How to use the porespy.io.evtk.vtk.VtkCellType function in porespy
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PMEAL / porespy / porespy / io / evtk / vtk.py View on Github 
'float64': VtkFloat64}
# CELL TYPES
class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")# CELL TYPES
class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functions
# ==============================class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functionsVtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functions
# ==============================
def _mix_extents(start, end):
assert (len(start) == len(end) == 3)
string = "%d %d %d %d %d %d" % (start[0], end[0], start[1], end[1],
start[2], end[2])
return string
def _array_to_string(a):
s = "".join([repr(num) + " " for num in a])def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functions
# ==============================
def _mix_extents(start, end):
assert (len(start) == len(end) == 3)
string = "%d %d %d %d %d %d" % (start[0], end[0], start[1], end[1],
start[2], end[2])# CELL TYPES
class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functions
# ==============================
def _mix_extents(start, end):
assert (len(start) == len(end) == 3)
string = "%d %d %d %d %d %d" % (start[0], end[0], start[1], end[1],'float32': VtkFloat32,
'float64': VtkFloat64}
# CELL TYPES
class VtkCellType:
def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")def __init__(self, tid, name):
self.tid = tid
self.name = name
def __str__(self):
return "VtkCellType( %s ) \n" % (self.name)
VtkVertex = VtkCellType(1, "Vertex")
VtkPolyVertex = VtkCellType(2, "PolyVertex")
VtkLine = VtkCellType(3, "Line")
VtkPolyLine = VtkCellType(4, "PolyLine")
VtkTriangle = VtkCellType(5, "Triangle")
VtkTriangleStrip = VtkCellType(6, "TriangleStrip")
VtkPolygon = VtkCellType(7, "Polygon")
VtkPixel = VtkCellType(8, "Pixel")
VtkQuad = VtkCellType(9, "Quad")
VtkTetra = VtkCellType(10, "Tetra")
VtkVoxel = VtkCellType(11, "Voxel")
VtkHexahedron = VtkCellType(12, "Hexahedron")
VtkWedge = VtkCellType(13, "Wedge")
VtkPyramid = VtkCellType(14, "Pyramid")
VtkQuadraticEdge = VtkCellType(21, "Quadratic_Edge")
VtkQuadraticTriangle = VtkCellType(22, "Quadratic_Triangle")
VtkQuadraticQuad = VtkCellType(23, "Quadratic_Quad")
VtkQuadraticTetra = VtkCellType(24, "Quadratic_Tetra")
VtkQuadraticHexahedron = VtkCellType(25, "Quadratic_Hexahedron")
# ==============================
# Helper functions
# ==============================porespy
A set of tools for analyzing 3D images of porous materials
Package Health Score
72 / 100Popular porespy functions
- porespy.filters
- porespy.filters.apply_chords
- porespy.filters.find_disconnected_voxels
- porespy.filters.porosimetry
- porespy.filters.snow_partitioning
- porespy.generators
- porespy.generators.blobs
- porespy.generators.insert_shape
- porespy.generators.lattice_spheres
- porespy.generators.RSA
- porespy.io.evtk.vtk.VtkCellType
- porespy.io.evtk.vtk.VtkDataType
- porespy.metrics.porosity
- porespy.metrics.region_surface_areas
- porespy.networks.regions_to_network
- porespy.tools.extend_slice
- porespy.tools.extract_subsection
- porespy.tools.fftmorphology
- porespy.tools.get_planes
- porespy.tools.make_contiguous