def test_animate_fiberResponse2D_Section2(monkeypatch):
# repress the show plot attribute
monkeypatch.setattr(plt, 'show', lambda: None)
main.RunAnalysis()
op.wipe()
Model = 'test'
LoadCase = 'Pushover'
element2 = 2
section2 = 3
ani2 = opp.animate_fiberResponse2D(Model, LoadCase, element2, section2, InputType = 'stress', rFactor = 4)
plt.close()
assert True == True
op.wipe()
# =============================================================================
# Animation outputs
# =============================================================================
opp.plot_fiberResponse2D(Model,
LoadCase,
element2,
section2,
InputType='stress',
tstep=1)
opp.plot_fiberResponse2D(Model,
LoadCase,
element1,
section1,
InputType='stress',
tstep=1)
ani1 = opp.animate_fiberResponse2D(Model,
LoadCase,
element1,
section1,
InputType='stress',
rFactor=4)
ani2 = opp.animate_fiberResponse2D(Model,
LoadCase,
element2,
section2,
InputType='stress',
rFactor=4)
mf.buildModel()
# Show Model
# opp.plot_model('node', 'elements')
# Create Database
Model = 'Cantilever'
LoadCase = 'PushoverLcD'
opp.createODB(Model, LoadCase)
eleNumber = 1
sectionNumber = 1
opp.saveFiberData2D(Model, LoadCase, eleNumber, sectionNumber)
# Run Analysis
af.PushoverLcD(0.05)
out = op.eleResponse(1, 'section', '1', 'fiberData')
op.wipe()
opp.plot_fiberResponse2D(Model, LoadCase, eleNumber, sectionNumber)
opp.plot_fiberResponse2D(Model,
LoadCase,
eleNumber,
sectionNumber,
InputType='strain')
#
ani = opp.animate_fiberResponse2D(Model, LoadCase, eleNumber, sectionNumber)