('SINV0','Mises Stress'),
('SINV1','Tresca Stress'),
('SINV2','Hydrostatic Pressure'),
('SINV6','Third Invariant'),
('COORD0','X-Coordinate'),
('COORD1','Y-Coordinate'),
('COORD2','Z-Coordinate'),
('Computed','Distance from a point'),
]
res_dict = ODict(res_types)
dia_full = [
['feresult','FE Result DB','','info'],
['elgroup','Element Group',None,'select',['--ALL--',]],
['resindex','Type of result',None,'select',res_dict.values()],
['loadcase','Load case',0],
['autoscale','Autocalculate deformation scale',True],
['dscale','Deformation scale',100.],
['showref','Show undeformed configuration',True],
['animate','Animate results',False],
['shape','Amplitude shape','linear','radio',['linear','sine']],
['cycle','Animation cycle','updown','radio',['up','updown','revert']],
['count','Number of cycles',5],
['nframes','Number of frames',10],
['sleeptime','Animation sleeptime',0.1],
]
new_vals = dict(
feresult = 'some result DB',
('SF5','xy-Twisting Moment'),
('SINV0','Mises Stress'),
('SINV1','Tresca Stress'),
('SINV2','Hydrostatic Pressure'),
('SINV6','Third Invariant'),
('COORD0','X-Coordinate'),
('COORD1','Y-Coordinate'),
('COORD2','Z-Coordinate'),
('Computed','Distance from a point'),
])
input_items = [
dict(name='feresult',text='FE Result DB',value='',itemtype='info'),
dict(name='elgroup',text='Element Group',choices=['--ALL--',]),
dict(name='restype',text='Type of result',choices=result_types.values()),
dict(name='loadcase',text='Load case',value=0),
dict(name='autoscale',text='Autocalculate deformation scale',value=True),
dict(name='dscale',text='Deformation scale',value=100.),
dict(name='showref',text='Show undeformed configuration',value=True),
dict(name='animate',text='Animate results',value=False),
dict(name='shape',text='Amplitude shape',value='linear',itemtype='radio',choices=['linear','sine']),
dict(name='cycle',text='Animation cycle',value='updown',itemtype='radio',choices=['up','updown','revert']),
dict(name='count',text='Number of cycles',value=5),
dict(name='nframes',text='Number of frames',value=10),
dict(name='sleeptime',text='Animation sleeptime',value=0.1),
]
selection = Objects(clas=FeResult)
dialog = None
