How to use the porespy.io.evtk.vtk.VtkDataType function in porespy
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PMEAL / porespy / porespy / io / evtk / vtk.py View on Github 
# DATA TYPES
class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,
'float64': VtkFloat64}VtkUnstructuredGrid = VtkFileType("UnstructuredGrid", ".vtu")
# DATA TYPES
class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,VtkStructuredGrid = VtkFileType("StructuredGrid", ".vts")
VtkUnstructuredGrid = VtkFileType("UnstructuredGrid", ".vtu")
# DATA TYPES
class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,
'float64': VtkFloat64}
# CELL TYPESclass VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,
'float64': VtkFloat64}def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,
'float64': VtkFloat64}
# CELL TYPES# DATA TYPES
class VtkDataType:
def __init__(self, size, name):
self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,self.size = size
self.name = name
def __str__(self):
return "Type: %s Size: %d \n" % (self.name, self.size)
VtkInt8 = VtkDataType(1, "Int8")
VtkUInt8 = VtkDataType(1, "UInt8")
VtkInt16 = VtkDataType(2, "Int16")
VtkUInt16 = VtkDataType(2, "UInt16")
VtkInt32 = VtkDataType(4, "Int32")
VtkUInt32 = VtkDataType(4, "UInt32")
VtkInt64 = VtkDataType(8, "Int64")
VtkUInt64 = VtkDataType(8, "UInt64")
VtkFloat32 = VtkDataType(4, "Float32")
VtkFloat64 = VtkDataType(8, "Float64")
# Map numpy to VTK data types
np_to_vtk = {'int8': VtkInt8,
'uint8': VtkUInt8,
'int16': VtkInt16,
'uint16': VtkUInt16,
'int32': VtkInt32,
'uint32': VtkUInt32,
'int64': VtkInt64,
'uint64': VtkUInt64,
'float32': VtkFloat32,
'float64': VtkFloat64}
# CELL TYPESporespy
A set of tools for analyzing 3D images of porous materials
Package Health Score
75 / 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