import smact.core as smact
import numpy as np
import matplotlib.pyplot as plt
our_list = smact.ordered_elements(1, 100)
# Define our fonts
font = {
'family': 'serif',
'color': 'darkred',
'weight': 'normal',
'size': 20,
}
our_list = smact.ordered_elements(1, 100)
proton_1 = []
crustal_1 = []
HHI_P_1 = []
HHI_r_1 = []
proton_2 = []
crustal_2 = []
HHI_P_2 = []
HHI_r_2 = []
proton_3 = []
crustal_3 = []
HHI_P_3 = []
HHI_r_3 = []
proton_4 = []
crustal_4 = []
HHI_P_4 = []
HHI_r_4 = []
proton_5 = []
import smact.core as smact
import numpy as np
import matplotlib.pyplot as plt
our_list = smact.ordered_elements(1,100)
# Define our fonts
font = {'family' : 'serif',
'color' : 'darkred',
'weight' : 'normal',
'size' : 20,
}
our_list = smact.ordered_elements(1,100)
proton_1 = [] ; crustal_1 = [] ; HHI_P_1 = [] ; HHI_r_1 = []
proton_2 = [] ; crustal_2 = [] ; HHI_P_2 = [] ; HHI_r_2 = []
proton_3 = [] ; crustal_3 = [] ; HHI_P_3 = [] ; HHI_r_3 = []
proton_4 = [] ; crustal_4 = [] ; HHI_P_4 = [] ; HHI_r_4 = []
proton_5 = [] ; crustal_5 = [] ; HHI_P_5 = [] ; HHI_r_5 = []
proton_6 = [] ; crustal_6 = [] ; HHI_P_6 = [] ; HHI_r_6 = []
proton_7 = [] ; crustal_7 = [] ; HHI_P_7 = [] ; HHI_r_7 = []
proton_8 = [] ; crustal_8 = [] ; HHI_P_8 = [] ; HHI_r_8 = []
proton_9 = [] ; crustal_9 = [] ; HHI_P_9 = [] ; HHI_r_9 = []
for element in our_list:
a = smact.Element(element)
if a.crustal_abundance and a.HHI_p:
if a.trivialname == 'alkali_metals':
proton_1.append(a.number)
crustal_1.append(a.crustal_abundance)
HHI_P_1.append(a.HHI_p)
import smact.core as core
our_list = core.ordered_elements(1,90)
for name in our_list:
x = core.Element(name)
print x.name
import smact.core as core
our_list = core.ordered_elements(1, 90)
for name in our_list:
x = core.Element(name)
print x.name
