def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Set Zones",description =description,help=HELP)
self.radios = None
self.choice = None
self.cc = None
self.params_mgr=params_mgr
self.zoneListAlreadyCreated = []
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Darcy Velocity",
description=description,
help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Surface setup",
description=description,
help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Equilibrium Phase setup",
description=description,
help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Time study",
description=description,
help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Post Simulation Display",
description=description,
help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(
self, params_mgr, win, "Physics / Software", """
the user determines the phenomenology to simulate
and thereafter the tools to be used for this simulation
""")
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Physics / Software",
"""
the user determines the phenomenology to simulate
and thereafter the tools to be used for this simulation
""")
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Global Plot",
description=description,
help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Vtk Post Processing",
description=description,
help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Load a gmsh Mesh",
description=description,
help=HELP)
self.param_mgr = params_mgr
self.param_mgr.gmshMesh = ""
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Mt3d Solver",
description=description,
help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Define result directory",
description=description,
help=HELP)
self.param_mgr = params_mgr
self.param_mgr.gmshMesh = ""
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Algebraic Solver parameters",
description=description,
help=HELP)
self.params_mgr = params_mgr
self.Direct = False
self.Iterative = False
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"time discretisation parameters",
description=description,
help=HELP)
self.params_mgr = params_mgr
self.cc = None
self.choice = None
self.radios = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Cartesian mesh constructor",
description=description,
help=HELP)
self.radios = None
self.choice = None
self
win = win
def __init__(self, win, params_mgr):
ParamsAction.__init__(self,
params_mgr,
win,
"Set Zones",
description=description,
help=HELP)
self.radios = None
self.choice = None
self.cc = None
self.params_mgr = params_mgr
self.zoneListAlreadyCreated = []
def __init__(self, params_mgr, win, name, description, data_model, **kargs):
"""
- import_db and user_db are the dictionaries holding the imported and user-edited
entries
- headers is a dict mapping the entry keys to the labels to be displayed
- order is an ordered list of the entry keys, whose order will be use for the GUI
"""
ParamsAction.__init__(self, params_mgr, win, name, description, **kargs)
self._data_model = data_model
# self._headers = headers
# self._order = order
self._colourdb = wx.ColourDatabase()
self._editButton = None
self._createFromSelection = None
self._deleteButton = None
# self._params = None
self._table = None
self._entry_dialog = None
def __init__(self, params_mgr, win, name, description, data_model,
**kargs):
"""
- import_db and user_db are the dictionaries holding the imported and user-edited
entries
- headers is a dict mapping the entry keys to the labels to be displayed
- order is an ordered list of the entry keys, whose order will be use for the GUI
"""
ParamsAction.__init__(self, params_mgr, win, name, description,
**kargs)
self._data_model = data_model
# self._headers = headers
# self._order = order
self._colourdb = wx.ColourDatabase()
self._editButton = None
self._createFromSelection = None
self._deleteButton = None
# self._params = None
self._table = None
self._entry_dialog = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Units", "Edit the different units")
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Define result directory",description=description,help=HELP)
self.param_mgr = params_mgr
self.param_mgr.gmshMesh = ""
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Algebraic Solver parameters",description =description,help=HELP)
self.params_mgr = params_mgr
self.Direct = False
self.Iterative = False
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Darcy Velocity",description =description,help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Simulation",description =description,help=HELP)
self.params_mgr = params_mgr
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Simulate",description =description,help=HELP)
self.cc = None
self.choice = None
self.radios = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Time study",description =description,help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Open Chemistry DB",
"""
Choose and import a chemistry database
""")
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Set Title"
, "define the title of the case/study")
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Chemistry software",\
"""Let you choose the chemistry tool to be used.
This choice determines the way a state will be defined.
""")
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Equilibrium Phase setup",description =description,help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "time discretisation parameters",description =description,help=HELP)
self.params_mgr = params_mgr
self.cc = None
self.choice = None
self.radios = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Surface setup", description=description, help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Ascii Post Processing",description =description,help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Load a gmsh Mesh",description=description,help=HELP)
self.param_mgr = params_mgr
self.param_mgr.gmshMesh = ""
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Cartesian mesh constructor",description =description,help=HELP)
self.radios = None
self.choice = None
self;win = win
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Darcy Velocity",description =description,help=HELP)
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Interactive Plot",description =description,help=HELP)
self.radios = None
self.choice = None
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Units",
"Edit the different units")
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "time discretisation parameters",description =description,help=HELP)
self.params_mgr = params_mgr
self.Direct = False
self.Iterative = False
def __init__(self, win, params_mgr):
ParamsAction.__init__(self, params_mgr, win, "Post Simulation Display",description =description,help=HELP)
