.py.

ROW_H

float py_utils.eurofer_network.ROW_H = 0.45

Definition at line 369 of file eurofer_network.py.

SIA_L

list py_utils.eurofer_network.SIA_L = [r'$c_1$', r'$c_2$', r'$c_3$', r'$c_n$']

Definition at line 115 of file eurofer_network.py.

SIA_X

list py_utils.eurofer_network.SIA_X = [1.4, 3.2, 5.0, 6.8]

Definition at line 114 of file eurofer_network.py.

SIA_Y

float py_utils.eurofer_network.SIA_Y = 14.5

Definition at line 112 of file eurofer_network.py.

sink_centres

list py_utils.eurofer_network.sink_centres = [3.7, 13.8, 24.1]

Definition at line 323 of file eurofer_network.py.

SINK_H

float py_utils.eurofer_network.SINK_H = 1.4

Definition at line 306 of file eurofer_network.py.

sink_targets

tuple py_utils.eurofer_network.sink_targets

Initial value:

=  (
    [(3.7,  SINK_Y-SINK_H)] * 4 +
    [(13.8, SINK_Y-SINK_H)] +
    [(24.1, SINK_Y-SINK_H)] * 3
)

Definition at line 329 of file eurofer_network.py.

SINK_W

float py_utils.eurofer_network.SINK_W = 5.8

Definition at line 307 of file eurofer_network.py.

SINK_Y

float py_utils.eurofer_network.SINK_Y = 5.6

Definition at line 305 of file eurofer_network.py.

source_nodes

tuple py_utils.eurofer_network.source_nodes

Initial value:

=  (
    [(x, SIA_Y-NR)   for x in SIA_X] +
    [(HE_X, HE_Y-0.83)] +
    [(mx, CAV_LY[-1]-CR) for mx in CAV_MX]
)

Definition at line 324 of file eurofer_network.py.

va

py_utils.eurofer_network.va

Definition at line 80 of file eurofer_network.py.

x1

list py_utils.eurofer_network.x1 = SIA_X[i] + NR + 0.05

Definition at line 131 of file eurofer_network.py.

x2

list py_utils.eurofer_network.x2 = SIA_X[i+1] - NR - 0.05

Definition at line 132 of file eurofer_network.py.

xy

py_utils.eurofer_network.xy

Definition at line 268 of file eurofer_network.py.

xytext

py_utils.eurofer_network.xytext

Definition at line 269 of file eurofer_network.py.

y1

list py_utils.eurofer_network.y1 = CAV_LY[i] - CR - 0.05

Definition at line 224 of file eurofer_network.py.

y2

list py_utils.eurofer_network.y2 = CAV_LY[i+1] + CR + 0.05

Definition at line 225 of file eurofer_network.py.

y_row

float py_utils.eurofer_network.y_row = KY - 0.55 - k * ROW_H

Definition at line 373 of file eurofer_network.py.

zorder

py_utils.eurofer_network.zorder

Definition at line 127 of file eurofer_network.py.