

In [1]:

    
import os, sys
sys.path.insert(0, os.path.abspath('..'))



In [2]:

    
import hublib.tool
from gui import *
from gui2 import *

Composite Laminate Analysis

Uses basic laminate theory to estimate effective laminate properties and residual stresses, strains and deformations due to thermal loading.

https://nanohub.org/tools/complam



In [4]:

    
complam_menu









    



CB: units= None
CB: units= None
cb 2e-06
CB: units= None
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06
CB: units= None
cb 1e-06



In [4]:

    
tf



In [5]:

    
mymenu



In [6]:

    
complam_menu2



In [7]:

    
from hublib.ui import Checkbox, Text, Radiobuttons, Togglebuttons
x = Checkbox(name="MyCheckBox", description="This is my checkbox example.", value=True, width='20%')



In [8]:

    
x



In [9]:

    
t = Text(name="Text Field", description='My text field descriptiopn', value='#####')
t



In [10]:

    
r = Radiobuttons(name='radio', description='My Radio Buttons', options=['AM', 'FM'], value='FM')
r



In [11]:

    
import ipywidgets as widgets



In [12]:

    
list = ['P0', 'P1', 'P2', 'P3', 'P4']
children = [widgets.Text(description=name) for name in list]
tab = widgets.Tab(children=children)
tab



In [13]:

    
tab.visible = True



In [14]:

    
w = widgets.HTML("FDOO")



In [15]:

    
w



In [16]:

    
w.disabled









    Out[16]:





False



In [17]:

    
x = {}
x[0] = 'foo'
x.values()









    Out[17]:





['foo']