# ----------------------------------------------------------------------------
#  CLASSES: nightly
#
#  Mark C. Miller, Fri Aug 26 14:31:48 PDT 2022
# ----------------------------------------------------------------------------

#
# Get some utils shared across many .py files used for quick recipes.
#
Source(tests_path('quickrecipes','vqr_utils.py.inc'))

def adding_operators():

  OpenDatabase(silo_data_path("globe.silo"))
  try:
    # adding operators {
    # Names of all available operator plugins as a python tuple
    x = OperatorPlugins()

    print(x)
    # will produce output something like...
    # ('AMRStitchCell', 'AxisAlignedSlice4D', 'BoundaryOp', 'Box', 'CartographicProjection',
    #  'Clip', 'Cone', 'ConnectedComponents', 'CoordSwap', 'CreateBonds', 'Cylinder',
    #  'DataBinning', 'DeferExpression', 'Displace', 'DualMesh', 'Edge', 'Elevate',
    #  'EllipsoidSlice', 'Explode', 'ExternalSurface', ...
    #  ..., 'TriangulateRegularPoints', 'Tube')

    # We need at least one plot that we can add operators to
    AddPlot("Pseudocolor", "dx")
    AddPlot("Mesh","mesh1")

    # Add Isovolume and Slice operators using whatever their default attributes are.
    # The non-zero 2nd arg means to add the operator to all plots. If the 2nd argument
    # is not present or zero, it means to add the operator only to the *active* plots
    # (by default, the *active* plots are just the last plot added).
    AddOperator("Isovolume", 1)
    AddOperator("Slice", 1)
    DrawPlots()
    # adding operators }
    TestValueEQ('adding operators error message',GetLastError(),'')
    TestPOA('adding operators exceptions')
  except Exception as inst:
    TestFOA('adding operators exception "%s"'%str(inst), LINE())
    pass
  vqr_cleanup()

def setting_operator_attributes():

  try:
    # setting operator attributes {
    OpenDatabase("~juanita/silo/stuff/noise.silo")
    AddPlot("Pseudocolor", "hardyglobal")
    AddOperator("Slice")
    s = SliceAttributes()
    s.originType = s.Percent
    s.project2d = 0
    SetOperatorOptions(s)
    DrawPlots()

    nSteps = 20
    for axis in (0,1,2):
      s.axisType = axis
      for step in range(nSteps):
        t = float(step) / float(nSteps - 1)
        s.originPercent = t * 100.
        SetOperatorOptions(s)
        SaveWindow()
    # setting operator attributes }
    TestValueEQ('setting operator attributes error message',GetLastError(),'')
    TestPOA('setting operator attributes exceptions')
  except Exception as inst:
    TestFOA('setting operator attributes exception "%s"'%str(inst), LINE())
    pass
  vqr_cleanup()

adding_operators()
setting_operator_attributes()

Exit()