"""
NGSolve
=======

A high order finite element library

Modules:
ngsolve.bla .... simple vectors and matrices
ngsolve.fem .... finite elements and integrators
ngsolve.comp ... function spaces, forms
"""
import netgen

from ngsolve.ngslib import *
from ngsolve.ngslib import __version__

def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while(netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT)):
            pass
    except:
        pass

solve.Redraw = TmpRedraw
del TmpRedraw



ngstd.__all__ = ['ArrayD', 'ArrayI', 'BitArray', 'Flags', 'HeapReset', 'IntRange', 'LocalHeap', 'Timers', 'RunWithTaskManager', 'TaskManager', 'SetNumThreads']
bla.__all__ = ['Matrix', 'Vector', 'InnerProduct', 'Norm']
la.__all__ = ['BaseMatrix', 'BaseVector', 'CreateVVector', 'InnerProduct', 'CGSolver', 'QMRSolver', 'GMRESSolver', 'ArnoldiSolver', 'Projector']
fem.__all__ =  ['BFI', 'CoefficientFunction', 'Parameter', 'CoordCF', 'ET', 'ElementTransformation', 'ElementTopology', 'FiniteElement', 'ScalarFE', 'H1FE', 'HEX', 'L2FE', 'LFI', 'POINT', 'PRISM', 'PYRAMID', 'QUAD', 'SEGM', 'TET', 'TRIG', 'VERTEX', 'EDGE', 'FACE', 'CELL', 'ELEMENT', 'FACET', 'SetPMLParameters', 'sin', 'cos', 'tan', 'atan', 'acos', 'asin', 'exp', 'log', 'sqrt', 'floor', 'ceil', 'Conj', 'atan2', 'pow', 'specialcf', \
           'BlockBFI', 'BlockLFI', 'CompoundBFI', 'CompoundLFI', 'BSpline', \
           'IntegrationRule', 'IfPos' \
           ]
# TODO: fem:'PythonCF' comp:'PyNumProc'
comp.__all__ =  ['BBBND', 'BBND','BND', 'BilinearForm', 'COUPLING_TYPE', 'ElementId', 'BndElementId', 'FESpace','HCurl' , 'GridFunction', 'LinearForm', 'Mesh', 'NodeId', 'ORDER_POLICY', 'Preconditioner', 'MultiGridPreconditioner', 'VOL', 'NumProc', 'PDE', 'Integrate', 'SymbolicLFI', 'SymbolicBFI', 'SymbolicEnergy', 'VTKOutput', 'SetHeapSize', 'SetTestoutFile', 'ngsglobals','pml','Periodic','H1','VectorH1','L2','VectorL2','SurfaceL2','HDivDiv','HDivDivSurface','VectorFacet','FacetFESpace','FacetSurface','HDiv','NumberSpace','HDivSurface','HCurl']           
solve.__all__ =  ['Redraw', 'BVP', 'CalcFlux', 'Draw', 'DrawFlux', 'SetVisualization']

from ngsolve.ngstd import *
from ngsolve.bla import *
from ngsolve.la import *
from ngsolve.fem import *
from ngsolve.comp import *
from ngsolve.solve import *
from ngsolve.utils import *
from . import timing


# add flags docu to docstring
all_classes = comp.__dict__
for classname in all_classes:
    instance = all_classes[classname]
    try:
        flags_doc = instance.__flags_doc__()
        if instance.__doc__ == None:
            instance.__doc__ = ""
        instance.__doc__ += "\n Keyword arguments can be:\n"
        for name in flags_doc:
            instance.__doc__ += name + ": " + flags_doc[name] + "\n"
    except AttributeError:
        pass

from ngsolve.ngstd import MPIManager
MPIManager.InitMPI()

from . import __expr
BaseVector.expr = property(__expr.VecExpr)
BaseVector.data = property(__expr.Expr, __expr.expr_data)
BaseVector.__add__ = __expr.expr_add
BaseVector.__sub__ = __expr.expr_sub
BaseVector.__neg__ = __expr.expr_neg
BaseVector.__rmul__ = __expr.expr_rmul

BaseMatrix.expr = property(__expr.MatExpr)
BaseMatrix.data = property(__expr.Expr, __expr.expr_data)
BaseMatrix.T = property(__expr.TransExpr)
BaseMatrix.__mul__ = __expr.expr_mul
BaseMatrix.__rmul__ = __expr.expr_rmul
BaseMatrix.__neg__ = __expr.expr_neg

Timing = timing.Timing

fem.__doc__ = \
"""Finite Elements
===============

finite element shape functions, and element-matrix/vector integrators
"""


__all__ = ngstd.__all__ + bla.__all__ +la.__all__ + fem.__all__ + comp.__all__ + solve.__all__ + utils.__all__ + ["Timing"]





d8979dfe35a426d129b2ee1b8d158feae3725647
<mask token>


def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT):
            pass
    except:
        pass


<mask token>

<mask token>


def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT):
            pass
    except:
        pass


<mask token>
del TmpRedraw
<mask token>
for classname in all_classes:
    instance = all_classes[classname]
    try:
        flags_doc = instance.__flags_doc__()
        if instance.__doc__ == None:
            instance.__doc__ = ''
        instance.__doc__ += '\n Keyword arguments can be:\n'
        for name in flags_doc:
            instance.__doc__ += name + ': ' + flags_doc[name] + '\n'
    except AttributeError:
        pass
<mask token>
MPIManager.InitMPI()
<mask token>

<mask token>


def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT):
            pass
    except:
        pass


solve.Redraw = TmpRedraw
del TmpRedraw
ngstd.__all__ = ['ArrayD', 'ArrayI', 'BitArray', 'Flags', 'HeapReset',
    'IntRange', 'LocalHeap', 'Timers', 'RunWithTaskManager', 'TaskManager',
    'SetNumThreads']
bla.__all__ = ['Matrix', 'Vector', 'InnerProduct', 'Norm']
la.__all__ = ['BaseMatrix', 'BaseVector', 'CreateVVector', 'InnerProduct',
    'CGSolver', 'QMRSolver', 'GMRESSolver', 'ArnoldiSolver', 'Projector']
fem.__all__ = ['BFI', 'CoefficientFunction', 'Parameter', 'CoordCF', 'ET',
    'ElementTransformation', 'ElementTopology', 'FiniteElement', 'ScalarFE',
    'H1FE', 'HEX', 'L2FE', 'LFI', 'POINT', 'PRISM', 'PYRAMID', 'QUAD',
    'SEGM', 'TET', 'TRIG', 'VERTEX', 'EDGE', 'FACE', 'CELL', 'ELEMENT',
    'FACET', 'SetPMLParameters', 'sin', 'cos', 'tan', 'atan', 'acos',
    'asin', 'exp', 'log', 'sqrt', 'floor', 'ceil', 'Conj', 'atan2', 'pow',
    'specialcf', 'BlockBFI', 'BlockLFI', 'CompoundBFI', 'CompoundLFI',
    'BSpline', 'IntegrationRule', 'IfPos']
comp.__all__ = ['BBBND', 'BBND', 'BND', 'BilinearForm', 'COUPLING_TYPE',
    'ElementId', 'BndElementId', 'FESpace', 'HCurl', 'GridFunction',
    'LinearForm', 'Mesh', 'NodeId', 'ORDER_POLICY', 'Preconditioner',
    'MultiGridPreconditioner', 'VOL', 'NumProc', 'PDE', 'Integrate',
    'SymbolicLFI', 'SymbolicBFI', 'SymbolicEnergy', 'VTKOutput',
    'SetHeapSize', 'SetTestoutFile', 'ngsglobals', 'pml', 'Periodic', 'H1',
    'VectorH1', 'L2', 'VectorL2', 'SurfaceL2', 'HDivDiv', 'HDivDivSurface',
    'VectorFacet', 'FacetFESpace', 'FacetSurface', 'HDiv', 'NumberSpace',
    'HDivSurface', 'HCurl']
solve.__all__ = ['Redraw', 'BVP', 'CalcFlux', 'Draw', 'DrawFlux',
    'SetVisualization']
<mask token>
all_classes = comp.__dict__
for classname in all_classes:
    instance = all_classes[classname]
    try:
        flags_doc = instance.__flags_doc__()
        if instance.__doc__ == None:
            instance.__doc__ = ''
        instance.__doc__ += '\n Keyword arguments can be:\n'
        for name in flags_doc:
            instance.__doc__ += name + ': ' + flags_doc[name] + '\n'
    except AttributeError:
        pass
<mask token>
MPIManager.InitMPI()
<mask token>
BaseVector.expr = property(__expr.VecExpr)
BaseVector.data = property(__expr.Expr, __expr.expr_data)
BaseVector.__add__ = __expr.expr_add
BaseVector.__sub__ = __expr.expr_sub
BaseVector.__neg__ = __expr.expr_neg
BaseVector.__rmul__ = __expr.expr_rmul
BaseMatrix.expr = property(__expr.MatExpr)
BaseMatrix.data = property(__expr.Expr, __expr.expr_data)
BaseMatrix.T = property(__expr.TransExpr)
BaseMatrix.__mul__ = __expr.expr_mul
BaseMatrix.__rmul__ = __expr.expr_rmul
BaseMatrix.__neg__ = __expr.expr_neg
Timing = timing.Timing
fem.__doc__ = """Finite Elements
===============

finite element shape functions, and element-matrix/vector integrators
"""
__all__ = (ngstd.__all__ + bla.__all__ + la.__all__ + fem.__all__ + comp.
    __all__ + solve.__all__ + utils.__all__ + ['Timing'])

<mask token>
import netgen
from ngsolve.ngslib import *
from ngsolve.ngslib import __version__


def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT):
            pass
    except:
        pass


solve.Redraw = TmpRedraw
del TmpRedraw
ngstd.__all__ = ['ArrayD', 'ArrayI', 'BitArray', 'Flags', 'HeapReset',
    'IntRange', 'LocalHeap', 'Timers', 'RunWithTaskManager', 'TaskManager',
    'SetNumThreads']
bla.__all__ = ['Matrix', 'Vector', 'InnerProduct', 'Norm']
la.__all__ = ['BaseMatrix', 'BaseVector', 'CreateVVector', 'InnerProduct',
    'CGSolver', 'QMRSolver', 'GMRESSolver', 'ArnoldiSolver', 'Projector']
fem.__all__ = ['BFI', 'CoefficientFunction', 'Parameter', 'CoordCF', 'ET',
    'ElementTransformation', 'ElementTopology', 'FiniteElement', 'ScalarFE',
    'H1FE', 'HEX', 'L2FE', 'LFI', 'POINT', 'PRISM', 'PYRAMID', 'QUAD',
    'SEGM', 'TET', 'TRIG', 'VERTEX', 'EDGE', 'FACE', 'CELL', 'ELEMENT',
    'FACET', 'SetPMLParameters', 'sin', 'cos', 'tan', 'atan', 'acos',
    'asin', 'exp', 'log', 'sqrt', 'floor', 'ceil', 'Conj', 'atan2', 'pow',
    'specialcf', 'BlockBFI', 'BlockLFI', 'CompoundBFI', 'CompoundLFI',
    'BSpline', 'IntegrationRule', 'IfPos']
comp.__all__ = ['BBBND', 'BBND', 'BND', 'BilinearForm', 'COUPLING_TYPE',
    'ElementId', 'BndElementId', 'FESpace', 'HCurl', 'GridFunction',
    'LinearForm', 'Mesh', 'NodeId', 'ORDER_POLICY', 'Preconditioner',
    'MultiGridPreconditioner', 'VOL', 'NumProc', 'PDE', 'Integrate',
    'SymbolicLFI', 'SymbolicBFI', 'SymbolicEnergy', 'VTKOutput',
    'SetHeapSize', 'SetTestoutFile', 'ngsglobals', 'pml', 'Periodic', 'H1',
    'VectorH1', 'L2', 'VectorL2', 'SurfaceL2', 'HDivDiv', 'HDivDivSurface',
    'VectorFacet', 'FacetFESpace', 'FacetSurface', 'HDiv', 'NumberSpace',
    'HDivSurface', 'HCurl']
solve.__all__ = ['Redraw', 'BVP', 'CalcFlux', 'Draw', 'DrawFlux',
    'SetVisualization']
from ngsolve.ngstd import *
from ngsolve.bla import *
from ngsolve.la import *
from ngsolve.fem import *
from ngsolve.comp import *
from ngsolve.solve import *
from ngsolve.utils import *
from . import timing
all_classes = comp.__dict__
for classname in all_classes:
    instance = all_classes[classname]
    try:
        flags_doc = instance.__flags_doc__()
        if instance.__doc__ == None:
            instance.__doc__ = ''
        instance.__doc__ += '\n Keyword arguments can be:\n'
        for name in flags_doc:
            instance.__doc__ += name + ': ' + flags_doc[name] + '\n'
    except AttributeError:
        pass
from ngsolve.ngstd import MPIManager
MPIManager.InitMPI()
from . import __expr
BaseVector.expr = property(__expr.VecExpr)
BaseVector.data = property(__expr.Expr, __expr.expr_data)
BaseVector.__add__ = __expr.expr_add
BaseVector.__sub__ = __expr.expr_sub
BaseVector.__neg__ = __expr.expr_neg
BaseVector.__rmul__ = __expr.expr_rmul
BaseMatrix.expr = property(__expr.MatExpr)
BaseMatrix.data = property(__expr.Expr, __expr.expr_data)
BaseMatrix.T = property(__expr.TransExpr)
BaseMatrix.__mul__ = __expr.expr_mul
BaseMatrix.__rmul__ = __expr.expr_rmul
BaseMatrix.__neg__ = __expr.expr_neg
Timing = timing.Timing
fem.__doc__ = """Finite Elements
===============

finite element shape functions, and element-matrix/vector integrators
"""
__all__ = (ngstd.__all__ + bla.__all__ + la.__all__ + fem.__all__ + comp.
    __all__ + solve.__all__ + utils.__all__ + ['Timing'])

"""
NGSolve
=======

A high order finite element library

Modules:
ngsolve.bla .... simple vectors and matrices
ngsolve.fem .... finite elements and integrators
ngsolve.comp ... function spaces, forms
"""
import netgen

from ngsolve.ngslib import *
from ngsolve.ngslib import __version__

def TmpRedraw(*args, **kwargs):
    solve._Redraw(*args, **kwargs)
    try:
        import netgen
        import tkinter
        while(netgen.gui.win.tk.dooneevent(tkinter._tkinter.DONT_WAIT)):
            pass
    except:
        pass

solve.Redraw = TmpRedraw
del TmpRedraw



ngstd.__all__ = ['ArrayD', 'ArrayI', 'BitArray', 'Flags', 'HeapReset', 'IntRange', 'LocalHeap', 'Timers', 'RunWithTaskManager', 'TaskManager', 'SetNumThreads']
bla.__all__ = ['Matrix', 'Vector', 'InnerProduct', 'Norm']
la.__all__ = ['BaseMatrix', 'BaseVector', 'CreateVVector', 'InnerProduct', 'CGSolver', 'QMRSolver', 'GMRESSolver', 'ArnoldiSolver', 'Projector']
fem.__all__ =  ['BFI', 'CoefficientFunction', 'Parameter', 'CoordCF', 'ET', 'ElementTransformation', 'ElementTopology', 'FiniteElement', 'ScalarFE', 'H1FE', 'HEX', 'L2FE', 'LFI', 'POINT', 'PRISM', 'PYRAMID', 'QUAD', 'SEGM', 'TET', 'TRIG', 'VERTEX', 'EDGE', 'FACE', 'CELL', 'ELEMENT', 'FACET', 'SetPMLParameters', 'sin', 'cos', 'tan', 'atan', 'acos', 'asin', 'exp', 'log', 'sqrt', 'floor', 'ceil', 'Conj', 'atan2', 'pow', 'specialcf', \
           'BlockBFI', 'BlockLFI', 'CompoundBFI', 'CompoundLFI', 'BSpline', \
           'IntegrationRule', 'IfPos' \
           ]
# TODO: fem:'PythonCF' comp:'PyNumProc'
comp.__all__ =  ['BBBND', 'BBND','BND', 'BilinearForm', 'COUPLING_TYPE', 'ElementId', 'BndElementId', 'FESpace','HCurl' , 'GridFunction', 'LinearForm', 'Mesh', 'NodeId', 'ORDER_POLICY', 'Preconditioner', 'MultiGridPreconditioner', 'VOL', 'NumProc', 'PDE', 'Integrate', 'SymbolicLFI', 'SymbolicBFI', 'SymbolicEnergy', 'VTKOutput', 'SetHeapSize', 'SetTestoutFile', 'ngsglobals','pml','Periodic','H1','VectorH1','L2','VectorL2','SurfaceL2','HDivDiv','HDivDivSurface','VectorFacet','FacetFESpace','FacetSurface','HDiv','NumberSpace','HDivSurface','HCurl']           
solve.__all__ =  ['Redraw', 'BVP', 'CalcFlux', 'Draw', 'DrawFlux', 'SetVisualization']

from ngsolve.ngstd import *
from ngsolve.bla import *
from ngsolve.la import *
from ngsolve.fem import *
from ngsolve.comp import *
from ngsolve.solve import *
from ngsolve.utils import *
from . import timing


# add flags docu to docstring
all_classes = comp.__dict__
for classname in all_classes:
    instance = all_classes[classname]
    try:
        flags_doc = instance.__flags_doc__()
        if instance.__doc__ == None:
            instance.__doc__ = ""
        instance.__doc__ += "\n Keyword arguments can be:\n"
        for name in flags_doc:
            instance.__doc__ += name + ": " + flags_doc[name] + "\n"
    except AttributeError:
        pass

from ngsolve.ngstd import MPIManager
MPIManager.InitMPI()

from . import __expr
BaseVector.expr = property(__expr.VecExpr)
BaseVector.data = property(__expr.Expr, __expr.expr_data)
BaseVector.__add__ = __expr.expr_add
BaseVector.__sub__ = __expr.expr_sub
BaseVector.__neg__ = __expr.expr_neg
BaseVector.__rmul__ = __expr.expr_rmul

BaseMatrix.expr = property(__expr.MatExpr)
BaseMatrix.data = property(__expr.Expr, __expr.expr_data)
BaseMatrix.T = property(__expr.TransExpr)
BaseMatrix.__mul__ = __expr.expr_mul
BaseMatrix.__rmul__ = __expr.expr_rmul
BaseMatrix.__neg__ = __expr.expr_neg

Timing = timing.Timing

fem.__doc__ = \
"""Finite Elements
===============

finite element shape functions, and element-matrix/vector integrators
"""


__all__ = ngstd.__all__ + bla.__all__ +la.__all__ + fem.__all__ + comp.__all__ + solve.__all__ + utils.__all__ + ["Timing"]




